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Jacobus
Henricus
van
't Hoff
The Nobel Prize
in Chemistry
1901
in recognition of the
extraordinary services he has rendered by the
discovery of
the laws of chemical dynamics and osmotic
pressure in solutions
|
Emil
Adolf
von
Behring
The Nobel Prize
in Physiology or Medicine
1901
for his work on serum therapy, especially its
application against
diphtheria, by which he has opened a new road in the domain of medical
science and thereby placed in the hands of the physician a victorious
weapon
against illness and deaths
|
Emil
Fischer
The Nobel Prize
in Chemistry
1902
in recognition of the extraordinary
services he has rendered
by his work on sugar
and purine syntheses
|
| (A&P, Mol Bio 4 and PCS) |
(Cell Bio 2) |
(A&P and Mol Bio 1 & 2) |
| R |
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Ronald
Ross
The Nobel Prize
in Physiology or Medicine
1902
for his work on malaria, by which he has shown how
it enters the
organism and thereby has laid the foundation for successful research on
this disease and methods of combating it
|
Ivan
Petrovich
Pavlov
The Nobel Prize
in Physiology or Medicine
1904
in recognition of his work on the physiology of
digestion, through
which knowledge on vital aspects of the subject has been transformed
and
enlarged
|
Robert
Koch
The Nobel Prize
in Physiology or Medicine
1905
for his investigations and
discoveries in relation
to tuberculosis
|
| (Cell Bio 2 & 3) |
(PCS) |
(Cell Bio 2 & 3) |
| R |
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Camillo
Golgi
The Nobel Prize
in Physiology or Medicine
1906
in recognition of their work
on the structure
of the nervous system
|
Santiago
Ramón
y Cajal
The Nobel Prize
in Physiology or Medicine
1906
in recognition of their work
on the structure
of the nervous system
|
Eduard
Buchner
The Nobel Prize
in Chemistry
1907
for his biochemical researches
and his discovery
of cell-free fermentation
|
| (A&P, Mol Bio 1 & 2 and PCS) |
(A&P, Mol Bio 1 & 2 and
PCS) |
(A&P and Mol Bio 3) |
| R |
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Charles
Louis
Alphonse Laveran
The Nobel Prize
in Physiology or Medicine
1907
in recognition of
his work on the role
played by protozoa
in causing diseases
|
Ilya
Ilyich
Mechnikov
The Nobel Prize
in Physiology or Medicine
1908
in recognition of their
work on immunity
|
Paul
Ehrlich
The Nobel Prize
in Physiology or Medicine
1908
in recognition of their
work on immunity
|
| (Cell Bio 3) |
(Cell Bio 3) |
(Cell Bio 3) |
| R |
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Albrecht
Kossel
The Nobel Prize
in Physiology or Medicine
1910
in recognition of the
contributions to our knowledge of cell
chemistry made through his work on proteins, including
the nucleic substances
|
Charles
Robert
Richet
The Nobel Prize
in Physiology or Medicine
1913
in recognition of
his work on anaphylaxis
|
Richard
Martin
Willstätter
The Nobel Prize
in Chemistry
1915
for his researches on
plant pigments,
especially chlorophyll
|
(A&P, Cell Bio 1 and
Mol Bio 1, 2 & 5) |
(Cell Bio 3) |
(Mol Bio 4) |
| R |
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William
Bragg
The Nobel Prize
in Physics
1915
for their services in the
analysis of crystal
structure
by means of X-rays
|
Lawrence
Bragg
The Nobel Prize
in Physics
1915
for their services in the
analysis of crystal
structure
by means of X-rays
|
|
(Cell Bio 1) |
(Cell Bio 1) |
|
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Jules
Bordet
The Nobel Prize
in Physiology or Medicine
1919
for his discoveries
relating to immunity
|
Schack
Krogh
The Nobel Prize
in Physiology or Medicine
1920
for his discovery
of the capillary motor
regulating mechanism
|
Sir
Archibald Vivian
Hill
The Nobel Prize
in Physiology or Medicine
1922
for his discovery relating
to the production of heat in the muscle
|
|
(Immunology (CB3))
|
(A&P)
|
(A&P, Mol Bio 3 & PCS)
|
| R |
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Otto
Fritz
Meyerhof
The Nobel Prize in Physiology or Medicine
1922
for his discovery of the fixed
relationship between the
consumption of oxygen and
the metabolism of lactic acid
in the muscle
|
Willem
Einthoven
