Medizin + Bezeichnungen + Verschiedene Krankheiten + Human - sowie Körperteile / Detaliert und Spezifisch festgelegt ( Human & Medicine Glossary)

Medicine Sector 1

pancreas cancer-Bauchspeicherdrüsenkrebs

bladder cancer-Blasenkrebs

influenza / flu-Grippaler Infekt / Grippe

cancer-Krebs

pneumonia-Lungenentzündung

arthritis-Gelenkentzündung

spine-Rückgrat,Wirbelsäule

cartilage-Knorpel

bruise-Quetchung,Prellung

broken limbs-Gebrochene Körperglieder

seizure-Sichelzellensyndrom

toes-Zehen

fingernails-Fingernägel

brain cells-Gehirnzellen

heart attack-Herzanfall

concussion-Gehirnerschütterung

teeth-Zähne

messengers-Botenstoffe

cellular-Zellen -

stroke-Schlaganfall

cardiac arrest-Herzstillstand

cardiovascular-kardiovaskular / den Herzkrankengefäße betreffend

legs-Beine

abdomen,abdominal,belly-Bauch

forearm-Vorderarm

knees-Knie

lungs-Lungen

Medicine Sector 2

facies,facial-Oberfläche der Gesichts, Vorderseite des Kopfes nähmlich das Gesicht

wrist-Handgelenk

memantine-memantin

pharmaceutically-pharmazeutisch

Pharmacy-Apotheke,Pharmazie

psychotropic drugs-Neurolpetika,Neuroleptikum

neurolpetics-Neuroleptika

chest-Brust

throat-Hals

lung removal-Lungenentfernung

accident-Unfall

EKG-electrokardiogram

ultrasound cardiography-Echokardiographie

ultrasound-Ultraschall

brain Cells-Gehirnzellen

veins-Adern

tuberculosis-Tuberkulose

psychiatric disorder-psychische Erkrankung

electroencephalogram-Elektroenzephalogramm

blood collection-Blutentnahme

lupus-Hauttuberculose

drug store-Apotheke / Hierzulande - Löwenapotheke / Sonnenapotheke / Adlerapotheke

Medical Sector 3

reins-Nieren / kidneys-Nieren

glands-Schilddrüsen

encephalitis-Gehirnentzündung

electroconvulsive therapy-elektrokonvulsive Therapie

procedure-Eingriff,Operation

operating theatre-Operationssaal / OP

Medical Research-Medizinforschung

temperature-Fieber

myocardial-Herzmuskel

dermal-Haut

ocular-Augen

tender-schmerzempfindlich

anterolateral-von außenseitig,anterolateral

superficial-äußerlich

anorexia-Magersucht

osteopathic-ostheopatisch

dormal-Rücken

Medical Sector 4

brain biopsy-Gehirnbiopsie

larynx-Kehlkopf

comorbidity-Begleiterkrankung

stem cell-Stammzelle

incontinence-Inkontinenz

tomography-Schichtaufnahmeverfahren

lobes-Lungenlappen

venous-venös

endocrine-endokrin

compound-Präparat

hypertension-Bluthochdruck

reflux-Rücklauf

narcolepsy-Schlafkrankheit

hemisphere-Gehirnhälfte

anticholinergic-anticholinerg(Medicine)

palpable-spürbar

ligature-Abbinden

femoral-Oberschenkel

nausea-Übelkeit

invasive-blutig(Medicine)

acute stress disorder-akute Belastungsreaktion

systemic lupus erythematosus-systemischer Lupus erythematodes

diathesis-Diathese(Neigung zum Kranksein)

cervical spine-Halswirbelsäule

Medical Sector 5

neurodegenerative-neurodegenerativ

germicidal-keimtötend

pandemic-landesweite Epidemie

silicosis-Silikose, Staublunge

silica-Siliziumdioxid

carotid-Karotide

anaplasty-plastische Chirurgie

cerebral palsy / CP-Infantile Zerebralparese IC'P / Hirndruck

dermatitis-Hautentzüdung

analgesic-schmerzlindernd

over the counter-rezeptfrei

osteoporosis-Knochenschwund

hemoglobin-roter Blutfarbstoff

fetal-fetal

cordiality-Herzlichkeit

chills-Schüttelfrost

sequenced-aufeinanderfolgend

cystic fibrosis-zystische Fibrose

amythrophic-amythroph

enzyme-Enzyme

granulomatou-granulomatös

Medical Sector 6

in vivo-im lebenden Organismus

aripiprazole-Aripiprazol / Pharmaceutically

efficacy-Wirksamkeit

agonist-agonist

allosteric-allosterisch

muscarinic receptor-Muskarinrezeptor

polygenic-polygen

coniferious-zapfentragend

psoriasis-Schuppenflechte

mucosal-Schleimhaut

biomarker-Biomarker

immunoassay-Immunoassay

assay-Untersuchung

oncology-Krebskunde

immunotherpapy-Immuntherapy

metastatic-metastatisch

NSCLC / Non small cell lung cancer-nicht kleinzelliger Lungenkrebs

melanoma-Melanom

hematology-Blutkunde

follicular-follikular

remission-Abklingen von Fieber / Reduktion

Medical Sector 7

sclerosis-Sklerose / Medicine

interferon-Interferon / Pharmaceutically

B-Cells-B-Zellen(Biology)

rheumatoid-rheumähnlich

pathogenesis-Krankheitsentstehung

priming.vorbereiten

monoclonal-monoklonal

inhibitor-Hemmstoff

Imbruvica / Velcade-Cancer Drugs

Remica-Medication / Johnson & Johnson

antipsychotics-Neuroleptikum

atypically-atypisch

spillover effects / side effects-Nebenwirkungen

receptors-Rezeptoren

dopaminergic-dopaminerg

bioassay-Bioassay / Biology

genetics-Vererbungslehre

hallucinations-Halluzinationen

Medical Sector 8

mental-mental

maniac-manisch

therapeutic-therapeutisch

benzodiazepine-Benzodiazepin

dyskinesia-Dyskinesie

symptoms-Symptome

titration-Titration

reuptake-Wiederaufnahme

thighbone-Schenkelknochen

albumin-Albumin / Biochemie

pregnancy-Schwangerschaft

nyctalopia-Nachtblindheit

cheekbone-Jochbein

chromonsome-Chromosome

membranous-membranös

Seroquel / Quetiapine-Seroquel / Psychotropic Drugs

lactase-Laktase

Medical Sector 9

autosomal-autosomal

ceruloplasmin-Ceruroplasmin / Biochemie

ganglia.Ganglien / Anatomic

psoriatic arthritis-psoriatische Arthritis

proteins-Proteine

bazillophobia-Bazillophobie / Psychology

barium swallow-Bariumschluck

barotitis-Barotitis

barotrauma-Bariotrauma / Medizin

bariatrics-Bariatrie

double helical DNA-Doppelstrang DNA

DNA binding-DNA bindend

puberty-Pubertät

benign-gutartig / MED

benzene-Benzol

biotechnology-Biotechnologie

Medical Sector 10

mask-like face-Maskengesicht

facelift-Gesichtsstraffung

anemia-Anämie

FAS Ligand-FAS Ligand

farsightedness-Weitsichtigkeit / Weitblick / Scharfsinn

fatigue.Ermüdung

fatty acid-Fettsäure / Chemie

bacteria-Bakterien

antigen-Abwehrstoff

FDA Approval-FDA Zulassung / Medical Technology + Pharmacy

total imaging matrix technology-Tim Technology / MedTed

medical orderly-Pfleger

medical restraint-Fixierung / Vorrichtung

fenestration-Fensterung

frostbite-Kälteschaden / Frostbeule / Erfrierung

Medical Sector 11

academic medicine-Schulmedizin

molecular and technical medicine-molekulare und technische Medizin / ggf Studienbezeichnung

department of medicine-medizinische Fakultät

hemolytic-hämolytisch

immune response-immologische Abwehrreaktion

medical power of attorney-medizinische Vorsorgeverfügung

tomography-Tomografie / Schichtaufnahmeverfahren

MRI / Magnetic Resonanz Imaging - funkntionelle MRI / Gehirnspintografie ( Röhre ) / CT-Scan

medical transcriptionist-medizinische Sekretärin

psoriasis-Schuppenflechte

dystonia-Dystonie

duloxetine-Duloxetine / Pharmaceutically

dumping syndrome-Dumpingsyndrom

,melioidosis-Whitemore-Krankheit / Medicine

ceftazidime-Ceftazidim / Pharma

lobectomy-Lobektomie

Medical Sector 12

polycystic-polyzystisch

fibrilate-fibrillieren / Von einem Muskel

lanugo-Wollhaar

scoliosis-Schiefwuchs / {m} [seitliche Rückgratverkrümmung]

congenital-angeboren

mesenchymal-mesenchymal

wear and tear-Abnutzung

esophageal-Speiseröhre

dystonia-Dystonie

almonds-Mandeln

carcinogenesis-Krebsenstehung

anaesthesia-Narkose 

hematology-Blutlehre

nephrology-Nephrology / Science +Medicine

ischemia-Mangeldurchblutung

Vareniciline-Vareneciline / Neurolpetics

ulcer-Geschwür

electronic medical record / elektronische Patientenakte

rhinitis-Schnupfen

Medical Sector 13

aerospace medicine-Luft- und Raumfahrtsmedizine

curative medicine-Kurativmedizin

dance medicine-Tanzmedizin

ecological medicine-ökologische Medizin

ENT Medicine-HNO Heilkunde

folk medicine-Volksheilkunde

laboratory hood-Abzug im Chemielabor ( Technology)

transferring doctor-überweisender Arzt ( Medizin)

referring physician-zuweisender Arzt / Zuweiser

dental laboratory-zahntechnisches Labor

abiotrophic-abiothrophisch

abacterial-steril / frei von Bakterien

biliary-gallicht

cartilaginoid-knorpelähnlich

carsick-reisekrank / beim Autofahren

cataleptoid-starr / Körper

ceruminal-zeruminös / Ohrenschmalz betreffend

Medicine Sector 14

cephalic-Kopf

cavernous-kavernös

cenesthesia-Vitalgefühl,Lebensgefühl, Leibempfindung, Gemeinempfindung

clinicopathologic-klinisch-pathologisch

clastogenic-clastogen

clinicoradiological-klinisch-radiologisch

collagenous-kollagen

coliform-koliähnlich

comatose-komatös

communicable-ansteckbar / übertragbar

coronoid-koronoid

cricked-verrenkt

costoabdominal-kostoabdominal / Veterinärmedizin

cryoconserved-kryoconverviert

Reiki-Treatment-Reikibehandlung

Reiki Therapy-Reiki Therapie

cave-cave / Kontraindikation / Cave +Nierensteine

Medicine Sector 15

calmative-beruhigend

antihypertensive-antihypertensive / blutdrucksenkend

atropine-Atropin / Chemie / Pharma

Stethoscope-STethoskop

medical consultant-Konsilirarius / Berater in der Medizin

continuing medical education -kontinuierliche berufsbgleitende Fortbildung / QM / Med

medical vehicle-Sanka / Sanitätskraftwagen

for medical use-für medizinische Zwecke

medical practitioner-praktischer Arzt

medical procedure-medizinische Prozedur

medical professionals-medizinische Fachkräfte

non medical practitioner-Heilpraktiker

prematernity medical care-Schwangerschaftsvorsorgeuntersuchung 

medical technical assistant-medizinisch technische Assistentin

to fill a medical prescription-ein ärztliches Rezept dispensieren

Medicine Sector 16

dosage-Dosierung

gene therapy-Genetherapie

cytokine-Cytokine

LDL Cholesterol-LDL Cholersterin

bempedoic-bempedoic / Medicaments

Repatha / Cardiac Medicaments

Praluent / Heart Medicine

metastatic-metastatisch

epidermal-epidermal

T-Cells-T-Zellen

ophthalmic-Augen

refractive-lichtbrechend

cytotoxic-zytotoxisch

tropical disease-tropische Krankheit

cataract-Linsentrübung

achilles heel Achilles Ferse

Achielles tendon Achillessehne

animal anatomy Tieranatomie

Anatomy Anatomie

pharmaceutical company Pharma-Konzern

Leonardo Da Vinci- Anatomie 

Medicine Sector  17

This medicine is a marvel-Diese Medizin wirkt Wunder

apical apikal

chiropodial fußpflegerisch

choleretically choleretisch

chylous-chylös

cancer cell Krebszelle

cancer chemotherapy- Krebschemotherapie

increased incidence of cancer Anstieg de Krebsrate

CORONA COVID-19-pandemische Erkrankung seit 2020 1 Quartal weltweit bekannt

World Health Organization ( WHO ) Weltgesundheitsorganization  

American Association for Cancer Research-Amerikanische Gesellschaft for Krebsforschung

Harvard Medical School- Harvard Medizinische Schule/ Universität aus Boston / Nordamerika / Ostküste

