search for books and compare prices
Kim Sneppen has written 3 work(s)
Search for other authors with the same name
displaying 1 to 3 | at end
show results in order: alphabetically | oldest to newest | newest to oldest
Cover for 9781107061903 Cover for 9780521844192 Cover for 9783540624752
cover image for 9780521844192
Product Description: Tools developed by statistical physicists are of increasing importance in the analysis of complex biological systems. Physics in Molecular Biology, first published in 2005, discusses how physics can be used in modeling life. It begins by summarizing important biological concepts, emphasizing how they differ from the systems normally studied in physics...read more

Hardcover:

9780521844192 | Cambridge Univ Pr, October 30, 2005, cover price $115.00 | About this edition: Tools developed by statistical physicists are of increasing importance in the analysis of complex biological systems.

cover image for 9783540624752
Product Description: This book contains pedagogical introductions to a selection of the most exciting subjects in current biological physics: sorting DNA on a microchip: a first step towards miniature laboratories on a chip; modeling protein folding, structure, and motion; physics of organelles: mechanical characteristics of molecular motors; dynamics of microtubules; shapes of membranes, vesicles and cells; a physicist's view of brains and neurons; statistics of sensory signal processing; evolutionary biology of molecules; pattern forming bacterial colonies; model ecologies with Darwinian co-evolution...read more (view table of contents, read Amazon.com's description)
By Henrik Flyvbjerg (editor), John Hrtz (editor), Mogens H. Jensen (editor), Ole G. Mouritsen (editor) and Kim Sneppen (editor)

Hardcover:

9783540624752 | Springer Verlag, June 1, 1997, cover price $99.00 | About this edition: This book contains pedagogical introductions to a selection of the most exciting subjects in current biological physics: sorting DNA on a microchip: a first step towards miniature laboratories on a chip; modeling protein folding, structure, and motion; physics of organelles: mechanical characteristics of molecular motors; dynamics of microtubules; shapes of membranes, vesicles and cells; a physicist's view of brains and neurons; statistics of sensory signal processing; evolutionary biology of molecules; pattern forming bacterial colonies; model ecologies with Darwinian co-evolution.

displaying 1 to 3 | at end