The Nobel Prize in Physiology or Medicine
1924
for his discovery
of the mechanism of the electrocardiogram
|
Sir
Frederick Grant
Banting
The Nobel Prize in Physiology or Medicine
1927
for the discovery
of insulinR
|
| (A&P and Mol Bio 3) |
(A&P and PCS) |
(A&P, Mol Bio 1, 2 & 5
and PCS) |
| |
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to the Top
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Heinrich
Wieland
The Nobel Prize
in Chemistry
1927
for his investigations of the constitution of the bile acids and related substance |
Adolf
Windaus
The Nobel Prize
in Chemistry
1928
for the services rendered through his research into the constitution of the sterols and their connection with the vitamins
|
Arthur
Harden
The Nobel Prize
in Chemistry
1929
for their investigations
on the fermentation of sugar and fermentative enzymes
|
| (A&P and Mol Bio 2) |
(A&P and Mol Bio 2) |
(A&P and Mol Bio 3) |
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Hans
von Euler-Chelpin
The Nobel Prize
in Chemistry
1929
for their investigations
on the fermentation of sugar and fermentative enzymes
|
Hans
Fischer
The Nobel Prize
in Chemistry
1930
for his researches into the constitution of haemin and chlorophyll and especially for his synthesis of haemin
|
Otto
Heinrich
Warburg
The Nobel Prize
in Physiology or Medicine
1931
for his discovery of the
nature and mode of action
of the
respiratory enzyme
|
| (A&P and Mol Bio 3) |
(A&P and Mol Bio 2 & 4) |
(Mol Bio 3) |
|
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|
Peter
Debye
The Nobel Prize
in Chemistry
1936
for his contributions
to our knowledge of
molecular structure
through his
investigations on
dipole moments and on the
diffraction of X-rays and
electrons in gases
|
Albert
von
Szent-Györgyi
The Nobel Prize
in Physiology or Medicine
1937
for his discoveries in connection
with the biological
combustion processes,
with special
reference
to vitamin C and
the catalysis
of fumaric acid
|
Walter Norman
Haworth
The Nobel Prize
in Chemistry
1937
for his investigations
on carbohydrates
and vitamin C
|
| (A&P and Mol Bio 1 & 2) |
(A&P and Mol Bio 1) |
(A&P and Mol Bio 1) |
|
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|
Paul
Karrer
The Nobel Prize
in Chemistry
1937
for his investigations
on carotenoids, flavins
and
vitamins A and B2 |
Richard
Kuhn
The Nobel Prize
in Chemistry
1938
for his work on
carotenoids
and vitamins |
Adolf
Butenandt
The Nobel Prize
in Chemistry
1939
for his work
on sex hormones
|
| (A&P and Mol Bio 3 & 4) |
(A&P and Mol Bio 3 & 4) |
(A&P and Mol Bio 2) |
|
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Leopold
Ruzicka
The Nobel Prize
in Chemistry
1939
for his work on
polymethylenes and
higher terpenes
|
|
Carl
Ferdinand
Cori
The Nobel Prize
in Physiology or Medicine
1947
for their discovery of
the course of the
catalytic conversion of glycogen
R
(see also G. T. Cori)
|
| (A&P and Mol Bio 2 & 4) |
|
(A&P and Mol Bio 3) |
| R |
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Gerty
Theresa
Cori
The Nobel Prize
in Physiology or Medicine
1947
for their discovery of the
course of the
catalytic conversion of glycogen
R
(see also C. F. Cori)
|
Selman
Abraham
Waksman
The Nobel Prize
in Physiology or Medicine
1952
for his discovery of streptomycin,
the first antibiotic effective
against tuberculosis
|
Sir
Hans Adolf
Krebs
The Nobel Prize
in Physiology or Medicine
1953
for his discovery of
the citric acid cycle
|
| (A&P and Mol Bio 3) |
(Cell Bio 2) |
(A&P and Mol Bio 3) |
| R |
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Fritz
Albert
Lipmann
The Nobel Prize
in Physiology or Medicine
1953
for his discovery of
co-enzyme A and its
importance for
intermediary metabolism
|
Linus
Carl
Pauling
The Nobel Prize
in Chemistry
1954
for his research into the
nature of the chemical
bond and its
application to the
elucidation of the structure
of complex substances
|
Axel
Hugo Theodor
Theorell
The Nobel Prize
in Physiology or Medicine
1955
for his discoveries
concerning the nature
and mode of action of oxidation enzymes
|
| (A&P and Mol Bio 3) |
(Cell Bio 1 and Mol Bio 1) |
(Mol Bio 3 & 4) |
|
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Sir
