In 1949, Linus Pauling and his collaborators published a study in the journal Science entitled ‘‘Sickle Cell Anemia, a Molecular Disease.’ ’ In this now classic study, they showed that hemoglobin from patients suffering from sickle cell anemia has a different electrical charge than hemoglobin from healthy individuals. This result demonstrated for the first time that an abnormal protein could be causally linked to a disease, and that genes determined the structure of proteins. This report made headline news and had a powerful impact on both the biomedical community and the general public. Fifty years later, this study is discussed in almost every medical and biological textbook and has became a favorite example in editorials to illustrate th...
Molecular pathogenesis of thalassemia Since the first description in 1925, thalassemia has been stud...
Sickle cell disease: looking back but towards the future Sickle cell disease (SCD) is a multisystem ...
It was known for many years that living things inherit traits from their parents. These observations...
Graduation date: 2004Linus Pauling incorporated hemoglobin and a disease of the blood, sickle cell\u...
Linus Pauling – a prominent American chemist, biochemist, chemical engineer, peace activist, author,...
When Linus returned from Europe in 1927 there was still no Biology Division at Caltech. Apart from ...
The early history of leukemia reaches back 200 years. In 1811, Peter Cullen defined a case of spleni...
linus pauling, one of the most important scintists in history, remains the only person to ever captu...
This poster describes the contributions scientist Linus Pauling made to the fields of chemistry and ...
In this issue of a Blood, in a first-rate example of collaboration between academia (University of C...
Winner of a Nobel Prize in Chemistry for his work in the theory of valency; major contributor to the...
Between 1890 and 1950, several blood diseases appeared in American medicine: they were the anemias. ...
60 years ago three Rockefeller University scientists solved a revolutionary scientific mystery. What...
Who would have thought that one point mutation could give rise to such a crippling molecular disease...
SummaryScience tends to advance by small redundant steps. But sometimes it suddenly enjoys a giant l...
Molecular pathogenesis of thalassemia Since the first description in 1925, thalassemia has been stud...
Sickle cell disease: looking back but towards the future Sickle cell disease (SCD) is a multisystem ...
It was known for many years that living things inherit traits from their parents. These observations...
Graduation date: 2004Linus Pauling incorporated hemoglobin and a disease of the blood, sickle cell\u...
Linus Pauling – a prominent American chemist, biochemist, chemical engineer, peace activist, author,...
When Linus returned from Europe in 1927 there was still no Biology Division at Caltech. Apart from ...
The early history of leukemia reaches back 200 years. In 1811, Peter Cullen defined a case of spleni...
linus pauling, one of the most important scintists in history, remains the only person to ever captu...
This poster describes the contributions scientist Linus Pauling made to the fields of chemistry and ...
In this issue of a Blood, in a first-rate example of collaboration between academia (University of C...
Winner of a Nobel Prize in Chemistry for his work in the theory of valency; major contributor to the...
Between 1890 and 1950, several blood diseases appeared in American medicine: they were the anemias. ...
60 years ago three Rockefeller University scientists solved a revolutionary scientific mystery. What...
Who would have thought that one point mutation could give rise to such a crippling molecular disease...
SummaryScience tends to advance by small redundant steps. But sometimes it suddenly enjoys a giant l...
Molecular pathogenesis of thalassemia Since the first description in 1925, thalassemia has been stud...
Sickle cell disease: looking back but towards the future Sickle cell disease (SCD) is a multisystem ...
It was known for many years that living things inherit traits from their parents. These observations...