By G. Semenza, A.J. Turner
This publication is the newest quantity in a hugely winning sequence inside Comprehensive Biochemistry and offers a historic and autobiographical point of view of the improvement of the sector throughout the contributions of prime people who consider their careers and their effect on biochemistry. The e-book is vital interpreting for everyone, from graduate pupil to professor, putting in context significant advances not just in biochemical phrases yet relating to ancient and social advancements. Readers could be thrilled via the energetic sort and the perception into the lives and careers of major scientists in their time.
Read or Download Selected Topics in the History of Biochemistry, Volume 42: Personal Recollections VII (Comprehensive Biochemistry) PDF
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Additional resources for Selected Topics in the History of Biochemistry, Volume 42: Personal Recollections VII (Comprehensive Biochemistry)
The forces that led to the folding of polypeptide chains into the compact particles of globular proteins had not yet been established. Intramolecular hydrogen bonds, first advocated by Pauling and Mirsky in 1936, were everybody’s favorite candidates and they took on the mantle of virtual certainties in people’s minds after the structures of the -helix and -sheet for the polypeptide backbone were brought forward in 1951. g. carboxyl^tyrosyl) were invoked to provide the final tightening. g. all lysine amino groups) would have the same intrinsic pK ^ the pK value 18 C.
TANFORD laboratory. Nothing we were doing was likely to be of immediate medical interest, I told him, but I did have a menial job for someone with a brain, which might eventually blossom into some research ^ and I told him about our desire to expand our work from focussing exclusively on proteins in aqueous solution to proteins which were in their native state in cell membranes and that it was an ambitious step for us for we knew nothing, whatever, about cells and membranes. Nor could I identify who among my colleagues might profitably be consulted on the subject: many of them could probably qualify as ‘‘cell biologists’’ of a sort, but surely the practical details of getting cells or membranes from living tissue into laboratory apparatus would be different for each of them: muscles, nerves, the eye, the blood stream, bacteria would all be expected to demand different techniques and specialized apparatus; and what you meant to do with the cells when you got them could make a difference, too ^ would an electron microscopist have different criteria from a physiologist studying transport?
It took only a couple of hours of initial discussion to set me off on a whole year’s work. I had, of course, an ulterior motive for my undertaking. The forces that led to the folding of polypeptide chains into the compact particles of globular proteins had not yet been established. Intramolecular hydrogen bonds, first advocated by Pauling and Mirsky in 1936, were everybody’s favorite candidates and they took on the mantle of virtual certainties in people’s minds after the structures of the -helix and -sheet for the polypeptide backbone were brought forward in 1951.