Alexander Robertus
Todd
The Nobel Prize
in Chemistry
1957
for his work on nucleotides
and nucleotide
co-enzymes
|
Daniel
Bovet
The Nobel Prize
in Physiology or Medicine
1957
for his discoveries relating to
synthetic compounds that
inhibit the action of certain body substances, and
especially their action on the
vascular system and
the skeletal muscles
|
Frederick
Sanger
The Nobel Prize
in Chemistry
1958
for his work on the
structure of proteins, especially
that of insulin
|
(A&P, Cell Bio 1 and
Mol Bio 2 and 3) |
(A&P, Mol Bio 5 and PCS) |
(A&P, and Mol Bio 1, 2, & 5) |
| R |
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George
Wells
Beadle
The Nobel Prize
in Physiology or Medicine
1958
for their (also Tatum)
discovery that genes
act by regulating
definite chemical events
|
Edward
Lawrie
Tatum
The Nobel Prize
in Physiology or Medicine
1958
for their (also Beadle)
discovery that genes
act by regulating
definite chemical events
|
Joshua
Lederberg
The Nobel Prize
in Physiology or Medicine
1958
for his discoveries concerning
genetic recombination and
the organization of the genetic
material of bacteria
|
(A&P, Cell Bio and
Mol Bio 1, 2, & 5) |
(A&P, Cell Bio and
Mol Bio 1, 2, & 5) |
(Cell Bio 2) |
| R |
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Melvin
Calvin
The Nobel Prize
in Chemistry
1961
for his research on the carbon dioxide assimilation
in plants
|
Severo
Ochoa
The Nobel Prize
in Physiology or Medicine
1959
for their discovery of the
mechanisms in the biological
synthesis of ribonucleic acid
and deoxyribonucleic acid
|
Arthur
Kornberg
The Nobel Prize
in Physiology or Medicine
1959
for their discovery of the
mechanisms in the biological
synthesis of ribonucleic acid
and deoxyribonucleic acid
|
| (Mol Bio 4) |
(A&P, Cell Bio and
Mol Bio 1, 2 & 5) |
(A&P, Cell Bio and
Mol Bio 1, 2 & 5) |
|
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to the Top
|
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|
Francis
Harry Compton
Crick
The Nobel Prize
in Physiology or Medicine
1962
for their discoveries
concerning
the
molecular structure
of nucleic acids and its significance for
information
transfer in
living material
|
James
Dewey
Watson
The Nobel Prize
in Physiology or Medicine
1962
for their discoveries concerning
the molecular structure
of nucleic acids and its significance for
information transfer in
living material
|
Maurice
Hugh Frederick
Wilkins
The Nobel Prize
in Physiology or Medicine
1962
for their discoveries
concerning
the
molecular structure
of nucleic acids and its significance
for
information transfer in
living material
|
(A&P, Cell Bio 1 and
Mol Bio 1, 2 & 5) |
(A&P, Cell Bio 1 and
Mol Bio 1, 2 & 5) |
(A&P, Cell Bio 1 and
Mol Bio 1, 2 & 5) |
| R |
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Sir
John Carew
Eccles
The Nobel Prize
in Physiology or Medicine
1963
for their discoveries
concerning the ionic mechanisms involved
in excitation and
inhibition
in the peripheral and
central portions of the
nerve
cell membrane
|
Alan
Lloyd
Hodgkin
The Nobel Prize
in Physiology or Medicine
1963
for their discoveries
concerning the ionic
mechanisms involved
in excitation and inhibition
in the peripheral and
central portions of the
nerve cell membrane
|
Andrew
Fielding
Huxley
The Nobel Prize
in Physiology or Medicine
1963
for their discoveries
concerning the ionic
mechanisms involved
in excitation and inhibition
in the
peripheral and
central portions of the
nerve cell membrane
|
|
(A&P, Mol Bio 5 and PCS)
|
(A&P, Mol Bio 5 and PCS)
|
(A&P, Mol Bio 5 and PCS)
|
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|
Konrad
Bloch
The Nobel Prize
in Physiology or Medicine
1964
for their discoveries
concerning
the
mechanism and regulation
of the cholesterol and
fatty acid metabolism
|
Feodor
Lynen
The Nobel Prize
in Physiology or Medicine
1964
for their discoveries concerning
the mechanism and regulation
of the cholesterol and
fatty acid metabolism
R
|
Peyton
Rous
The Nobel Prize
in Physiology or Medicine
1966
for his discovery of
tumour-inducing viruses
|
| (A&P and Mol Bio 2, 3 & 4) |
(A&P and Mol Bio 2, 3 & 4) |
(Virology (CB2)) |
|
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Robert
W.