Medicine Sector 18

ocular-Augen

ocular fundus-Augenhintergrund

ocular dominance-okulare Dominanz

ocular lubricant-Tränenersatzmittel

CT.Technology- Computertomography / Gehirnmessverfahren System / Gehirnwerte

ocular injury-Augenverletzung

ocular surface integrity-Integrität der Augenoberfläche

ocular motility test-Mobilitätstest

hospice-Hospiz

psychiatry-Psychiatrie

geriatric psychiatry-Alterpsychiatrie

emergeny ambulance-Notarztwagen

emergency room.Notaufnahme

emergency operating room-Notfall - Operationssaal

trauma-Trauma-Gewalteinwirkung

psychiatrist-Psychiater

concussion- Schädel Hirn Trauma

psychotrauma-seelisches Trauma

dementia-Demenz

Fingernails-Fingernägel

veins-Adern

neurology-Neurologie

Medicine Sector 19

shoulders- Schultern

spinal-Rückgrat

university neurology clinic-Universitäts Nevenklinik

wrist-Gelenk

ankle-Knöchel

thumb.Daumen

earlob-Ohrläppchen

lung-Lunge

liver-Leber

kidneys-Nieren

curative medicine-kurative Medizin

cough medicine-Hustenmedizine

dental anatomy.Dentalanatomy

abdominovaginal-abdominovaginal

abarticular-extraartikulär

acoustic-gehör ( Human )

adrenal-Nebennieren

antebrachial-Unterarm-

apocrine-apokrin

anterior-vorne

Medicine Sector 20

buccal-bukkal

bucally-backenwärts

carpal-karpal 

carpal-Handwurzel

caudal-kaudal

cecal-zäkal ( Tierkunde ) Biologie

centripetal-zentripetal ( Afferent) sensibles sensorisches Neuron

cerebral-Hirn

cerebriform-hirnähnlich

chorioretenal-Netzhaut / Aderhaut

corneal-Hornhaut  ( Des Auges )

cornificated-verhornt

colonic-Dickdarm

coracoid-rabenschnabelartig

costi-Rippen

coronary-koronar

coxal-koxal

craniofacial-Gesichtsschädel

distal-distal

Medicine Sector 21

dissected-seziert

diaphragmatic-Zwerchfell

dystopic-dystopisch ( Gegensatz von utopisch )

efferent-herausführend ( von einem Organ herkommend

World Health Organization- Weltgesundheitsorganization

pipet-Pipette

graduaded pipette-Messpipette

pipette carousel stand-Pipettenkarussell

dropper-Pipette ( Medical Engineering + Imaging ) Medizintechnik

amniographic-amniografisch

abacterial-keimfrei

abirritative-reizlindernd

bulging-sich vorwölbend

calculous-Stein

cardioplegic-kardioplegisch

caring-Pflege ( verpflegend)

carsick-reisekrank

chiropodial-fußpflegerisch ( Anatomie ) Human- Spezifisch

cicatricial-Narben

climateric-klimaterisch

contact-Kontakt ( Allergie )

convulsive-verkramft

cupped-geschröpft

Medicine Sector 22

cytophagus-zellfressend

cytogenic-zellbildend

curable-kurabel

crural-Schenkel

efferent-Zentrifugal ( motorisches Neuron )

embryologice-embryologisch

epicritic-epikritisch

erythroid-rot gefärbt

exoplasmic-exoplasmatisch

extracardial-extrakardial

febrifacient-fiebererregend

feminising-feminisierend

World Health Organization / WHO / Establishment 1948 / Incorporating Great Source for Humanity Health Operations /  Geneva Switzerland Headquarters /  World Health Globalization & Analytics of Healing Continents

Geneva ( Genf ) Headquarters / European Continent / Switzerland / Foundation 7.April 1948 / Budget 10 Billion of US Dollars 2022. So this company  is a subsidiary of the United Nations ( UN) from New York.

So the World Health Organization is all about saving the children from India & Africa and different Places from the 3rd World. Saving the World for a more human friendly and almost cooperative healthy world. The ( WHO ) World Health Organization is very busy controlling nowadays the COVID-19 worldwide. So this splendid organization does take different systematically steps into a better future of world. It's dealing all about Health. ( WHO ) Infrastructure & Social Commitment it does hold to get into whole continents of securing & saving the Planet. Also in Civil Wars in Africa the (WHO ) is present & educated just proliferant. Main Destination from this Organization  is to clarify & get into scene of humanitarian support & health supervision of all Transcontinental & Intercontinental Regions of World. So Focal Point is Health 6 Order for everybody in the humankind & Human era,This Corporation does has its Headquarters in Geneva ( German Genf ) Switzerland ( Schweiz ). This spot is not EU Affiliated. This literary Correspondence is also dedicated to all people of world just getting information that the ( WHO ) is caring by everybody in this happen. Tha Flag and it s logo is truly  developed & crystalizing into a complete Designer Piece of Arts just the Design on the blue Color above from this Protokollierung.

DE / Germany / Western Civilization / Protokollierung about the World Health Organization from 2022  just the ( WHO) / Protokoll 12.05.2022 ( Rewritten 16.05.2022 )

Medicine Sector 23

Laughter is the best medicine -Lachen ist die beste ( Medizin )

German Society of Aerospace Medicine- Deutsche Gesellschaft  für Luft & Raumfahrtmedizin

ear,nose & throat medicine-Ohren, Nasen & und Hals Medizin

cancer of the larynx-Kehlkopfkrebs

artificial larynx-Kehlkopfprotheser

endoscopic examination of the larynx, trachea & bronchi-Spiegelung von Kehlkopf, Luftröhre & Bronchien

Medicaid- Gesundheitsprogramm für Bedürftige 

Medical Service Centers-medizinische Vorsorgungs Zentren

COVID-19- Pandemische Erkankung / Pandemic / Since First Quarter 2020 Actively in whole world 

healing-Abheilung

bone healing-Knochenheilung

healing process- Heilungsprozess

med-medizinisch

med school-medizinische Fakultät

candidate in medicine.Kandidat der ( Medizin ) 

Doctor of Dental Science-Doktor der Zahnheilkunde

Journal of Medicinal Chemistry-Journal of Medicinal Chemisry  / Spezieller Journalismus über Medizin & Chemie

heart-protecting-herzschützend

Medicine / ( Latin ) Latein ( Medicina ) Protokoll 19.09.2022 / 

History of Antipsychotics in World / Past & Present in History Till Today

Antipsychotics have been broadly classified into classical/typical, which includes phenothiazines and butyrophenones, and atypical antipsychotics, which includes benzamides. The psychiatric effects of all the progeners of these groups were discovered serendipitously. Chlorpromazine, belonging to phenothiazines, heralded the “psychopharmacological era” and replaced biological therapies such as electroconvulsive therapy, insulin coma, frontal lobotomy and simple sedation, causing an important revolution in psychiatric practice. Derivatives of phenothiazines, such as methylene blue, had been used since the nineteenth century in the dyeing industry (textile as well as histopathological preparations) and pharmaceuticals such as antiseptics and antihelmenthics.

A group of phenothiazine derivatives with an aminate chain were synthesized by a team led by Paul Charpentier to exploit the antihistaminic properties as pre-anesthetic medication. In 1949, Henri-Marie Laborit, a French army surgeon, used promethazine, a phenothiazine derivative, along with barbiturates, to prevent surgical shock and called this “lytic cocktail.” He also noticed that the patients who were extremely anxious were made calm, relaxed and indifferent to the surroundings. Agitated patients got subdued and co-operative as if they had a “pharmacological lobotomy.”

The research on phenothiazines continued until 1950, when a chlorinated derivative of promazine was developed: RP-4560, later named chlorpromazine, which not only had antihistaminic properties but was also adrenolytic, gangliolytic and antiemetic among many other effects. Laborit tried to convince psychiatrists about the therapeutic uses of the drug in psychiatry, in line of his hypothesis and observations, especially in sleep disorders. No one in the scientific community was enthused about it. Finally, Joseph Hammon tried it for the first time in 1952 on a manic patient. The patient not only calmed down but was also able to maintain this state. He was eventually discharged after 3 weeks. Researchers almost disregarded this effect because the patient was on other medication, such as barbiturates, opiates and electro-convulsive therapy. In the same year, Jean Delay and Deniker conducted a study using chlorpromazine alone and observed a group of symptoms with decreased motor activity and affective indifference. They named the constellation of symptoms as “neuroleptic syndrome.” The word neuroleptic was suggested by Jean Delay in 1955, which meant “that take the nerve.” The duo further went on to present six clinical reports on 38 patients with mania and psychosis and confirmed the effectiveness of chlorpromazine. Heinz Lehmann, a psychiatrist from Berlin and a refugee residing in Canada, published similar articles on the use of chlorpromazine exhaustively over several years. He used the drug in different psychiatric conditions with psychomotor agitation (acute and chronic mania, schizophrenia, senile psychosis, post lobotomy and mentally challenged). He obtained positive results in 66%, but the response was the best in patients with manic depression, who were manageable within 24 hours, subsequently, having fewer relapses. He also cautioned that, in patients with chronic schizophrenia who were nonresponders, the possible toxic effects of the drug prevailed. In 1954, Elkes and Elkes conducted a historic study on psychotic patients, which was randomized and placebo-controlled, showing the effectiveness of chlorpromazine. Eventually chlorpromazine started being accepted by psychiatrists all over the world, although a slow start. Thus, it paved the way for the “neuro-biological” basis of psychiatric illnesses.[1]

Haloperidol belongs to butyrophenones and was synthesized in 1958 at a Belgian laboratory by Paul Janssen. Janssen laboratories were then trying to develop a more powerful analgesic than dextromoramide. They used pethidine, the byproducts of which were named butyrophenones and haloperidol was the 45th of the series, R-1625. They observed that it was poorer an analgesic compared with opioids. However, the experimental mice were sedated and went into a cataleptic state similar to that produced by chlorpromazine, after an initial state of excitation. First clinical studies were conducted by Bloch on patients with delirium tremens. It resulted in no significant sedation except for hypotension. After a few weeks of its synthesis, the drug was used intravenously on a psychiatric patient with an emotional crisis by a resident physician Pinchard. The patient became considerably calm and later went into a state of sedation. Studies conducted all over Belgium with this drug showed outstanding results in agitated patients but its hallucinolytic effects surpassed the others. Delay and Deniker conducted studies in France on this drug as well and obtained similar results. However, they warned of its extrapyramidal side-effects similar to the effects of chlorpromazine. Haloperidol has also been considered very efficient in paranoid states.[2]

After the advent of chlorpromazine, other drugs such as haloperidol, trifluperazine, thioridazine and fluphenazine came into use. All were found to have comparable efficacy, but had serious neurological side-effects such as neuroleptic malignant syndrome. The search continued for a neuroleptic with lesser side-effects. In 1958, a group of tricyclic compounds was synthesized, based on the antidepressant imipramine in a Swiss laboratory. Some of these compounds were found to have neuroleptic properties. One of them was clozapine. The initial studies by Wander in 1959 obtained mixed results, but one of them was significant; clozapine did not cause catalepsy in animal studies. In 1962, Gross and Langner conducted trials with human subjects and found the drug to be ineffective for psychosis. In 1966, Hanns Hippius, a German researcher, was asked to continue the trials on humans by Wander. The results confirmed that clozapine was an effective antipsychotic with no disabling neurological side-effects. The psychiatric community remained sceptical because the drug lacked side-effects. They believed that if there are no Parkinsonian symptoms, the drug is not a true antipsychotic. The more pronounced the extrapyramidal symptoms were, the more effective the drug was. Despite this belief, there were many patients with schizophrenia that were placed on clozapine.

Finally, after several large trials summarized by Stille and Hippius, clozapine was launched into the market in several European countries. In 1973, Gilbert Honigfeld, a clinical psychologist, started open-label phase-2 trials on prison inmates in the USA. The inmates experienced increased heart rate and syncope due to orthostatic hypotension even with lower doses (25-75 mg). This finding was never mentioned in the earlier literature. The solution was to titrate the dose slowly up to a tolerable level, starting from a smaller dose. In 1974, open-label studies were conducted on schizophrenic patients by Simpson and Varga and double-blind clinical trials by Shopsin, Klein, Aaronson and Collora. Later, many multicentered trials of clozapine vs. chlorpromazine were conducted. When clozapine was gradually being accepted as a promising antipsychotic, an adversity befell upon it. In 1975, the Journal, Lancet, reported that 18 patients had developed severe blood dyscrasia. Sixteen of them had agranulocytosis with nine deaths. This was reported from Finland by Idanpaan- Heikkila, Alhava, Olkinvoura and Palva. The government agencies then ordered clozapine to be removed from the market in Finland as well as the other European countries. Later studies all over the world showed that agranulocytosis was 20-times higher in south-western Finland compared with the rest of the world. The exact causes for this Finnish “epidemic” were not known. In the meanwhile, agranulocytosis and sudden death with chlorpromazine and other phenothiazines were also reported. Shopsin et al. reported that the worldwide incidence of agranulocytosis with clozapine (0.3%) was similar to chlorpromazine (0.1-1.0%). However, there were controversial findings in some of the later studies. Amsler, Teerenhovi, Barth, Harjula and Vuopio did a thorough analysis and found that agranulocytosis occurred within the first 3 months, whether fatal or not, and deaths were due to secondary infection and delays in the detection or lack of preventive measures. This fact led to the mandatory weekly checks of white cell counts in the blood for the first 18 weeks. Until then, clozapine was restricted to compassionate use for treatment-resistant cases of schizophrenia. Later on, the worldwide support for clozapine grew and was also reported to be used in children with Tourette's syndrome successfully by Caine, Polinsky, Kartzinel and Ebert. In 1984, a 6-week double-blind study was conducted at 16 sites in the USA comparing clozapine with chlorpromazine. Clozapine was shown to have a definite superiority over chlorpromazine. The improvement not only continued even after 6 weeks, but the drug worked for positive as well as negative symptoms in schizophrenia. Kane, Henigfeld, Singer and Meltzer, finally, were able to show clozapine to be an effective antipsychotic without extrapyramidal symptoms and hence named it “atypical.” Although it had other benign side-effects, such as drowsiness, hypersalivation, hypotension and a propensity to decrease seizure threshold, clozapine continues to be the drug of choice for treatment refractory schizophrenia.

Although the process of scientific drug development is slow and tedious, clozapine still emerged victorious. The 1990s was the decade that witnessed the advent of several other atypical antipsychotics, such as risperidone, olanzapine, quetiapine, ziprasidone and similar drugs. These were considered as effective as the other antipsychotics and had the least propensity to cause extrapyramidal side-effects, but had other side-effects innate to the group, such as metabolic syndrome. While we compare the typical antipsychotics with the atypicals in terms of their effectiveness and side-effect profile, none seems to be more superior compared with the other. We have come a long way from insulin therapy and prefrontal lobotomies to compounds that not only are effective antipsychotics but also help patients to lead a better life, despite some of the side-effects. The search continues to develop drugs that address all aspects of the illness, the positive, the negative and the cognitive symptoms, and for that “ideal” antipsychotic.

