Microscopy goes cold: secrets of frozen viruses
Viruses are a major cause of death and disease. Too small to be seen by light microscopy, they were first visualised about 50 years ago by electron microscopy. Dr. Crowther describes his work on the development of the methods and illustrates how he h....
More details | Watch nowUsing magnetics to repair nerve damage
A novel method of guiding nerve growth after accidents and traumas. Microscopic magnetic beads can be used to give direction to nerve re-growth.
More details | Watch nowMax Perutz Interview – 2
The concluding part of an interview with the 1962 Nobel Laureate in Chemistry.
More details | Watch nowSelf-Assembly: Nature’s way to do it
Biology operates at two levels: the large scale which we can see and the underlying microscopic one. The amazing way in which intermolecular forces cause protein arrays to self-assemble, enabling Nature to fabricate the large scale components of livi....
More details | Watch nowStructural and Mechanistic Studies of Ion Channels
In this interview MacKinnon, Nobel Prizewinner in Chemistry, 2003, discusses Max Perutz and then his own research. He says his course into science was quite sequacious and he really didn't start science until he was about 30 as he had a strong intere....
More details | Watch nowThe interpretation of the genetic code and its function in protein synthesis
This interview starts with Nirenberg (Nobel Prize in Medicine, 1968) giving his recollections of his school years. He remembers going down into some limestone caves in Florida at the age of 13-14. It was full of fossilized large animal bones. In fact....
More details | Watch nowFred Sanger – Father of Molecular Biology
Fred Sanger is often considered the father of modern molecular biology, and is one of the few people to have been awarded two Nobel prizes. Working in Cambridge he developed a new chromatographic method for determining amino-acid end-groups. His n....
More details | Watch nowGünter Blobel
Günter Blobel was awarded the Nobel Prize in Medicine/ Physiology 1999 'for the discovery that proteins have intrinsic signals that govern their transport and localization in the cell'. In this interview Blobel talks about the work that he did for t....
More details | Watch nowEdmond Fischer
Winner of the Nobel Prize 1992 in Medicine / Physiology together with Edwin G. Krebs 'for their discoveries concerning reversible protein phosphorylation as a biological regulatory mechanism'
More details | Watch nowErwin Neher
Winner of the Nobel Prize in Medicine / Physiology 1991 together with Bert Sakmann 'for their discoveries concerning the function of single ion channels in cells'.
More details | Watch nowBert Sakmann
Winner of the Nobel Prize 1991 in Physiology / Medicine 1991 together with Erwin Neher 'for their discoveries concerning the function of single ion channels in cells'
More details | Watch nowThe Origin of Life
In modern organisms, there is a division of labour between two kinds of molecule: DNA, which stores and transmits genetic information, and proteins, which do all the work. They are connected by the 'genetic code', whereby DNA specifies what kinds of ....
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