Holley
The Nobel Prize
in Physiology or Medicine
1968
for their interpretation of the
genetic code and its function in
protein synthesis
|
Har
Gobind
Khorana
The Nobel Prize
in Physiology or Medicine
1968
for their interpretation of the
genetic code and its function in
protein synthesis
|
Marshall
W.
Nirenberg
The Nobel Prize
in Physiology or Medicine
1968
for their interpretation of the
genetic code and its function in
protein synthesis
|
(A&P, Cell Bio 1 and
Mol Bio 1, 2 & 5) |
(A&P, Cell Bio 1 and
Mol Bio 1, 2 & 5) |
(A&P, Cell Bio 1 and
Mol Bio 1, 2 & 5) |
| R |
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Max
Delbrück
The Nobel Prize
in Physiology or Medicine
1969
for their discoveries
concerning
the
replication mechanism and
the genetic structure of viruses
|
Alfred
D.
Hershey
The Nobel Prize
in Physiology or Medicine
1969
for their discoveries concerning
the replication mechanism and
the genetic structure of viruses
R
|
Salvador
E.
Luria
The Nobel Prize
in Physiology or Medicine
1969
for their discoveries
concerning
the
replication mechanism and
the genetic structure of viruses
|
| (Virology (CB2) |
(Virology (CB2) |
(Virology (CB2) |
| R |
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Sir
Bernard
Katz
The Nobel Prize
in Physiology or Medicine
1970
for their discoveries
concerning
the
humoral transmittors in the
nerve terminals and the mechanism for their
storage, release and inactivation
|
Ulf
von
Euler
The Nobel Prize
in Physiology or Medicine
1970
for their discoveries concerning
the humoral transmittors in the
nerve terminals and the mechanism for their storage,
release and inactivation
|
Julius
Axelrod
The Nobel Prize
in Physiology or Medicine
1970
for their discoveries
concerning
the
humoral transmittors in the
nerve terminals and the mechanism for their
storage, release and inactivation
R
|
| (A&P, Mol Bio 5 and PCS) |
(A&P, Mol Bio 5 and PCS) |
(A&P, Mol Bio 5 and PCS) |
|
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to the Top
|
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Earl
W.
Sutherland,
Jr.
The Nobel Prize
in Physiology or Medicine
1971
for his discoveries
concerning
the mechanisms of the action
of hormones
|
Rodney
R.
Porter
The Nobel Prize
in Physiology or MedicinE
1972
for their discoveries concerning
the chemical structure
of antibodies
|
Gerald
M.
Edelman
The Nobel Prize
in Physiology or Medicine
1972
for their discoveries
concerning
the
chemical structure
of antibodies
|
(A&P, Mol Bio 1, 2 & 5
and
PCS) |
(Immunology (CB3) and
Mol Bio 2 & 5) |
(Immunology (CB3) and
Mol Bio 2 & 5) |
| R |
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Albert
Claude
The Nobel Prize
in Physiology or Medicine
1974
for their discoveries
concerning
the
structural and functional
organization of the cell
|
Christian
de
Duve
The Nobel Prize
in Physiology or Medicine
1974
for their discoveries concerning
the structural and functional
organization of the cell
|
George
E.