( CT ) Scan ( Comprehensive Opportunities & Possibilities in Computertomography ) TECHNOLOGY & System in Medicine in World 

A computed tomography scan (usually abbreviated to CT scan; formerly called computed axial tomography scan or CAT scan) is a medical imaging technique used to obtain detailed internal images of the body. The personnel that perform CT scans are called radiographers or radiology technologists.[2][3]

CT scanners use a rotating X-ray tube and a row of detectors placed in a gantry to measure X-ray attenuations by different tissues inside the body. The multiple X-ray measurements taken from different angles are then processed on a computer using tomographic reconstruction algorithms to produce tomographic (cross-sectional) images (virtual "slices") of a body. CT scan can be used in patients with metallic implants or pacemakers, for whom magnetic resonance imaging (MRI) is contraindicated.

Since its development in the 1970s, CT scanning has proven to be a versatile imaging technique. While CT is most prominently used in medical diagnosis, it can also be used to form images of non-living objects. The 1979 Nobel Prize in Physiology or Medicine was awarded jointly to South African-American physicist Allan M. Cormack and British electrical engineer Godfrey N. Hounsfield "for the development of computer-assisted tomography"

Spiral CT

Drawing of CT fan beam and patient in a CT imaging system

Spinning tube, commonly called spiral CT, or helical CT, is an imaging technique in which an entire X-ray tube is spun around the central axis of the area being scanned. These are the dominant type of scanners on the market because they have been manufactured longer and offer a lower cost of production and purchase. The main limitation of this type of CT is the bulk and inertia of the equipment (X-ray tube assembly and detector array on the opposite side of the circle) which limits the speed at which the equipment can spin. Some designs use two X-ray sources and detector arrays offset by an angle, as a technique to improve temporal resolution.[5][6]

Electron beam tomography

Electron beam tomography (EBT) is a specific form of CT in which a large enough X-ray tube is constructed so that only the path of the electrons, travelling between the cathode and anode of the X-ray tube, are spun using deflection coils.[7] This type had a major advantage since sweep speeds can be much faster, allowing for less blurry imaging of moving structures, such as the heart and arteries.[8] Fewer scanners of this design have been produced when compared with spinning tube types, mainly due to the higher cost associated with building a much larger X-ray tube and detector array and limited anatomical coverage.[9]

Dual source CT

Dual source CT is an advanced scanner with a two X-ray tube detector system, unlike conventional single tube systems.[10][11] These two detector systems are mounted on a single gantry at 90° in the same plane.[12] Dual source Ct scanner allow fast scanning with higher temporal resolution by acquiring a full CT slice in only half a rotation. Fast imaging reduces motion blurring at high heart rates and potentially allowing for shorter breath-hold time. This is particularly useful for ill patients having difficulty holding their breath or unable to take heart-rate lowering medication.[13][14]

CT perfusion imaging

CT perfusion imaging is a specific form of CT to assess flow through blood vessels whilst injecting a contrast agent.[13] Blood flow, blood transit time, and organ blood volume, can all be calculated with reasonable sensitivity and specificity.[13] This type of CT may be used on the heart, although sensitivity and specificity for detecting abnormalities are still lower than for other forms of CT.[15] This may also be used on the brain, where CT perfusion imaging can often detect poor brain perfusion well before it is detected using a conventional spiral CT scan.[13][16] This is better for stroke diagnosis than other CT types.[16]

Medical use

Since its introduction in the 1970s,[17] CT has become an important tool in medical imaging to supplement conventional X-ray imaging and medical ultrasonography. It has more recently been used for preventive medicine or screening for disease, for example, CT colonography for people with a high risk of colon cancer, or full-motion heart scans for people with a high risk of heart disease. Several institutions offer full-body scans for the general population although this practice goes against the advice and official position of many professional organizations in the field primarily due to the radiation dose applied.[18]

The use of CT scans has increased dramatically over the last two decades in many countries.[19] An estimated 72 million scans were performed in the United States in 2007 and more than 80 million in 2015.

CT scanning of the head is typically used to detect infarction (stroke), tumors, calcifications, haemorrhage, and bone trauma.[22] Of the above, hypodense (dark) structures can indicate edema and infarction, hyperdense (bright) structures indicate calcifications and haemorrhage and bone trauma can be seen as disjunction in bone windows. Tumors can be detected by the swelling and anatomical distortion they cause, or by surrounding edema. CT scanning of the head is also used in CT-guided stereotactic surgery and radiosurgery for treatment of intracranial tumors, arteriovenous malformations, and other surgically treatable conditions using a device known as the N-localizer.[23][24][25][26][27][28]

Neck

Contrast CT is generally the initial study of choice for neck masses in adults.[29] CT of the thyroid plays an important role in the evaluation of thyroid cancer.[30] CT scan often incidentally finds thyroid abnormalities, and so is often the preferred investigation modality for thyroid abnormalities.[30]

Lungs

A CT scan can be used for detecting both acute and chronic changes in the lung parenchyma, the tissue of the lungs.[31] It is particularly relevant here because normal two-dimensional X-rays do not show such defects. A variety of techniques are used, depending on the suspected abnormality. For evaluation of chronic interstitial processes such as emphysema, and fibrosis,[32] thin sections with high spatial frequency reconstructions are used; often scans are performed both on inspiration and expiration. This special technique is called high resolution CT that produces a sampling of the lung, and not continuous images.[33]

( Interpretation of results )

( Presentation )

Types of presentations of CT scans:

- Average intensity projection

- Maximum intensity projection

- Thin slice (median plane)

- Volume rendering by high and low threshold for radiodensity

The result of a CT scan is a volume of voxels, which may be presented to a human observer by various methods, which broadly fit into the following categories:

Slices (of varying thickness). Thin slice is generally regarded as planes representing a thickness of less than 3 mm.[80][81] Thick slice is generally regarded as planes representing a thickness between 3 mm and 5 mm.[81][82]

Projection, including maximum intensity projection[83] and average intensity projection

Volume rendering (VR)[83]

Technically, all volume renderings become projections when viewed on a 2-dimensional display, making the distinction between projections and volume renderings a bit vague. The epitomes of volume rendering models feature a mix of for example coloring and shading in order to create realistic and observable representations.[84][85]

Two-dimensional CT images are conventionally rendered so that the view is as though looking up at it from the patient's feet.[86] Hence, the left side of the image is to the patient's right and vice versa, while anterior in the image also is the patient's anterior and vice versa. This left-right interchange corresponds to the view that physicians generally have in reality when positioned in front of patients.[87]

Grayscale

Pixels in an image obtained by CT scanning are displayed in terms of relative radiodensity. The pixel itself is displayed according to the mean attenuation of the tissue(s) that it corresponds to on a scale from +3,071 (most attenuating) to −1,024 (least attenuating) on the Hounsfield scale. A pixel is a two dimensional unit based on the matrix size and the field of view. When the CT slice thickness is also factored in, the unit is known as a voxel, which is a three-dimensional unit.[88] Water has an attenuation of 0 Hounsfield units (HU), while air is −1,000 HU, cancellous bone is typically +400 HU, and cranial bone can reach 2,000 HU.[89] The attenuation of metallic implants depends on the atomic number of the element used: Titanium usually has an amount of +1000 HU, iron steel can completely extinguish the X-ray and is, therefore, responsible for well-known line-artifacts in computed tomograms. Artifacts are caused by abrupt transitions between low- and high-density materials, which results in data values that exceed the dynamic range of the processing electronics.[90]

Windowing

CT data sets have a very high dynamic range which must be reduced for display or printing. This is typically done via a process of "windowing", which maps a range (the "window") of pixel values to a grayscale ramp. For example, CT images of the brain are commonly viewed with a window extending from 0 HU to 80 HU. Pixel values of 0 and lower, are displayed as black; values of 80 and higher are displayed as white; values within the window are displayed as a grey intensity proportional to position within the window.[91] The window used for display must be matched to the X-ray density of the object of interest, in order to optimize the visible detail.[92]

Multiplanar reconstruction and projections

Special planes are sometimes useful, such as this oblique longitudinal plane in order to visualize the neuroforamina of the vertebral column, showing narrowing at two levels, causing radiculopathy. The smaller images are axial plane slices.

Multiplanar reconstruction (MPR) is the process of converting data from one anatomical plane (usually transverse) to other planes. It can be used for thin slices as well as projections. Multiplanar reconstruction is possible as present CT scanners provide almost isotropic resolution.[93]

MPR is used almost in every scan. The spine is frequently examined with it.[94] An image of the spine in axial plane can only show one vertebral bone at a time and cannot show its relation with other vertebral bones. By reformatting the data in other planes, visualization of the relative position can be achieved in sagittal and coronal plane.[95]

New software allows the reconstruction of data in non-orthogonal (oblique) planes, which help in the visualization of organs which are not in orthogonal planes.[96][97] It is better suited for visualization of the anatomical structure of the bronchi as they do not lie orthogonal to the direction of the scan.[98]

Curved-plane reconstruction is performed mainly for the evaluation of vessels. This type of reconstruction helps to straighten the bends in a vessel, thereby helping to visualize a whole vessel in a single image or in multiple images. After a vessel has been "straightened", measurements such as cross-sectional area and length can be made. This is helpful in preoperative assessment of a surgical procedure.[99]

For 2D projections used in radiation therapy for quality assurance and planning of external beam radiotherapy, including digitally reconstructed radiographs, see Beam's eye view.

( Volume Rendering )

3D human skull from computed tomography data

A threshold value of radiodensity is set by the operator (e.g., a level that corresponds to bone). With the help of edge detection image processing algorithms a 3D model can be constructed from the initial data and displayed on screen. Various thresholds can be used to get multiple models, each anatomical component such as muscle, bone and cartilage can be differentiated on the basis of different colours given to them. However, this mode of operation cannot show interior structures.[101]

Surface rendering is limited technique as it displays only the surfaces that meet a particular threshold density, and which are towards the viewer. However, In volume rendering, transparency, colours and shading are used which makes it easy to present a volume in a single image. For example, Pelvic bones could be displayed as semi-transparent, so that, even viewing at an oblique angle one part of the image does not hide another.[102]

( Image Quality )

Low-dose CT scan of the thorax.

Standard-dose CT scan of the thorax.

Dose versus image quality

An important issue within radiology today is how to reduce the radiation dose during CT examinations without compromising the image quality. In general, higher radiation doses result in higher-resolution images,[103] while lower doses lead to increased image noise and unsharp images. However, increased dosage raises the adverse side effects, including the risk of radiation-induced cancer – a four-phase abdominal CT gives the same radiation dose as 300 chest X-rays.[104] Several methods that can reduce the exposure to ionizing radiation during a CT scan exist.[105]

New software technology can significantly reduce the required radiation dose. New iterative tomographic reconstruction algorithms (e.g., iterative Sparse Asymptotic Minimum Variance) could offer super-resolution without requiring higher radiation dose.

Individualize the examination and adjust the radiation dose to the body type and body organ examined. Different body types and organs require different amounts of radiation.[107]

Higher resolution is not always suitable, such as detection of small pulmonary masses.[108]

Artifacts

Although images produced by CT are generally faithful representations of the scanned volume, the technique is susceptible to a number of artifacts, such as the following:[109][110]Chapters 3 and 5

Streak artifact

Streaks are often seen around materials that block most X-rays, such as metal or bone. Numerous factors contribute to these streaks: under sampling, photon starvation, motion, beam hardening, and Compton scatter. This type of artifact commonly occurs in the posterior fossa of the brain, or if there are metal implants. The streaks can be reduced using newer reconstruction techniques.[111] Approaches such as metal artifact reduction (MAR) can also reduce this artifact.[112][113] MAR techniques include spectral imaging, where CT images are taken with photons of different energy levels, and then synthesized into monochromatic images with special software such as GSI (Gemstone Spectral Imaging).[114]

( Partial volume effect )

This appears as "blurring" of edges. It is due to the scanner being unable to differentiate between a small amount of high-density material (e.g., bone) and a larger amount of lower density (e.g., cartilage).[115] The reconstruction assumes that the X-ray attenuation within each voxel is homogeneous; this may not be the case at sharp edges. This is most commonly seen in the z-direction (craniocaudal direction), due to the conventional use of highly anisotropic voxels, which have a much lower out-of-plane resolution, than in-plane resolution. This can be partially overcome by scanning using thinner slices, or an isotropic acquisition on a modern scanner.[116]

Ring artifact

Probably the most common mechanical artifact, the image of one or many "rings" appears within an image. They are usually caused by the variations in the response from individual elements in a two dimensional X-ray detector due to defect or miscalibration.[117] Ring artifacts can largely be reduced by intensity normalization, also referred to as flat field correction.[118] Remaining rings can be suppressed by a transformation to polar space, where they become linear stripes.[117] A comparative evaluation of ring artefact reduction on X-ray tomography images showed that the method of Sijbers and Postnov can effectively suppress ring artefacts.[119]

Noise

This appears as grain on the image and is caused by a low signal to noise ratio. This occurs more commonly when a thin slice thickness is used. It can also occur when the power supplied to the X-ray tube is insufficient to penetrate the anatomy.[120]

Windmill

Streaking appearances can occur when the detectors intersect the reconstruction plane. This can be reduced with filters or a reduction in pitch.[121][122]

Beam hardening

This can give a "cupped appearance" when grayscale is visualized as height. It occurs because conventional sources, like X-ray tubes emit a polychromatic spectrum. Photons of higher photon energy levels are typically attenuated less. Because of this, the mean energy of the spectrum increases when passing the object, often described as getting "harder". This leads to an effect increasingly underestimating material thickness, if not corrected. Many algorithms exist to correct for this artifact. They can be divided in mono- and multi-material methods.[111][123][124]

Advantages

CT scanning has several advantages over traditional two-dimensional medical radiography. First, CT eliminates the superimposition of images of structures outside the area of interest.[125] Second, CT scans have greater image resolution, enabling examination of finer details. CT can distinguish between tissues that differ in radiographic density by 1% or less.[126] Third, CT scanning enables multiplanar reformatted imaging: scan data can be visualized in the transverse (or axial), coronal, or sagittal plane, depending on the diagnostic task.[127]

The improved resolution of CT has permitted the development of new investigations. For example, CT angiography avoids the invasive insertion of a catheter. CT scanning can perform a virtual colonoscopy with greater accuracy and less discomfort for the patient than a traditional colonoscopy.[128][129] Virtual colonography is far more accurate than a barium enema for detection of tumors and uses a lower radiation dose.[130]

CT is a moderate- to high-radiation diagnostic technique. The radiation dose for a particular examination depends on multiple factors: volume scanned, patient build, number and type of scan sequences, and desired resolution and image quality.[131] Two helical CT scanning parameters, tube current and pitch, can be adjusted easily and have a profound effect on radiation. CT scanning is more accurate than two-dimensional radiographs in evaluating anterior interbody fusion, although they may still over-read the extent of fusion.[132]

( Adverse effects )

Cancer

The radiation used in CT scans can damage body cells, including DNA molecules, which can lead to radiation-induced cancer.[133] The radiation doses received from CT scans is variable. Compared to the lowest dose x-ray techniques, CT scans can have 100 to 1,000 times higher dose than conventional X-rays.[134] However, a lumbar spine x-ray has a similar dose as a head CT.[135] Articles in the media often exaggerate the relative dose of CT by comparing the lowest-dose x-ray techniques (chest x-ray) with the highest-dose CT techniques. In general, the radiation dose associated with a routine abdominal CT has a radiation dose similar to three years of average background radiation.[136]

Recent[when?] studies on 2.5 million patients[137] and 3.2 million patients[138] have drawn attention to high cumulative doses of more than 100 mSv to patients undergoing recurrent CT scans within a short time span of 1 to 5 years.

