Physical biology of the cell / Rob Phillips, Jane Kondev, Julie Theriot ; illustrated by Nigel Orme ; with problems, solutions, and editorial assistance of Hernan G. Garcia.

By: Phillips, Rob (Robert Brooks), 1960-Contributor(s): Kondev, Jane | Theriot, JulieMaterial type: TextTextPublication details: New York : Garland Science, c2009Description: xxiv, 807 p. : ill. ; 28 cmISBN: 9780815341635Subject(s): Biophysics | Cytology | Cytology | Cells | Cells -- ultrastructureDDC classification: 571.6 LOC classification: QH505 | .P44 2009 CIRC
Contents:
Why: biology by the numbers -- What and where: construction plans for cells and organisms -- When: stopwatches at many scales -- Who: "bless the little beasties" -- Mechanical and chemical equilibrium in the living cell -- Entropy rules! -- Two-state systems: from ion channels to cooperative binding -- Random walks and the structure of macromolecules -- Electrostatics for salty solutions -- Beam theory: architecture for cells and skeletons -- Biological membranes: life in two dimensions -- The mathematics of water -- A statistical view of biological dynamics -- Life in crowded and disordered environments -- Rate equations and dynamics in the cell -- Dynamics of molecular motors -- Biological electricity and the Hodgkin-Huxley model -- Sequences, specificity, and evolution -- Network organization in space and time -- Whither physical biology?
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Holdings
Item type Home library Call number Copy number Status Notes Date due Barcode
Books Books MMSU Main Library
QH505.P44 2009 CIRC (Browse shelf(Opens below)) 10-0019 Available Reserve 28459

Includes bibliographical references and index.

Why: biology by the numbers -- What and where: construction plans for cells and organisms -- When: stopwatches at many scales -- Who: "bless the little beasties" -- Mechanical and chemical equilibrium in the living cell -- Entropy rules! -- Two-state systems: from ion channels to cooperative binding -- Random walks and the structure of macromolecules -- Electrostatics for salty solutions -- Beam theory: architecture for cells and skeletons -- Biological membranes: life in two dimensions -- The mathematics of water -- A statistical view of biological dynamics -- Life in crowded and disordered environments -- Rate equations and dynamics in the cell -- Dynamics of molecular motors -- Biological electricity and the Hodgkin-Huxley model -- Sequences, specificity, and evolution -- Network organization in space and time -- Whither physical biology?

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