Palade
The Nobel Prize
in Physiology or Medicine
1974
for their discoveries
concerning
the
structural and functional
organization of the cell
|
| (A&P, Cell Bio, Mol Bio and
PCS) |
(A&P, Cell Bio, Mol Bio and
PCS) |
(A&P, Cell Bio, Mol Bio and
PCS) |
| R |
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to the Top
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|
Under Construction
|
Under Construction
|
Peter
Mitchell
The Nobel Prize
in Chemistry
1978
for his contribution to the
understanding of biological energy transfer through
the formulation
of the chemiosmotic theory
(press
release)
|
|
|
(A&P and Mol Bio
3 & 4) |
|
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|
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|
|
J.
Michael
Bishop
The Nobel Prize
in Physiology or Medicine
1989
for their discovery of
the cellular origin of
retroviral oncogenes
(press
release) |
|
|
(Cell Bio 1
and Virology (CB2))
|
| R |
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Harold
E.
Varmus
The Nobel Prize
in Physiology or Medicine
1989
for their discovery of
the cellular origin of
retroviral oncogenes
(press
release)
|
Erwin
Neher
The Nobel Prize
in Physiology or Medicine
1991
for their discoveries
concerning the function
of single ion channels in cells
(press
release) |
Bert
Sakmann
The Nobel Prize
in Physiology or Medicine
1991
for their discoveries
concerning the function
of single ion channels in cells
(press
release) |
(Cell Bio 1
and Virology (CB2)) |
(A&P, Mol Bio 5,
and PCS) |
(A&P, Mol Bio 5,
and PCS) |
| R |
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Rudolph
A.
Marcus
The Nobel Prize
in Chemistry
1992
for his contributions
to the theory of
electron transfer
reactions in
chemical systems
(press
release) |
Edmond
H.
Fischer
The Nobel Prize
in Physiology or Medicine
1992
for their discoveries
concerning reversible protein phosphorylation as
a
biological regulatory
mechanism
(press
release)
|
Edwin
G.
Krebs
The Nobel Prize
in Physiology or Medicine
1992
for their discoveries
concerning reversible protein phosphorylation as
a
biological regulatory
mechanism
(press
release)
|
| (Mol Bio 3 & 4) |
(A&P, Mol Bio 5 and PCS) |
(A&P, Mol Bio 5 and PCS) |
| R |
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Kary
B.
Mullis
The Nobel Prize
in Chemistry
1993
for contributions to the developments of
methods
within DNA-based
chemistry:
for his invention of the
polymerase chain
reaction (PCR)
method
(press
release)
|
Michael
Smith
The Nobel Prize
in Chemistry
1993
for contributions to the developments of methods within
DNA-based
chemistry: for his fundamental
contributions to the
establishment of oligonucleiotide-based, site-directed
mutagenesis and its development
for protein studies
(press
release)
|
Richard
J.
Roberts
The Nobel Prize
in Physiology or Medicine
1993
for their discovery of
"split genes"
(press
release)
|
|
(Cell Bio 1)
|
(Cell Bio 1 and Mol Bio 5)
|
(Cell Bio 1 and Mol Bio 5)
|
| R |
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|
Phillip
A.
Sharp
The Nobel Prize
in Physiology or Medicine
1993
for their discovery of
"split genes"
(press
release)
|
Edward
B.
Lewis
The Nobel Prize
in Physiology or Medicine
1994
for their discovery of
G-proteins and the role
of these proteins in signal
transduction in cells
(press
release)
|
Martin
Rodbell
The Nobel Prize
in Physiology or Medicine
1994
for their discovery of
G-proteins and the role
of these proteins in signal
transduction in cells
(press
release)
|
| (Cell Bio 1 and Mol Bio 5) |
(A&P, Mol Bio 5 and PCS) |
(A&P, Mol Bio 5 and PCS) |
| R |
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Edward
B.
Lewis
The Nobel Prize
in Physiology or Medicine
1995
for their discoveries concerning the genetic
control of early embryonic
development
(press
release)
|
Christiane
Nüsslein-Volhard
The Nobel Prize
in Physiology or Medicine
1995
for their discoveries concerning the genetic
control of early embryonic
development
(press
release)
|
Eric
F.
Wieschaus
The Nobel Prize
in Physiology or Medicine
1995
for their discoveries concerning the genetic
control of early embryonic
development
(press
release)
|
| (Cell Bio 1) |
(Cell Bio 1) |
(Cell Bio 1) |
| R |
|
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|
Pete
C.
Doherty
The Nobel Prize
in Physiology or Medicine
1996
for their discoveries
concerning the specificity
of the cell mediated
immune defence
(press
release)
|
Rolf
M.