Some experts note that CT scans are known to be "overused," and "there is distressingly little evidence of better health outcomes associated with the current high rate of scans."[134] On the other hand, a recent paper analyzing the data of patients who received high cumulative doses showed a high degree of appropriate use.[139] This creates an important issue of cancer risk to these patients. Moreover, a highly significant finding that was previously unreported is that some patients received >100 mSv dose from CT scans in a single day,[137] which counteracts existing criticisms some investigators may have on the effects of protracted versus acute exposure.

Early estimates of harm from CT are partly based on similar radiation exposures experienced by those present during the atomic bomb explosions in Japan after the Second World War and those of nuclear industry workers.[133] Some experts project that in the future, between three and five percent of all cancers would result from medical imaging.[134]

An Australian study of 10.9 million people reported that the increased incidence of cancer after CT scan exposure in this cohort was mostly due to irradiation. In this group, one in every 1,800 CT scans was followed by an excess cancer. If the lifetime risk of developing cancer is 40% then the absolute risk rises to 40.05% after a CT.[140][141]Some studies have shown that publications indicating an increased risk of cancer from typical doses of body CT scans are plagued with serious methodological limitations and several highly improbable results,[142] concluding that no evidence indicates such low doses cause any long-term harm.[143][144][145] One study estimated that as many as 0.4% of cancers in the United States resulted from CT scans, and that this may have increased to as much as 1.5 to 2% based on the rate of CT use in 2007.[133] Others dispute this estimate,[146] as there is no consensus that the low levels of radiation used in CT scans cause damage. Lower radiation doses are used in many cases, such as in the investigation of renal colic.[147] A person's age plays a significant role in the subsequent risk of cancer.[148] Estimated lifetime cancer mortality risks from an abdominal CT of a one-year-old is 0.1%, or 1:1000 scans.[148] The risk for someone who is 40 years old is half that of someone who is 20 years old with substantially less risk in the elderly.[148] The International Commission on Radiological Protection estimates that the risk to a fetus being exposed to 10 mGy (a unit of radiation exposure) increases the rate of cancer before 20 years of age from 0.03% to 0.04% (for reference a CT pulmonary angiogram exposes a fetus to 4 mGy).[149] A 2012 review did not find an association between medical radiation and cancer risk in children noting however the existence of limitations in the evidences over which the review is based.[150]

CT scans can be performed with different settings for lower exposure in children with most manufacturers of CT scans as of 2007 having this function built in.[151] Furthermore, certain conditions can require children to be exposed to multiple CT scans.[133] Current evidence suggests informing parents of the risks of pediatric CT scanning.[152]

Contrast reactions

In the United States half of CT scans are contrast CTs using intravenously injected radiocontrast agents.[153] The most common reactions from these agents are mild, including nausea, vomiting, and an itching rash. Severe life-threatening reactions may rarely occur.[154] Overall reactions occur in 1 to 3% with nonionic contrast and 4 to 12% of people with ionic contrast.[155] Skin rashes may appear within a week to 3% of people.[154]

The old radiocontrast agents caused anaphylaxis in 1% of cases while the newer, low-osmolar agents cause reactions in 0.01–0.04% of cases.[154][156] Death occurs in about 2 to 30 people per 1,000,000 administrations, with newer agents being safer.[155][157] There is a higher risk of mortality in those who are female, elderly or in poor health, usually secondary to either anaphylaxis or acute kidney injury.[153]

The contrast agent may induce contrast-induced nephropathy.[158] This occurs in 2 to 7% of people who receive these agents, with greater risk in those who have preexisting kidney failure,[158] preexisting diabetes, or reduced intravascular volume. People with mild kidney impairment are usually advised to ensure full hydration for several hours before and after the injection. For moderate kidney failure, the use of iodinated contrast should be avoided; this may mean using an alternative technique instead of CT. Those with severe kidney failure requiring dialysis require less strict precautions, as their kidneys have so little function remaining that any further damage would not be noticeable and the dialysis will remove the contrast agent; it is normally recommended, however, to arrange dialysis as soon as possible following contrast administration to minimize any adverse effects of the contrast.

In addition to the use of intravenous contrast, orally administered contrast agents are frequently used when examining the abdomen.[159] These are frequently the same as the intravenous contrast agents, merely diluted to approximately 10% of the concentration. However, oral alternatives to iodinated contrast exist, such as very dilute (0.5–1% w/v) barium sulfate suspensions. Dilute barium sulfate has the advantage that it does not cause allergic-type reactions or kidney failure, but cannot be used in patients with suspected bowel perforation or suspected bowel injury, as leakage of barium sulfate from damaged bowel can cause fatal peritonitis.[160]

Side effects from contrast agents, administered intravenously in some CT scans, might impair kidney performance in patients with kidney disease, although this risk is now believed to be lower than previously thought.[161]

Health, Medicine, and Science in Asia  (Protokoll ) 03.02.2025 ( Copy ) / Release 12.04.2025 AD n.Chr EU UTC GMT +2  MESZ

Discipline:Asian Studies

Over the last few decades, the Asian health landscape has gone through profound and dramatic changes. While access to healthcare shows severe inequalities from one country to the other and within countries, the region as a whole has positioned itself as a world player in the domain of health. Asia has become one of the primary destinations for medical and wellness travelers, attracted by specialized hospitals that follow international standards and provide first class treatments. The Asian pharmaceutical sector is a global competitor and therapeutic innovation is fueling new domestic healthcare markets. Biotech and clinical research are often equivalent to that seen in Europe and North America, while Asian traditional medicines have become a central feature of most contemporary societies, with a significant proportion of their industrial production aimed at export. New forms of therapeutic practices, knowledge and objects have emerged from the encounter of Asian medicine and biomedical science, giving way to braided concepts, products and tools, new epistemologies and understandings of the body, or again, revised regulatory schemes. Asian-born pandemics have contributed to redefine global health procedures, principles and meaning. The parallel evolution of these sectors coupled with structural transformations and new health policies, technological advancement and a low-cost workforce, have largely contributed to the renewal of Asian health services. This has not only modified national health policies and initiatives but also contributed to transforming the image of Asia in the realm of science and medicine.

This book series seeks to bring attention to two decisive phenomena in these processes. The first concerns the uneasy relationship between increasing social disparities, the market and structural and technological developments in the field of health. The second phenomenon deals with global issues and their scales, as macro dynamics, transnationalism and local forms of globalization impact the production of health. This dual approach, embedded into the politics of healing, such as modes of governance and regulation, will help to explore the local fabric and global aspirations of Asian health. Studies from a variety of disciplines, from history to anthropology and the social study of science provide the backbone of the series.

EUC School of Medicine MD Program in Frankfurt Germany ( Protokoll 03.02.2025 ) Copy

Following the many successes of the Medicine program at EUC, the School of Medicine Frankfurt branch began operation in September 2022 with the same modern and innovative curriculum, in the vibrant central-European location. Frankfurt is well-equipped to support the demands of a medical education, and the EUC program and facilities at the Frankfurt branch has been designed to prepare students for a successful career in medicine. With its well-developed healthcare sector, Frankfurt guarantees a first-class medical degree that will open doors to practice medicine globally.

Advantages

Fully accredited through the World Federation for Medical Education (WFME) process

 Modeled on EU Directives and other International health care education standards

 Clinical training in public and private hospitals

 Diverse student body including Germany, Austria, Isreal, Norway, UK, Ireland, Russia, Australia, Italy, Denmark, Sweden, India and Greece

 Awarded first prize for “Best Medical Solution” and first prize for “Best Education Installation” in Crestron International Awards competition

 The degree prepares students for specialization, academia, research and/or immediate employment

 Hands-on experience using High-fidelity simulators

 Access to the most advanced medical and laboratory facilities

Early introduction to clinical practice

Active learning in small groups with an excellent student-teacher ratio

No hammer exam. Individual assessment of your skills and knowledge in each course

Admission Procedure and Requirements

Candidates must have an average grade on Abitur of 2.3 or above

Certified copy of high school leaving certificate and marksheet of secondary education

All applicants must have passed Biology plus one more subject: chemistry, mathematics or physics at their Abitur national examination

Knowledge of English language. Candidates must have passed GCSE or IGCSE or IELTS or TOEFL

A certified copy of an academic reference / letter of recommendation  in English

Personal motivational statement in English

Selected applicants will be invited for an interview

More information on the admission procedure and the admission requirements can be found in the brochure.

New antibiotics can develop resistance before even hitting the market ( 03.02.2025 ) Protokoll Copy / World ( 12.04.2025 ) AD n.Chr / Medicine

Researchers from the HUN-REN Biological Research Centre, Szeged (Hungary), have made a concerning discovery about the future of antibiotics.

Two recent studies, published in Nature Microbiology and Science Translational Medicine, found that resistance can develop against new antibiotics even before they are widely used, compromising their effectiveness from the start. The studies focused on five critical bacterial species that cause major hospital infections and examined 18 new antibiotics, some already on the market and others still in development. 

"New antibiotics are often marketed as resistance-free, but this claim relies on limited data", says Csaba Pál, PhD, principal investigator. "Our research highlights a major issue: antibiotic development tends to prioritize broad-spectrum activity - that is the number of bacterial species a drug targets- over long-term sustainability. While many new antibiotics indeed offer a broader spectrum, this doesn’t guarantee they will remain effective in the long run in clinical use."

The studies found that resistance developed rapidly against nearly all the tested antibiotics, defying earlier expectations. For example, teixobactin, once hailed as a revolutionary drug, was believed to be less prone to resistance. However, the research revealed that bacteria can adapt to it with this adaptation resulting in cross-resistance to other critical antibiotics. Alarmingly, the team also found that resistance mutations may already exist in bacterial populations, likely due to the overuse of older antibiotics and the shared resistance mechanisms between those and new drugs. These pre-existing mutations could render even the newest drugs ineffective shortly after they are introduced into clinical use.

The studies call for a fundamental shift in how antibiotics are developed. Drug companies must incorporate resistance studies early in the development process to anticipate and mitigate risks before antibiotics are released. Integrating resistance prediction and genetic surveillance into drug design could reduce the chances of failure. Lejla Daruka, PhD, one of the lead authors, notes, "Some new antibiotics show more promise than others, as resistance develops more slowly or only in specific bacterial species. Understanding why these drugs perform better is the next crucial step." 

The studies emphasize the importance of prioritizing antibiotics with novel modes of action to bypass existing resistance. In cases where only certain bacterial species are prone to resistance, narrow-spectrum therapy could provide an effective alternative. Finally, the studies stress the urgency of responsible antibiotic use to slow down the evolution of resistance and ensure the prolonged efficacy of new treatments in the future.

 Source: HUN-REN Biological Research Centre

 01.02.2025

Faculty of Medicine ( University of Tokyo )Since 1877 / Protokoll 12.04.2025 AD

UTokyo ( Source ) Resource  ( Copy ) 

Using a holistic approach to educate healthcare professionals,

Unraveling the mysteries of life and the complexities of human biology, and

Advancing the frontiers of the life sciences and medicine—we are the Faculty of Medicine.

What do you imagine when you hear the phrase “Faculty of Medicine”? Perhaps you picture a physician wearing a white coat and holding a stethoscope, or perhaps a researcher shaking test tubes in a laboratory. However, medical science encompasses a vast range of topics—from the molecular structure of the proteins involved in cancer development, to the functional integration of organs in the human body, to issues related to public health and global health.

After graduating, most medical students in the Faculty of Medicine will work as clinicians. Because the overriding goal of clinical practice is ensuring optimal support of human well-being, clinicians are expected to understand the mechanisms of disease at the molecular level and the complex pathological interactions among multiple organs. Just as important, however, is appreciating the central role of patients in medicine. Active collaboration between patients and healthcare providers is essential when designing personalized, comprehensive care. The educational goals of the Faculty of Medicine thus emphasize a philosophy of patient-centered care. Although rapid advances in medical science and their translation into medical practice have greatly improved disease prevention, diagnostic accuracy, and treatment outcomes, we must remember that not all diseases can be treated effectively and that some have devastating effects on patients. Therefore, in addition to ensuring the best clinical outcomes for patients, physicians must also consider the mental, ethical, and social dimensions of patient care.

