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"VITAMIN C IN MEDICINE"
ADDENBROOKE'S HOSPITAL CAMBRIDGE
ALBERT SZENT-GYORGYI
He discovered the catalysis of
dicarbon acid C4, a basis for
Krebs circulation process.
His research concerning the
peroxide-system led to the discovery
of the reducing agent necessary for
oxydation - the ascorbic acid.
He established the compounds of
hexuronic acid, identified it with the
ascorbic acid - and this is
vitamin C.
The discovery brought him the
Nobel prize in 1937.
After doing some submolecular
research his interest turned towards
malignant tumours.
He attempted to solve the problem
of cellular regulation for two decades.
The Medical University of Szeged, after
offering him the title of Doctor
Honoris Causa , adopted his name
in 1987.
ADDENBROOKE'S
During the 18th and 19th centuries it
grew very rapidly. By 1950 the hospital
was having difficulty accommodating
the expansion generated by the introduction
of the NHS. In 1960s it began a staged move
to its present 66 acre campus in Hills Road.
The first stage was opened by the Queen
in 1962, and it has continued to grow ever since.
CAMBRIDGE BIOMEDICAL CAMPUS
The Addenbrooke's site is home to a
1,100 bed hopsital as well as a number
of internationally- known University
laboratories and reaserch institutes.
The laboratory and clinical research institutes
include the world- famous MRC Laboratory
for Molecular Biology, the Hutchinson/MRC
Research Centre, the Strangeways Research
Laboratories for Genetic Epidemiology
and the Cambridge Institute for Medical
Research.
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