Zinkernagel
The Nobel Prize
in Physiology or Medicine
1996
for their discoveries
concerning the specificity
of the cell mediated
immune defence
(press
release) |
Stanley
B.
Prusiner
The Nobel Prize
in Physiology or Medicine
1997
for his discovery of Prions
- a new biological principle of infection
(press
release)
|
| (Immunology (CB3)) |
(Immunology (CB3)) |
(Virology (CB2) and
Immunology (CB3)) |
|
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to the Top
|
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|
Paul
D.
Boyer
The Nobel Prize
in Chemistry
1997
for their elucidation of the
enzymatic mechanism underlying
the synthesis of adenosine
triphosphate (ATP)
(press
release)
|
John
E.
Walker
The Nobel Prize
in Chemistry
1997
for their elucidation of the enzymatic mechanism
underlying the synthesis
of adenosine triphosphate (ATP)
(press
release)
|
Jens
C.
Skou
The Nobel Prize
in Chemistry
1997
for the first discovery of an
ion-transporting enzyme,
Na+,K+-ATPase
(press
release)
|
| (A&P and Mol Bio 3-5) |
(A&P and Mol Bio 3-5) |
(A&P and Mol Bio 3-5) |
| R |
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Robert
F.
Furchgott
The Nobel Prize
in Physiology or Medicine
1998
for their discoveries
concerning
nitric oxide as a
signalling
molecule in the
cardiovascular system
(press
release)
|
Louis
J.
Ignarro
The Nobel Prize
in Physiology or Medicine
1998
for their discoveries
concerning
nitric oxide as a
signalling
molecule in the
cardiovascular system
(press
release)
|
Ferid
Murad
The Nobel Prize
in Physiology or Medicine
1998
for their discoveries
concerning
nitric oxide as a
signalling
molecule in the
cardiovascular system
(press
release)
|
| (A&P and PCS) |
(A&P and PCS) |
(A&P and PCS) |
| R |
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|
Günter
Blobel
The Nobel Prize
in Physiology or Medicine
1999
for the discovery that
proteins have intrinsic
signals that govern their
transport and localization
in the cell
(press
release)
|
Arvid
Carlsson
The Nobel Prize
in Physiology or Medicine
2000
for their discoveries
concerning signal
transduction
in the
nervous system
(press
release)
|
Paul
Greengard
The Nobel Prize
in Physiology or Medicine
2000
for their discoveries
concerning signal
transduction
in the
nervous system
(press
release)
|
| (Cell Bio and Mol Bio 2 & 5) |
(A&P, Mol Bio 2 & 5
and PCS) |
(A&P, Mol Bio 2 & 5
and PCS) |
| R |
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Eric
R
Kandel
The Nobel Prize
in Physiology or Medicine
2000
for their discoveries
concerning signal
transduction in
the
nervous system
(press
release)
|
Leland
H.
Hartwell
The Nobel Prize
in Physiology or Medicine
2001
for their discoveries of
key regulators
of the cell cycle
(press
release)
|
R.
Timothy (Tim)
Hunt
The Nobel Prize
in Physiology or Medicine
2001
for their discoveries of
key regulators
of the cell cycle
(press
release)
R
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(A&P, Mol Bio 2 & 5
and PCS) |
(Cell Bio 1) |
(Cell Bio 1) |
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Sir
Paul M.
Nurse
The Nobel Prize
in Physiology or Medicine
2001
for their discoveries of
key regulators
of the cell cycle
(press
release)
|
William
S.
Knowles
The Nobel Prize
in Chemistry
2001
for their work on
chirally catalysed
hydrogenation reactions
(press
release)
|
Ryoji
Noyori
The Nobel Prize
in Chemistry
2001
for their work on
chirally catalysed
hydrogenation reactions
(press
release)
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| (Cell Bio 1) |
(Mol Bio 1 & 2) |
(Mol Bio 1 & 2) |
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K.
Barry
Sharpless
The Nobel Prize
in Chemistry
2001
for his work on
chirally catalysed
oxidation reactions
(press
release)
|
Sydney
Brenner
The Nobel Prize
in Physiology or Medicine
2002
for their discoveries
concerning genetic
regulation of organ development and programmed cell death
(press
release)
|
H.