Appreciating the relationship between basic and applied medicine requires an understanding of the history of medicine. When bacterial research was at the forefront of medicine, discoveries in bacterial biology—and the understanding of the implications of such breakthroughs for human disease—advanced at a breakneck pace. However, Fleming's discovery of the first antibiotic, penicillin, came fifty years after the advent of modern bacteriology. We expect a similar gap between initial discoveries of fundamental biological phenomena and their subsequent application to disease prevention and treatment, even in rapidly advancing fields such as molecular biology and cell biology. Fortunately, recent progress in data science and artificial intelligence has accelerated the process of translation in medicine. Nevertheless, progress from breakthroughs to noteworthy improvements in disease prevention and treatment will continue to require patience.

Even if new means to prevent and treat diseases are developed, their application to patients might be affected by social, economic, and political factors. Social medicine is the discipline responsible for analyzing and addressing pressing issues such as trends in disease prevalence, the challenges of an aging society, the effects of environmental pollution on human health, and health differences between high-income countries and low- and middle-income countries. The importance of these topics increases as societies grow more complex. The Graduate School of Medicine therefore makes every effort to provide an ideal environment for educating specialists in social medicine.

Until the middle of the twentieth century, infectious diseases were the leading cause of death in Japan, and average life expectancy was less than fifty years. After the discovery of antibiotics, the number of cases of severe infectious disease dramatically declined, and cerebrovascular diseases became the leading cause of death. Later, treatment of hypertension and stroke improved, deaths due to strokes decreased, and cancer became the leading cause of death. This illustrates how successful management of a primary life-threatening disease results in the emergence of new diseases, which then become the next targets of medicine. After effective cancer treatments are discovered, age-related diseases such as Alzheimer's disease are expected to take center stage. Then the pandemic of COVID-19 emphasized the importance of infectious disease again and revealed the magnificent value of new technology such as RNA biology and telemedicine. Medical science must thus address the present medical issues of greatest concern while remaining aware of potential future challenges to human health. Such vigilance requires that we accumulate diverse knowledge and resources that will likely prove useful for emerging and as-yet-unknown health problems. The mission of the Faculty of Medicine is to combat disease by developing and utilizing new diagnostic and treatment technologies and to educate the researchers and practitioners who will decide the future of medicine.

Source / Traditional Korean East Asian Medicines and Herbal Formulations for Cognitive Impairment ( Protokoll 03.02.2025 ) Copy /  12.04.2025 AD n.Chr

4.2. Polygala Tenuifolia

Polygala tenuifolia (Fam. Polygalaceae) is a reputable herb used in TKM for its memory enhancing effects. Radix Polygalae (RP), the root of P. tenuifolia, is used in more than half of the most famous Chinese prescriptions for increasing intelligence [40]. Polygalasaponins are the main constituents of this plant responsible for cognitive improvement. There is growing support for improved memory function in many animal models [41,42,43]. BT-11, an ethanolic extract of Polygala root, is effective against scopolamine-induced cognitive impairment in passive avoidance response and water maze tests [44], as well as improving stress-induced memory deficits in rats [45]. Most saponins in RP are derivatives of presenegenin. The hydrolysate of polygalasaponins ameliorates Aβ(25−35) induced amnesia, probably via its strong antioxidant properties [46]. AChE activity is inhibited in vitro by an 80% ethanol extract of P. tenuifolia [41,47]. Tenuigenin, an active component extracted from a RP, improved learning and memory. Oral administration of tenuigenin markedly reduced AChE activity, and malondialdehyde levels, increased superoxide dismutase activity in the hippocampus, and improved performance in Y-maze tests. In electrophysiological tests of hippocampal brain slices, tenuigenin infusion substantially enhanced field excitatory postsynaptic potentials amplitude, both in basic synaptic transmission and after high frequency stimulation in the Schaffer to CA1 pathway [48]. Onjisaponin F, a constituent in P. tenuifolia, increased choline acetyltransferase mRNA levels in rat basal forebrain cells. Oral administration of tenuifolin extracted from RP evidently improved latency and the number of errors in aged mice. Moreover, tenuifolin at the same dose increases the relative levels of norepinephrine and dopamine in the hippocampus of aged mice, and decreases AChE activity in the cortex [43]. A root extract of P. tenuifolia also induces the proliferation of a stem cell population in the rat hippocampal CA1 region [49]. Another study investigated the cognitive enhancing effect of polygalasaponin XXXII (PGS32), a triterpenoid saponin isolated from the roots of P. tenuifolia. PGS32 showed cognition enhancing effects in a mice scopolamine model, possibly through improvements in synaptic transmission, activation of the mitogen-activated protein kinase cascade, and enhancement of brain-derived neurotrophic factor levels [50].

Study Finds Three New Safe, Effective Ways To Treat Drug-Resistant Tuberculosis / Harvard / University / North America / Boston / Massachusetts / USA

New options make care faster, safer, and more accessible

By JAKE MILLER January 29, 2025 ResearchCare Delivery ( Protokollierung ) Copy 03.02.2025 AD n.Chr / Release 12.04.2025

Study finds three new safe and effective drug regimens to fight multidrug-resistant TB

The treatments, which include recently discovered TB drugs, give new options for shorter, personalized treatment and are cleared for use for more people than ever

Tuberculosis remains one of the top infectious disease killers worldwide, a challenge amplified by drug-resistant forms of the disease. Now, in a major step forward, an international clinical trial has found three new safe and effective drug regimens for tuberculosis that is resistant to rifampin, the most effective of the first-line antibiotics used to treat TB.

The research, published Jan. 30 in the New England Journal of Medicine, was led by researchers at Harvard Medical School and other members of the endTB project, a collaboration among Partners In Health, Médecins Sans Frontières, and Interactive Research and Development, with help from researchers and clinicians at academic medical centers and research hubs worldwide. The trial was funded by Unitaid, the U.S. National Institutes of Health, the Research Foundation Flanders, and the Wellcome Trust.

The newly identified regimens take advantage of recently discovered drugs to expand the treatment arsenal and give physicians new ways to shorten and personalize treatment, minimize side effects, and treat patients using only pills instead of daily injections. They also offer alternatives in case of drug intolerance, medication shortages or unavailability, or drug resistance, the researchers said.

The endTB trial is one of four recent efforts to use randomized controlled trials to test new, shorter, less toxic regimens for drug-resistant TB. endTB uses two new drugs — bedaquiline and delamanid — which, when brought to market in 2012-2013, were the first new TB medicines developed in nearly 50 years.

This Harvard-led partnership among NGOs, ministries of health, and other academic partners will make lifesaving care dramatically more accessible.

Carole Mitnick

To find shorter, injection-free drug combinations for people infected with TB resistant to rifampin, endTB tested five new, all-oral 9-month regimens using the two new drugs in combination with older medications.

A third drug, pretomanid, received emergency authorization from the FDA for specific use within a regimen against highly drug-resistant TB in 2019, after the endTB clinical trial was underway, and is not included in the regimens used in these trials.

Trial regimens were considered effective if they performed at least as well as the control group, which received a well-performing standard of care composed in accordance with a stringent interpretation of World Health Organization (WHO) recommendations.

The three successful new regimens were successful for between 85 and 90 percent of patients, compared with 81 percent success for people in the control group. The control group was treated with longer treatments, which also included the recently discovered medicines.

The trial launched in 2017 and enrolled 754 patients across seven countries: Georgia, India, Kazakhstan, Lesotho, Pakistan, Peru, and South Africa. The goal was to improve treatment for patients with tuberculosis resistant to rifampin. The WHO estimates that some 410,000 people become sick with rifampin-resistant TB each year, including people who have multidrug-resistant TB (MDR-TB). Only 40 percent are diagnosed and treated, 65 percent of them successfully.

The study population included children as well as people infected with HIV or hepatitis C, both common in populations with high rates of TB. In another innovation, women who became pregnant while on treatment were included in the endTB trial. These groups are often excluded from clinical trials. In a special report published in August 2024, the WHO added the three noninferior regimens from the endTB trial to the list of treatment options for rifampin-resistant and multidrug-resistant TB (MDR-TB) treatment; the recommendations extend to these neglected groups as well as to pregnant women.

With recent efforts to end patent exclusivity on bedaquiline, two of the endTB regimens and the WHO-recommended pretomanid-containing regimen can all be purchased for less than $500, an access target set by activists more than 10 years ago, which has only just now been achieved. All of these innovations together mean the new shortened, all-oral regimens are available to more people than ever.

Promotion for Surgical Leadership Program's One Year Certificate from Harvard Medical School, learn more

The endTB trial is part of a major transformation in how the world treats tuberculosis, said the trial’s co-principal investigator, Carole Mitnick, professor of global health and social medicine in the Blavatnik Institute at HMS and PIH’s director of research for the endTB project.

“This Harvard-led partnership among NGOs, ministries of health, and other academic partners identified three new regimens that will make lifesaving care dramatically more accessible,” Mitnick said. “We also resolved a critical question left open by pharmaceutical industry trials that brought bedaquiline and delamanid to market: How can these new drugs be used to shorten and simplify treatment while retaining efficacy?”

Until recently, Mitnick said, poor treatment options and low-quality evidence made it difficult to stem the tide of preventable deaths from tuberculosis. For many years, the only approved treatment regimens lasted years and included daily injections and highly toxic medications with often-severe side effects.

Authorship, funding, disclosures

Additional authors include Lorenzo Guglielmetti, Uzma Khan, Gustavo E. Velásquez, Maelenn Gouillou, Amanzhan Abubakirov, Elisabeth Baudin, Elmira Berikova, Catherine Berry, Maryline Bonnet, Matteo Cellamare, Vijay Chavan, Vivian Cox, Zhanna Dakenova, Bouke Catherine de Jong, Gabriella Ferlazzo, Aydarkhan Karabayev, Nana Kiria, Mikanda Kunda, Nathalie Lachenal, Leonid Lecca, Helen McIlleron, Ilaria Motta, Sergio Mucching Toscano, Hebah Mushtaque, Payam Nahid, Lawrence Oyewusi, Samiran Panda, Sandip Patil, Patrick P.J. Phillips, Jimena Ruiz, Naseem Salahuddin, Epifanio Sanchez Garavito, Kwonjune J. Seung, Eduardo Ticona, Lorenzo Trippa, Dante E. Vargas Vasquez, Sean Wasserman, Michael L. Rich, and Francis Varaine.

The trial was funded by a grant (SPHQ15-LOA-045) from Unitaid; by a grant (FWO G0A7720N) from the Research Foundation Flanders; by a grant (K08 AI141740) from the National Institute of Allergy and Infectious Diseases of the U.S. National Institute of Health; by a grant (206379/Z/17/Z) from Wellcome Trust; and by Médecins Sans Frontières, Partners In Health, and Interactive Research and Development, which provided in-kind support for trial implementation and administration.

CANON ( Japan ) Corporation / Technology /  Tokyo / Asia / Protokollierungen from Annual Report /  Protokoll 22.09.2022

CT-Technology / Canon / Asia / Japan / Tokyo / Medical Opportunities for better ( Healthcare ) in World / Protokoll 22.09.2022

Canon Inc. (キヤノン株式会社, Kyanon kabushiki gaisha) is a Japanese multinational corporation headquartered in Ōta, Tokyo, Japan, specializing in optical, imaging, and industrial products, such as lenses, cameras, medical equipment, scanners, printers, and semiconductor manufacturing equipment.[3][4]Canon has a primary listing on the Tokyo Stock Exchange and is a constituent of the TOPIX Core30 and Nikkei 225 index. It has a secondary listing on the New York Stock Exchange.

The company was originally named Seikikōgaku kenkyūsho (Jpn. 精機光学研究所, Precision Optical Industry Co. Ltd.). In 1934 it produced the Kwanon, a prototype for Japan's first-ever 35 mm camera with a focal-plane-based shutter.[5] In 1947 the company name was changed to Canon Camera Co., Inc.,[5] shortened to Canon Inc. in 1969. The name Canon comes from Buddhist bodhisattva Kannon (観音, "Guanyin"), previously transliterated as Kuanyin, Kwannon, or Kwanon in English.

(1937–1970 )

The origins of Canon date back to the founding of Precision Optical Instruments Laboratory in Japan in 1933[6] by Takeshi Mitarai, Goro Yoshida, Saburo Uchida and Takeo Maeda. It became the company Precision Optical Instruments, Co., Ltd. in 1937.[6] During its early years the company did not have any facilities to produce its own optical glass, and its first cameras incorporated Nikkor lenses from Nippon Kogaku K.K. (the later Nikon Corporation).[7]

Between 1933 and 1936, 'The Kwanon', a copy of the Leica design, Japan's first 35 mm focal-plane-shutter camera, was developed in prototype form.[8] In 1940 Canon developed Japan's first indirect X-ray camera. Canon introduced a field zoom lens for television broadcasting in 1958 and in 1959 introduced the Reflex Zoom 8, the world's first movie camera with a zoom lens, and the Canonflex.

In 1961, Canon introduced the Rangefinder camera, Canon 7, and 50mm 1:0.95 lens in a special bayonet mount. In 1964 Canon introduced the 'Canola 130', the first Japanese made 10-key calculator, a substantial improvement on the design of the British Bell Punch company, which introduced the first fully electronic calculator two years earlier with the Sumlock Anita Mark 8 unit. In 1965 Canon introduced the Canon Pellix, a single lens reflex (SLR) camera with a semi-transparent stationary mirror which enabled the taking of pictures through the mirror.

( 1970–2009 )

In 1971, Canon introduced the Canon F-1, a high-end SLR camera, and the FD lens range. In 1976, Canon launched the Canon AE-1, the world's first camera with an embedded micro-computer.[9]

Canon introduced their Inkjet printer using bubble-jet technology in 1985, one year after Hewlett-Packard. In 1987, Canon introduced their Canon Electro-Optical System (EOS), named after the goddess of the dawn, along with the Canon EOS 650 autofocus SLR camera. Also in 1987, the Canon Foundation was established. In 1988, Canon introduced 'Kyosei philosophy'.[10] The EOS 1 Flagship Professional SLR line was launched in 1989.[11] In the same year the EOS RT, the world's first AF SLR with a fixed, semi-transparent pellicle mirror, was unveiled.