Robert
Horvitz
The Nobel Prize
in Physiology or Medicine
2002
for their discoveries
concerning genetic
regulation of organ development and programmed cell death
(press
release)
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| (Mol Bio 1 & 2) |
(Immunology (CB3)) |
(Immunology (CB3)) |
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John
E.
Sulston
The Nobel Prize
in Physiology or Medicine
2002
for their discoveries
concerning genetic
regulation of organ development and programmed cell death
(press
release)
|
Peter
Agre
The Nobel Prize
in Chemistry
2003
for their discoveries
concerning channels in cell
membranes' and for the discovery of water channels
(press
release)
|
Roderick
MacKinnon
The Nobel Prize
in Chemistry
2003
for their discoveries
concerning channels in cell
membranes' and
for structural and
mechanistic studies of ion channels
(press
release)
|
| (Immunology (CB3)) |
(A&P and Mol
Bio 2 & 5) |
(A&P,
Mol Bio 2 & 5,
and PCS) |
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Aaron
Ciechanover
The Nobel Prize
in Chemistry
2004
for their
discovery of ubiquitin-mediated protein degradation
(press
release)
|
Avram
Hersko
The Nobel Prize
in Chemistry
2004
for their
discovery of ubiquitin-mediated protein degradation
(press
release)
|
Irwin
Rose
The Nobel Prize
in Chemistry
2004
for
their discovery of ubiquitin-mediated protein degradation
(press
release)
|
(A&P,
Mol Bio 5,
and PCS) |
(A&P,
Mol Bio 5,
and PCS) |
(A&P,
Mol Bio 5,
and PCS) |
Return
to the Top
|
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Richard
Axel
The Nobel Prize
in Medicine
2004
for their discoveries
of odorant receptors
and the organization
of the olfactory system
(press release)
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Linda
B.
Buck
The Nobel Prize
in Medicine
2004
for their discoveries
of odorant receptors
and the organization
of the olfactory system
(press release)
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Barry
J.
Marshall
The Nobel Prize
in Medicine
2005
for
their discovery of the bacterium Helicobacter pylori and its
role in gastritis and peptic ulcer disease
(press release)
|
| (A&P and
PCS) |
(A&P and
PCS) |
(A&P, Immunology (CB3)
and PCS) |
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J.
Robin
Warren
The Nobel Prize
in Medicine
2005
for
their discovery of the bacterium Helicobacter pylori and its
role in gastritis and peptic ulcer disease
(press release)
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Andrew Z.
Fire
The Nobel Prize
in Medicine
2006
for their discovery of
RNA interference - gene
silencing by
double-stranded RNA
(press release)
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Craig C.
Mello
The Nobel Prize
in Medicine
2006
for their discovery of
RNA interference - gene
silencing by
double-stranded RNA
(press release)
|
| (A&P, Immunology) |
(A&P, Immunology)
|
(A&P, Immunology)
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Roger D.
Kornberg
The Nobel Prize
in Chemistry
2006
for his studies of the
molecular basis of
eukaryotic transcription
(press release)
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Mario R.
Capecchi
The Nobel Prize
in Medicine
2007
for their discoveries of principles for introducing specific gene modifications in mice by the use of embryonic stem cells
(press release)
|
Sir Martin J.
Evans
The Nobel Prize
in Medicine
2007
for their discoveries of principles for introducing specific gene modifications in mice by the use of embryonic stem cells
(press release)
|
| (A&P and Mol
Bio 2 & 5) |
(A&P, Immunology)
|
(A&P, Immunology)
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Oliver
Smithies
The Nobel Prize
in Medicine
2007
for their discoveries of principles for introducing specific gene modifications in mice by the use of embryonic stem cells
(press release) |
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| (A&P, Immunology) |
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What
does chirality mean?
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The
Nobel Prize in Chemistry 2001 concerns work with chiral molecules.
These chiral molecules can be used to control or speed up different
chemical reactions. In this game you can learn the basic principles of
chirality. |
Biochemistry
is the study of life processes at a molecular level. This Virtual
Biochemistry Laboratory consists of several rooms, each focusing on one
particular method used in biochemistry: "Nuclear Magnetic Resonance",
"Electrophoresis", "Chromatography", "Protein Sequencing", "X-ray
Diffraction" and "Protein Folding". The different methods help
scientists find out more about molecules, for example proteins.
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Educational
Games in Medicine |
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