In 1992, Canon launched the Canon EOS 5, the first-ever camera with eye-controlled AF, and the PowerShot 600, its first digital camera.[12] In 1995, Canon introduced the first commercially available SLR lens with internal image stabilization, Canon EF 75-300mm lens f/4-5.6 IS USM. The Canon EOS-RS was the world's fastest AF SLR camera with a continuous shooting speed of 10 frame/s at the time. Based on the EOS-1N, the EOS-1N RS had a fixed, semi-transparent pellicle mirror with a hard coat. In 1996, Canon introduced a pocket-sized digital camera with the Advanced Photo System, named ELPH in America and IXUS in Europe. Canon entered the digital video camcorder market in 1997.

In 2004, Canon introduced the XEED SX50 LCD projector.[13] Canon introduced its first high-definition camcorder in 2005.[14]

In November 2009, Canon made a €730 million (US$1.1 billion) all-cash offer for the Dutch printer maker Océ.[15] Canon had acquired majority ownership of Océ by March 2010,[16] and completed the acquisition of 100% of shares in Océ by the end of 2011.[17]

( 2010–2020 )

In 2010, Canon acquired Tereck Office Solutions, Inc.[18]

On 16 March 2010, Canon announced that it was seeking to acquire a new .canon generic top-level domain, acquiring it in February 2015 and using it for the first time on its global website in May 2016.[19][20]

In the third quarter of 2012, Canon's global market share in the sale of printers, copiers and multifunction devices was 20.90%.[21]

In early 2013, Canon USA moved into a new US$500 million headquarters in Melville, New York.[22][23]

In February 2014, Canon announced it would acquire Texas-based Molecular Imprints Inc., a developer of nanoprint lithography systems, for an amount speculated to be around US$98 million.[24]

On 13 June 2014, Canon announced it had acquired Danish IP Surveillance VMS software company Milestone Systems. Milestone provides open-platform software to allow video management from various vendors in a single interface; therefore the company will operate as a separate entity.[25]

On 10 February 2015, Canon announced that it had intentions to buy Swedish Security Camera maker Axis Communications for US$2.83 billion.[26] On 23 February 2015, Axis Communications reacted to this news and confirmed that it had received a purchase proposal from Canon. The purchase was effectively completed in April 2015.[27]

On 24 April 2015, Canon Europe announced it had acquired the London-based family photo sharing startup Lifecake.[28][29]

In November 2015, in an effort to avoid the selling of gray-market camera gear, Canon USA filed litigation against a number of camera gear retailers. Retailers include Get It Digital, All New Shop and F&E Trading.[30]

In March 2016, Canon acquired Toshiba Medical Systems Corporation for US$5.9 billion.[31]

On 28 March 2017, Canon Europe announced it had acquired the London-based printing startup Kite.[32][33]

On 2 April 2019, Canon introduces two new UHDgc 2/3-inch Portable Zoom Lenses designed For 4K UHD Broadcast Cameras.[34]

In July 2020, Canon recorded its first ever quarterly loss due to the COVID-19 pandemic.[35]

In September 2020, Fujitsu announced that it would provide Canon with a Fujitsu Supercomputer PRIMEHPC FX1000 unit, to assist with its no-prototype development manufacturing initiative.[36]

In December 2020, Canon concluded its photographic-equipment print-ad series named "Wildlife as Canon Sees It". This series of ads began in 1981 in National Geographic magazine.[37]

( Products)

Canon's products include cameras (including compact digital camera, video camera, film SLR and digital SLR), camcorders, lenses, broadcasting equipment and solutions (such as free viewpoint solution), professional displays, projectors, manufacturing equipment (including photolitography equipment such as steppers, scanners), printers, photocopiers, image scanners, digital microfilm scanners, fax machines, binoculars, microscopes, medical equipment (including diagnostic systems such as ultrasound, X-ray, CT and MRI scanners and ophthalmic equipment), CCTV solutions, image sensors, calculators, high precision positioning and measurement devices (such as rotary encoders), custom optical components, handy terminals, mixed reality systems, software, and space satellites.[38][39]

( Digital cameras )

Main articles: Canon PowerShot, Canon PowerShot G, Canon Digital IXUS, Canon EOS, Canon EF lens mount, Canon EF-S lens mount, Canon EF-M lens mount, and Canon RF lens mount

Canon has been manufacturing and distributing digital cameras since 1984, starting with the RC-701. The RC series was followed by the PowerShot and Digital IXUS series of digital cameras. Canon also developed the EOS series of digital single-lens reflex cameras (DSLR) which includes high-end professional models.

Due to consumers switching from compact cameras to smartphones, Canon's Q1 2013 operating profit fell 34 percent year-on-year.[40]

( Flash units )

Canon produces a range of high-output flash units for its DSLR cameras, including the 270EX II, 320EX, 430EX II / 430EX III-RT, 470EX-AI, 580EX / 580EX II, 600EX-RT / 600EXII-RT and EL-1 Speedlites. Canon also produces macro flash units including the Macro Twin Lite and the Macro Ring Lite.

( Camcorders)

(CMOS Image sensor)

Canon designs and manufactures CMOS image sensors in-house for their imaging products and it has three dedicated fabs in Japan. In 2016, Canon, the fifth-largest image sensor manufacturer in the world, decided to start selling the sensors to other companies.[41] However, it does not plan to sell smartphone image sensors to focus on the niche markets such as industrial and space observation.

Although Canon had withdrawn from the so-called 'pixel count race' in the 2000s, it has been on the cutting edge as to the image sensor resolution in recent years. A demo of a 250MP image sensor was revealed in 2015[42] and reported to be launched in 2020. In 2018, Canon launched a 120MP image sensor as a part of its latest BtoB offerings.[43]

( Printers )

For many years, Canon was the principal maker of the print engines found in industry-standard laser printers. The first models of Apple LaserWriter and the equivalent products made by HP used the Canon LBP-CX engine. The next models (LaserWriter II series, LaserJet II series) used the Canon LBP-SX engine. Later models used the Canon LBP-LX, LBP-EX, LBP-PX engines and many other Canon print engines.

Following Canon's acquisition of the Dutch digital printing manufacturer Océ in 2010, Canon continued to develop and manufacture printing systems, initially under the Océ brand name. On 1.1.2020 the company Océ was officially renamed Canon Production Printing.[44]

A Canon wide-format printer

Canon's largest division in terms of revenue is its multifunction copier division. Canon distributes its consumer and home office imageCLASS line though retail outlets and professional-grade imageRUNNER series through subsidiary Canon Solutions America and independent distributors. The professional-grade series ranges from small table tops to large digital presses.

( Scanners )

Canon manufactures a wide range of flatbed scanners, film scanners and document scanners for home and business use, including the Canon Canoscan 8800F. Some of its scanners employs LED inDirect Exposure (LiDE) technology, such that USB port is sufficient to power the scanner, and no additional power is required.

Calculators

Canon produced a range of calculators in various applications, including handheld calculators, desktop calculators, printing calculators and scientific calculators. One model was the 1964 Canola 130. It had 13 digits, a result of marketing research. The reason for the odd number of figures was based on selling it to the Japanese central bank. Given the low value of the Japanese Yen, 13 digits was a requirement of the banks.

The calculator was built by germanium transistors and the display was a light pipe which gave an odd format.[45]

( Projectors )

Canon produces a range of projectors.[46]

( Presenters )

Canon offers a range of wireless presenters, from advanced green laser presenters with back-lit screen display to basic red laser presentation clickers.

( Virtual reality headset )

Canon is developing a prototype virtual reality headset (Canon VR). The headset offers a wider viewing angle (120°) than other VR devices but requires handles rather than a head strap. The headset is not yet available on the market.[47] As of 2020, Canon produces and sells high-end AR (augmented reality) headsets for enterprise users.[48]

( Manufacturing equipment )

Canon is one of the world's top producers of semiconductor and display manufacturing equipment. Its subsidiary Canon Tokki dominates the market of material deposition equipment, instruments for manufacturing OLED displays. Canon is also the leading manufacturer of display photolithography equipment and one of the top 3 in the semiconductor lithography machine market. Once a leader of semiconductor lithography along with Nikon, it has been dwarfed by ASML and as of 2017 its share in the overall market was less than 5%. Still, Canon maintains a great presence in the i-line stepper market.

CANON / CAMERA SYSTEMATIC AMENITIES & DEVELOPMENT  / CORPORATE JAPAN RESOURCE / CANON TOKYO ( A.P. P )

HTTP://www.andreaspennophotography.de / Portrayal of Cameras from CANON / Japan / Protokoll 22.09.2022

Corporation with Hugh History of World / Canon Great Source for Media Press Release ( Media ) Design Protokollierungen / Media Representation / Asia Continent Origin.

Take A Look / Convince Yourself.....Great Technology from Japan / Tokyo / World Popular Trademark & Corporation

So Canon Inc is popular for its digital device.It's compact & cooperative for long time in History of Media Telecommunication and Communicative Exchange.

Canon has also CT-Technology & different to offer if you look upside this Protokollierung. The Camera Systematics displayed in the Video are versatile and does own future.

The Canon Imaging Eco System is fulfilled with representation & futuristic media technology involved. All Models are professional.Asia the Continent has a lot of Digital Technology to offer also from Taiwan & China.

So this sector is about Economically Intelligent Future & Medicine. The Introduction on the Video is all about Flexibility and Human Intelligence and Smart Media Development.

CANON INC / CAMERA TECHNOLOGY FROM TOKYO /  JAPAN / ASIA / WORLD / Protokoll 15.12.2022

HTTP://www.andreaspennophotography.jimdo.com ( A.P. P )

RESOURCE CLIP / CANON

So Canon is very professional. Also this black individual explaining this Canon Models like CN38x1 & CR-N700

Different Cameras &  Camcorders & Webcams from CANON are really professional.

Canon has different sectors to offer. Also in the scale Medicine & Media Technology. CANON Inc, does come from Japan / Tokyo / Asia.

Camera Devices is filled with Telecommunication which is astonishment & representation of a accomplished establishment.

Development / Economically Intelligent Future is presently on this site & zession ( Only Definition of a Sector ) just Sector. You can use Canon Cameras & CAMCORDERS in all Type of Human Experiences.

If in leisure or family traditional occasions. Film & Movie Settings. Also School Events for the youth. Cameras can be used in Holidays where ever in the world.

If in the Caribbean or the Alps. In Australia to take photos from Kangaroos or in New York Manhattan in the Metropolitan Inner Scale City or in Alaska.

CANON INC. japanese cameras are suited for university commencements & graduation celebrity & partys. Great Collection from Camera Accoutrement.

CANON Japan Resource of Tokyo hugh Opportunities in Digital Development this Century.Camera Lens Spectrum  tailored for Recording & Capturing.

Also Zoom In Zoom Out internal in preferences on Cameras. This Technology is hugh development from Japan / Tokyo the Founder & Establisher from different Digital Lens Cameras & CAMCORDERS just like Expansion Unit EU- F3.

CANON is known & confident for different sorts of equipment to sell. Also the Cameras have great comfortable internal Touch Screen Possibilities.

Like in the Video demonstrated, this technology is hugh development.Cameras & Camcorders  are very practically & worthwhile for holding & bracing memories of life for the family and relative ones.

Also CANON Cams are in purpose extraordinary worthwhile for events of different family events or on journeys & trips maybe to Egypt,Cairo or Malaysia or South Korea,Seoul.

Canon DigiCams are also greatly to buy in the shop or in the internet.

Canon Web-Cams are also in arrangement & opportunities in aquisition very practically.So you can record different in front of the lens.

CANON is overarching with its new models every year. The Clip above is all about new technology from CANON ( Japan ).So worldwide CAMCORDERS, Cameras & digital devices are easy to carry & handle.

CANON has a great Green Ecosystem.World Class Imagery.Key Feautures are in Clip. Different Models with different Chiffre of ( Model) are present in world. 

Belt & Road Initiative / World Networking / Transcontinental Ship  Export / Import Possibilities / Red Sea & Mediterranean Ship Mobility & Opportunities / BRI Great Project

Also serving as an Example ( Sampling ) for NEOM ( OXAGON  ) in World / 

The Belt and Road Initiative / ( BRI ) / China's Revolutionary System / World Connectivity & Transcontinental Infrastructure Plan from China/ Resource ( Wikipedia) / Protokoll / 15.12.2022

The Belt and Road Initiative (BRI, or B&R[1]), formerly known as One Belt One Road (Chinese: 一带一路) or OBOR for short, is a global infrastructure development strategy adopted by the Chinese government in 2013 to invest in nearly 150 countries and international organizations.[2][3] It is considered a centerpiece of the Chinese leader Xi Jinping's foreign policy.[4] The BRI forms a central component of Xi's "Major Country Diplomacy" (Chinese: 大国外交) strategy, which calls for China to assume a greater leadership role for global affairs in accordance with its rising power and status.[5] It has been compared to the American Marshall Plan. As of August 2022, 149 countries were listed as having signed up to the BRI.[6]Xi originally announced the strategy as the "Silk Road Economic Belt" during an official visit to Kazakhstan in September 2013.[7][8][9] "Belt" is short for the "Silk Road Economic Belt," referring to the proposed overland routes for road and rail transportation through landlocked Central Asia along the famed historical trade routes of the Western Regions; whereas "road" is short for the "21st Century Maritime Silk Road", referring to the Indo-Pacific sea routes through Southeast Asia to South Asia, the Middle East and Africa.[10] Examples of Belt and Road Initiative infrastructure investments include ports, skyscrapers, railroads, roads, bridges, airports, dams, coal-fired power stations, and railroad tunnels.The initiative was incorporated into the Constitution of China in 2018.[4] The Xi Jinping Administration calls the initiative "a bid to enhance regional connectivity and embrace a brighter future."[11] The project has a target completion date of 2049,[12] which will coincide with the centennial of the People's Republic of China (PRC)'s founding.Numerous studies conducted by the World Bank have estimated that BRI can boost trade flows in 149 participating countries by 4.1 percent, as well as cutting the cost of global trade by 1.1 percent to 2.2 percent, and grow the GDP of East Asian and Pacific developing countries by an average of 2.6 to 3.9 percent.[13][14] According to London-based CEBR consultants, BRI is likely to increase the world GDP by $7.1 trillion per annum by 2040, and that "benefits will likely to be widespread", as global trade increases from increasing infrastructure that reduces "frictions that hold back world trade". CEBR also concludes that the project will be likely to attract further countries to join, if the global infrastructure initiative progresses and gains momentum.Supporters praise the BRI for its potential to boost the global GDP, particularly in developing countries. However, there has also been criticism over human rights violations and environmental impact, as well as concerns of debt-trap diplomacy resulting in neocolonialism and economic imperialism.

The initiative was unveiled by general secretary of the Chinese Communist Party (CCP) and paramount leader Xi Jinping in September and October 2013 during visits to Kazakhstan and Indonesia,[9] and was thereafter promoted by Chinese premier Li Keqiang during state visits to Asia and Europe. The initiative was given intensive coverage by Chinese state media, and by 2016 had become often featured in the People's Daily.[18][citation needed]The stated objectives are "to construct a unified large market and make full use of both international and domestic markets, through cultural exchange and integration, to enhance mutual understanding and trust of member nations, resulting in an innovative pattern of capital inflows, talent pools, and technology databases."[19] The Belt and Road Initiative addresses an "infrastructure gap" and thus has the potential to accelerate economic growth across the Asia Pacific, Africa and Central and Eastern Europe. A report from the World Pensions Council (WPC) estimates that Asia, excluding China, requires up to US$900 billion of infrastructure investments per year over the next decade, mostly in debt instruments, 50% above current infrastructure spending rates.[20] The gaping need for long term capital explains why many Asian and Eastern European heads of state "gladly expressed their interest to join this new international financial institution focusing solely on 'real assets' and infrastructure-driven economic growth".[21]The initial focus has been infrastructure investment, education, construction materials, railway and highway, automobile, real estate, power grid, and iron and steel.[22] Already, some estimates list the Belt and Road Initiative as one of the largest infrastructure and investment projects in history, covering more than 68 countries, including 65% of the world's population and 40% of the global gross domestic product as of 2017.[23][24] The project builds on the old trade routes that once connected China to the west, Marco Polo and Ibn Battuta's routes in the north and the maritime expedition routes of Ming dynasty admiral Zheng He in the south. The Belt and Road Initiative now refers to the entire geographical area of the historic "Silk Road" trade route, which has been continuously used in antiquity.[25] Development of the Renminbi as a currency of international transactions, development of the infrastructures of Asian countries, strengthening diplomatic relations whilst reducing dependency on the US and creating new markets for Chinese products, exporting surplus industrial capacity, and integrating commodities-rich countries more closely into the Chinese economy are all objectives of the BRI.[26]

While some countries, especially the United States, view the project critically because of possible Chinese influence, others point to the creation of a new global growth engine by connecting and moving Asia, Europe and Africa closer together.[citation needed]The G7 industrial country Italy has been a partner in the development of the project since March 2019. According to estimates, the entire project today affects more than 60% of the world's population and approximately 35% of the global economy. Trade along the Silk Road could soon account for almost 40% of total world trade, with a large part being by sea. The land route of the Silk Road also appears to remain a niche project in terms of transport volume in the future.[27]In the maritime silk road, which is already the route for more than half of all containers in the world, deepwater ports are being expanded, logistical hubs are being built and new traffic routes are being created in the hinterland. The maritime silk road runs with its connections from the Chinese coast to the south via Hanoi to Jakarta, Singapore and Kuala Lumpur through the Strait of Malacca via the Sri Lankan Colombo towards the southern tip of India via Malé, the capital of the Maldives, to the East African Mombasa, from there to Djibouti, then through the Red Sea via the Suez Canal to the Mediterranean, there via Haifa, Istanbul and Athens to the Upper Adriatic region to the northern Italian hub of Trieste with its international free port and its rail connections to Central Europe and the North Sea.As a result, Poland, the Baltic States, Northern Europe, and Central Europe are also connected to the maritime silk road and logistically linked to East Africa, India and China via the Adriatic ports and Piraeus. All in all, the ship connections for container transports between Asia and Europe will be reorganized. In contrast to the longer East Asian traffic via north-west Europe, the southern sea route through the Suez Canal towards the junction Trieste shortens the goods transport by at least four days.

Project name

The official name for the initiative is the Silk Road Economic Belt and 21st-Century Maritime Silk Road Development Strategy (丝绸之路经济带和21世纪海上丝绸之路发展战略),[37] which was initially abbreviated as the One Belt One Road (Chinese: 一带一路) or the OBOR strategy. The English translation has been changed to the Belt and Road Initiative (BRI) since 2016, when the Chinese government considered the emphasis on the words "one" and "strategy" were prone to misinterpretation so they opted for the more inclusive term "initiative" in its translation.[38][39] However, "One Belt One Road" is still the reference term in Chinese-language media.[40]

International relations

The Belt and Road Initiative is believed by some analysts to be a way to extend Chinese economic and political influence.[24][41] Some geopolitical analysts have couched the Belt and Road Initiative in the context of Halford Mackinder's heartland theory.[42][43][44] Scholars have noted that official PRC media attempts to mask any strategic dimensions of the Belt and Road Initiative as a motivation.[45] China has already invested billions of dollars in several South Asian countries like Pakistan, Nepal, Sri Lanka, Bangladesh and Afghanistan to improve their basic infrastructure, with implications for China's trade regime as well as its military influence. This project can also become a new economic corridor for different regions. For example, in the Caucasus region, China considered cooperations with Armenia from May 2019. Chinese and Armenian sides had multiple meetings, signed contracts, initiated a north–south road program to solve even infrastructure-related aspects.[46]

China has emerged as one of the fastest-growing sources of Foreign Direct Investment (FDI) into India – it was the 17th largest in 2016, up from the 28th rank in 2014 and 35th in 2011, according to India's official ranking of FDI inflows.[citation needed]

Western regions

BRI's goals include internal state-building and stabilisation of ethnic unrest for its vast inland western regions such as Xinjiang and Yunnan, linking these less developed regions, with increased flows of international trade facilitating closer economic integration with China's inland core.[47]

Leadership

A leading group was formed sometime in late 2014, and its leadership line-up publicized on 1 February 2015. This steering committee reports directly into the State Council of China and is composed of several political heavyweights, evidence of the importance of the program to the government. Then Vice-Premier Zhang Gaoli, who was also a member of the 7-man CCP Politburo Standing Committee, was named leader of the group, and Wang Huning, Wang Yang, Yang Jing, and Yang Jiechi named deputy leaders.[48]

On 28 March 2015, China's State Council outlined the principles, framework, key areas of cooperation and cooperation mechanisms with regard to the initiative.[49] The BRI is considered a strategic element within the foreign policy of China, and was incorporated into its constitution in 2017.[4]

With regard to China and the African countries, the Forum on China-Africa Cooperation (FOCAC) is a significant multi-lateral cooperation mechanism for facilitating BRI projects.[50] The China-Arab States Cooperation Forum (CASCF) serves a similar coordinating role with regard to BRI projects in the Arab states.[50]

Financing

The Asian Infrastructure Investment Bank, first proposed in October 2013, is a development bank dedicated to lending for infrastructure projects. As of 2015, China announced that over one trillion yuan (US$160  billion) of infrastructure-related projects were in planning or construction.[51]

The primary goals of AIIB are to address the expanding infrastructure needs across Asia, enhance regional integration, promote economic development and improve public access to social services.[52]

The Articles of Agreement (the legal framework) of AIIB were signed in Beijing on 29 June 2015. The proposed bank has an authorized capital of $100 billion, 75% of which will come from Asia and Oceania. China will be the single largest stakeholder, holding 26.63% of voting rights. The board of governors is AIIB's highest decision-making body.[53] The bank began operation on 16 January 2016, and approved its first four loans in June.[54]

Silk Road Fund

In November 2014, CCP leader Xi Jinping announced a US$40 billion development fund, which would be separate from the banks and not part of the CPEC investment. The Silk Road Fund would invest in businesses rather than lend money to the projects. The Karot Hydropower Project, 50 km (31 mi) from Islamabad, Pakistan, is the first project.[55] The Chinese government has promised to provide Pakistan with at least US$350 million by 2030 to finance this station. The Sanxia Construction Corporation commenced work in January 2016.[citation needed]

Debt sustainability

In 2017, China joined the G20 Operational Guidelines for Sustainable Financing and in 2019 to the G20 Principles for Quality Infrastructure Investment. The Center for Global Development described China's New Debt Sustainability Framework as "virtually identical" to the World Bank's and IMF's own debt sustainability framework.[56][57]

According to Carmen Reinhart, the World Bank's chief economist, 60% of the lending from Chinese banks is to developing countries where sovereign loans are negotiated bilaterally, and in secret.[citation needed] China is the largest bilateral lender in the world.[58] Loans are backed by collateral such as rights to a mine, a port or money.[4]However, the term itself has come under scrutiny as analysts and researchers have pointed out that there is no evidence to prove that China is deliberately aiming to do debt trap diplomacy.[59] Research from Deborah Brautigam, an international political economy professor at Johns Hopkins University, and Meg Rithmire, an associate professor at Harvard Business School, have disputed the allegations of Debt Trap Diplomacy by China and pointed out that "Chinese banks are willing to restructure the terms of existing loans and have never actually seized an asset from any country, much less the port of Hambantota". They argued that it was 'long overdue' for people to know the truth and not to have it be "willfully misunderstood".[60]For China itself, a report from Fitch Ratings doubts Chinese banks' ability to control risks, as they do not have a good record of allocating resources efficiently at home. This may lead to new asset quality problems for Chinese banks where most funding is likely to originate.[61] Additionally, two state-owned banks oversee China's foreign loans and development.It has been suggested by some scholars that critical discussions about an evolving BRI and its financing needs transcend the "debt-trap" meme. This concerns the networked nature of financial centers and the vital role of advanced business services (e.g. law and accounting) that bring agents and sites into view (such as law firms, financial regulators, and offshore centers) that are generally less visible in geopolitical analysis, but vital in the financing of BRI.[62]The COVID-19 pandemic has stopped work on some projects[which?], while some have been scrapped; focus has been brought on projects that were already of questionable economic viability before the pandemic. Many[weasel words] of the loans agreed upon are in or nearing technical default, as many debtor countries reliant on exporting commodities have seen a slump in demand for them. Some debtor countries have started to negotiate to defer payments falling due.[4] In particular, the African continent owes an estimated $145 billion, much of which involves BRI projects, with $8bn falling due in 2020. Many leaders[weasel words] on the continent are demanding debt forgiveness, and The Economist forecasts a wave of defaults on these loans.[4]In April 2020, in light of the pandemic, the Group of 20 decided to freeze debt payments for countries that would struggle to pay them. Interest on Chinese loans continued to accrue during the freeze. In June 2020, Chinese leader Xi Jinping decided to cancel interest-free loans for certain African countries. Since 2000, these types of loans have accounted for 2 to 3 percent of total loans China has issued to African countries. Furthermore, foreign aid is a controversial topic in China due to it having its own areas with significant poverty.[63]

Infrastructure networks

The Belt and Road Initiative is about improving the physical infrastructure through land corridors that roughly equate to the old Silk Road. The Silk Road, or Silk Roads, has proven to be a productive but at the same time elusive concept, increasingly used as an evocative metaphor.[64] With China's ‘Belt and Road Initiative’, it has found fresh invocations and audiences.[65] These are the belts in the name, and there is also a maritime silk road.[66] Infrastructure corridors spanning some 60 countries, primarily in Asia and Europe but also including Oceania and East Africa, will cost an estimated US$4–8 trillion.[67][68] The initiative has been contrasted with the two US-centric trading arrangements, the Trans-Pacific Partnership and the Transatlantic Trade and Investment Partnership.[68] The initiative projects receive financial support from the Silk Road Fund and the Asian Infrastructure Investment Bank while they are technically coordinated by the B&R Summit Forum. The land corridors include:[66]

The New Eurasian Land Bridge, which runs from Western China to Western Russia through Kazakhstan, and includes the Silk Road Railway through China's Xinjiang Autonomous Region, Kazakhstan, Russia, Belarus, Poland and Germany.

Another corridor will run from Northern China through Mongolia to the Russian Far East. The Russian government-established Russian Direct Investment Fund and China's China Investment Corporation, a Chinese government investment agency, partnered in 2012 to create the Russia-China Investment Fund, which concentrates on opportunities in bilateral integration.[69][70]

The China–Central Asia–West Asia Corridor, which will run from Western China to Turkey.

The China-Indochina Peninsula economic corridor, which will run from Southern China to Singapore.

The Trans-Himalayan Multi-dimensional Connectivity Network, which will turn Nepal from a landlocked to a land-linked country.

The China–Pakistan Economic Corridor (CPEC) (Chinese:中国-巴基斯坦经济走廊; Urdu: پاكستان-چین اقتصادی راہداری) which is also classified as "closely related to the Belt and Road Initiative",[71] a US$62 billion collection of infrastructure projects throughout Pakistan[72][73][74] which aims to rapidly modernize Pakistan's transportation networks, energy infrastructure, and economy.[73][74][75][76] On 13 November 2016, CPEC became partly operational when Chinese cargo was transported overland to Gwadar Port for onward maritime shipment to Africa and West Asia.[77]

Silk Road Economic Belt

China's leader Xi Jinping visited Astana, Kazakhstan, and Southeast Asia in September and October 2013, and proposed jointly building a new economic area, the Silk Road Economic Belt (SREB) (Chinese: 丝绸之路经济带).[78] The "belt" includes countries on the original Silk Road through Central Asia, West Asia, the Middle East, and Europe. The initiative would create a cohesive economic area by building both hard infrastructure such as rail and road links and soft infrastructure such as trade agreements and a common commercial legal structure with a court system to police the agreements.[10] It would increase cultural exchanges and expand trade. Besides a zone largely analogous to the historical Silk Road, an expansion includes South Asia and Southeast Asia.

Many of the countries in this belt are also members of the China-led Asian Infrastructure Investment Bank (AIIB).

Three belts are proposed. The North belt would go through Central Asia and Russia to Europe. The Central belt passes through Central Asia and West Asia to the Persian Gulf and the Mediterranean. The South belt runs from China through Southeast Asia and South Asia and on to the Indian Ocean through Pakistan. The strategy will integrate China with Central Asia through Kazakhstan's Nurly Zhol infrastructure program.[79]

21st Century Maritime Silk Road

The "21st Century Maritime Silk Road" (Chinese:21世纪海上丝绸之路), or just the Maritime Silk Road, is the sea route 'corridor.'[10] It is a complementary initiative aimed at investing and fostering collaboration in Southeast Asia, Oceania and Africa through several contiguous bodies of water: the South China Sea, the South Pacific Ocean, and the wider Indian Ocean area.[80][81][82] It was first proposed in October 2013 by Xi Jinping in a speech to the Indonesian Parliament.[83] As with the Silk Road Economic Belt initiative, most member countries have joined the Asian Infrastructure Investment Bank.The maritime Silk Road runs with its links from the Chinese coast to the south via Hanoi to Jakarta, Singapore and Kuala Lumpur through the Strait of Malacca via the Sri Lankan Colombo opposite the southern tip of India via Malé, the capital of the Maldives, to the East African Mombasa, from there to Djibouti, then through the Red Sea over the Suez Canal into the Mediterranean, there via Haifa, Istanbul and Athens to the Upper Adriatic to the northern Italian junction of Trieste with its international free port and its rail connections to Central Europe and the North Sea.According to estimates in 2019, the land route of the Silk Road remains a niche project and the bulk of the Silk Road trade continues to be carried out by sea. The reasons are primarily due to the cost of container transport. The maritime Silk Road is also considered to be particularly attractive for trade because, in contrast to the land-based Silk Road leading through the sparsely populated Central Asia, there are on the one hand far more states on the way to Europe and, on the other hand, their markets, development opportunities, and population numbers are far larger. In particular, there are many land-based links such as the Bangladesh-China-India-Myanmar Corridor (BCIM). Due to the attractiveness of this now subsidized sea route and the related investments, there have been major shifts in the logistics chains of the shipping sector in recent years.[84] Due to its unique geographical location, Myanmar is viewed to be playing a pivotal role for China's BRI projects.[85]From the Chinese point of view, Africa is important as a market, raw material supplier and platform for the expansion of the new Silk Road – the coasts of Africa should be included. In Kenya's port of Mombasa, China has built a rail and road connection to the inland and to the capital Nairobi. To the northeast of Mombasa, a large port with 32 berths including an adjacent industrial area including infrastructure with new traffic corridors to South Sudan and Ethiopia is being built. A modern deep-water port, a satellite city, an airfield and an industrial area are being built in Bagamoyo, Tanzania. Further towards the Mediterranean, the Teda Egypt special economic zone is being built near the Egyptian coastal town of Ain Sochna as a joint Chinese-Egyptian project.

Belt and Road Initiative / Transcontinental  Crossroads Plan in the 21st Century / Xi Jinping 2013 Announce / Protokoll 23.12.2022

So the BRI ( Belt And  Road ) Initiative is an enormous Transcontinental Infrastructure Opportunistic Plan for the Western & Eastern Civilization of Humankind . China is planning the Silk Road talk about ( BRI ) to have better opportunities & possbilities  in Mobility and Connected Infrastructure in World. This 21st Century this project from Beijing will be absolved & finished eventually in the year 2050 AD .The Belt And Road Initiative is nowadays  at this time of era  contracted  & involved with 149 Countries.Nations and States Worldwide have signed up contracts with the Chinese Government for the  Silk Road.Also the Red Sea where Mohammed Bin Salman ( Kingdom's Heir of Kingdom of Saudi Arabia )is at home is affiliated with the (BRI ) as thoroughly Route & Way for Trade Possibilities, especially the Gul f of Aqaba linked to NEOM.I can speculate. Anyway the United States of America and the European Commission namely designated Ursula Von Der Leyen & US Politicians where sceptically & in criticism to the mobility plan of Xi Jinping and China. But Resources such like these, will not hinder or block Xi Jinping's Plan in world human civilization. Also internly innermost from Chinese Country at itself are different Trade Routes & Roads involved. Also Train Possibilities & Opportunities are welcomed in China internly in Country. Ports & Harbours from Chinese Region are especially also internally integrated. Anyway the Belt And Road Initiative is one principle from the Chinese Empire & Country in World.They have even more at busy works locally in Asia, than BRI,more versatile in China.Beijing.World.So also the Malay Archipelago is involved in the BRI. The Silk Road has strong ( Crude Oil & Gas Delivery Crude Pipelines) New  Opportunistic Infrastructure locally planning. Railways & Lanes from Africa are splendid & infrastructural components to have practically connection from Africa ( EU) & Asia. Xi Jinping in my regard & consideration a great politician  & great human being as well as a  great historically figure in China,really to say . He cares & stands under responsibility of one of the most major intelligent super powers of humankind. So the  Silk Road ( BRI ) is all about Technology in Futuristic Development & Futuristic connection of world mobility & establishment. In the asian continent in Kazakhstan in September 2013, Xi Jinping made a Press.Release.Statement in representation & revealing this Belt And Road Initiative in front of audience. So the world civilization will change this century when the BRI is finished & accomplished. Also Railways, Ports,Harbours,Bridges,Road,Dams,Oil & Gas Technology,Airports & Skycrapers will be in the midst of this century transcontinental elaborated & developed in different continents. So God Bless China & Beijing and the asian folk.In this Context Rotterdam,Hamburg.London,Marseille from the european continent are involved the ( BRI ). Africa is affiliated with the Silk Road.Also Italy will have most better Infrastructure Connectivity with the BRI. So Mongolia and Kazakhstan will have definite great scale of opportunities & possibilities  in road traffic  & inland asian railway technology. So the World Intelligent Major Power China planned before 2013 all the indices & possibilities and infrastructure before 2013 and than released the  spectrum BRI. So Africa will be connected greatly.The Central  & East  African Continent will be oportunistic connected with great infrastructure. Xi Jinping is a great Sourcing from World Politics.Xi Jinping is creating a World Mobility Network which is  furthering great Transportation worldwide. So also  South America is in great Charisma for the Silk Road ( BRI ). The complete south american westerm coast stands  in contract to Beijing for the BRI like in the small graphically indices portrayed in the Collage above.Eventually ( Eastern Europe ) of World  is affiliated with hugh & great participation in the ( BRI ). So Xi Jinping and China wants to reform,redevelop, reconstruct and develop a world creational build-up which creates alliance & linkage and create opportunities & possibilities. China wants to create ports & inland roads for better disciplined opportunities in all sectors.Now to say that the BRI has 244.000  Jobs  approximately & Professions worldwide opportunistic created since beginning of project.So the Kingdom of Saudi Arabia ( KSA ) has as  far as their  Vision 2030 which also is situated and regional in the continent Asia, specific kinda named Middle East, Millions of Jobs in the arabian kingdom also NEOM " The Line " 380.000 Jobs and KAEC & Jeddah Thousands Jobs especially also from  (PIF ). So China will reform the constellation & infrastructure of different countries in world.Skyscrapers will be built in different  zones & metropolitan cities  of world.Also Kuala Lumpur, Malaysia,Indonesia,Thailand, Singapore,  Sri Lanka eventually Southeast Asia Affiliation is opportunistic & stands in great possibilities to China and World. Chinese & African Cooperation is defined in a hugh economically Belt just infrastructural.All the World Leaders were as far as the  Pattern & World Map Sketch Planning & Circulating Structure and Contracts Signing were pleased,comfortable & established constructive in agreement with the ( BRI ) and Xi Jinping and Beijing. So China is a World Major Economically Entrusted Power which stands in the Crossroads of the World. It was also since historically times giving Bonds & Credit with great Creditworthiness to Africa the Continent in hugh Mass for further profitalble Yuan Currency,native . So China is enriched,compact,dominant, world civilization's sovereign  and will be as far as calculations & mathematics from the World Bank & ( UN ) United Nations 2040-2060 AD with  enormous distance  the most powerful rich GDP (Gross Domestic Product ) related country from the whole wide  world and will write historically moments next decades.So China & the 21st Century Maritime Silk Road is also very profitable & developed in planning. It's the Sea Route Corridor.It's  fostering collaboration in Southeast Asia, Oceania and Africa. Transcontinental the BRI is powerful & will be revolutionary systematic 2050 absolved. So Beijing will diversify its connectivity in world. So Olaf Scholz & European Counterparts from ( Xi Jinping ) are welcoming the plan from the chinese country.So also railway establishent & roads will be created in hugh massive commodity resource. Globally this Project will be so revolutionary as far as infrastructure,mobility,technology,connectivity,establishment,oil & gas  industrialization, sovereign railways construction,port development and eventually a world power major opportunity for different countries to put on excel. Also Mohammed Bin Salman the prime minister from Saudi Arabia and Minister of Defence and Chairman of the ( PIF ) and Chairman of (NEOM ) could  profit from this ( BRI ) Silk Road . As far as the ( Red Sea ) is meant, ships are having open freight,cargo,shipping and transportation principles in the Kingdom.The ( Red Sea ) is a region & part from the ( BRI ),  where the Maritime Silk Road is meant to be in Trade Opportunities,Chances & Trade Possibilities and Port & Harbour Coastal Empowerment. Also different Countries from Africa and the KSA will profit from the Maritime Silk Road.Especially eventually ( NEOM ) Megacity  could cooperate with this Silk Road Infrastructure & Diversified Initiative from China.It's questioned & inquiry and speculation .So the BRI will be in worthwhile servicing to different princes,prime ministers, kings,presidents & queens , hugh country personalities, economically figures and employees from different societies & countries worldwide. So God Bless the Chinese Civilization & Xi Jinping just Asia and World.

Sincerely Yours,

Andreas Penno

So stay actively on ( A.P.P )

Greetings from Germany / Andreas

Protokollierung / 02.03.2025 AD n.Chr / Belt & Road Initiative / BRI / Silk Road Strides & Progress / Development / Structure / Since 2013 Beginning of GIGA-Project / Short Message / Protokoll 02.03.2025 AD

Xi Jinping and his Country's so great Idea of the Belt & Road Initiative / God bless China & Xi Jinping / God Bless the Chinese Folks.

Also especially the Ship Industry Evolvement or Development of Train-Connectivity & Mobility.As far as Xi Jinping.In my Gesture,he speaks to the World very intelligent,intellectual,world creative,established,chinese-native,in Growth & schooled.

Xi Jinping is a Great Influence in World from the Eastern Civilization of Humankind,The Belt & Road Initiative with all the Infrastructure develops daily Transcontinental.China is wise.China is smart.They created also the Tiangong for the Space Industry.

So also the Eastern Region of ( Africa ) is now 2025 AD n.Chr established with hugh Growth of Train-Railway Connectivity.Europe does grow from the BRI-Principles.China has strong Complexity.China is a World Intelligent Powers of this Era of the 21st Century.So China leads a superior Role in World.1.4 Billion Humankind lives in China,The Government just the Parliament from Beijing is under Great Manifesto for Great Results.So God Bless China & Xi Jinping.So China is an Giant of in Expectations to get awake.So this Country serves also on the South China Sea. The Globally Journalism from China is truly exciting.China proves to goven a State of the Belt & Road Initiative with ( Bravour ).China is also the most Energy-Consuming Country of World.The import hugh References.Growth in the 21st Century is granted.Beijing serves as an Capital for great Business Relations Worldwide / Globally.Xi Jinping has enormously Talent to govern the State of China with Splendor & Accuracy  / Agility / Defence / Military / Space Commission / Ports / Harbours / Arabian -Chinese Cooperation / Eventually USA-Defining Cooperation..Xi Jinping controls China modestly & primary from a State this 21st Century with Growth.So over 4 Continents are affiliated witht the ( BRI ) Silk Road.Europe,Asia,South America & Africa.This Silk Road is Transcontinental Railway-Construction from Superlative.China grows / The USA grows.The World grows.The Banking Infrastructure from China with  the ( Yuan ) is truly hugh creative & promising.The Green Energy will grow permanently & constructive this 21st Century with Solar & Wind in World & China.So the Belt & Road Initiative will serve the World a Great Component for surely great Efficiency in Great Constitution of.So the Belt & Road Initiative is capitalized with Mobility in GAS / Oil Infrastructure & Railways Opportunities in Globally Atmosphere.So China builds with the ( BRI ) a new System Worldwide.Globally System.This Country has 3000 Years History till this Moment came in World.Also Bangladesh or Macau or Birma stands in great Cooperation to China.Also Indonesia stand in great Collaboration to China.Like the whole World.Also South Africa.Like the most clearly Countries of the African Continent.So Beijing fosters great Harmony & Peace Worldwide.China fosters & promulgates hugh Peace ( Traditions ) in World.Xi Jinping had also once an Speech in the ( UN ) in New York on the East Coast of the United States.He talked a lot about Great Ways in World & the Commitment of China in Humankind.So China & The Belt & Road Initiative since Kazakhstan from 2013, World evolved & developes into a System of Glory & Growth Worldwide.So also the USA-China Alliance will hopefully be eloquent & great just talk about established & constructive solved.Hopefully Xi Jinping finds also a Way to have Influence in the Peace Committee / Commission for Ukraine in the Eastern Civilization of World.The USA was recently having since Donald Trump's 2nd Term as President beginning 2025 AD n.Chr Visitations from India / France / U.K / & Ukraine.So Donald Trump was having the Partnership & Cooperation commissioned solved, the Visit from World. So Donald Trump reformed also the Gulf of Mexico / Gulf of America.Different Reformation will now be 2025 in the United States of America.So China is a Great Country.They are specifically strong in Economics & a Model of Globally Opportunities with Globally Strength of Powers in Universe.China acts very in Design of Incorproration of Export / Import creative & powerful.Anyway God Bless this Beautifully Country China in World History.God Bless Xi Jinping & Beijing & God Bless the United States of America & Peace Worldwide.Just the whole Planet Earth.

Andreas Penno