Titlebook: Dynamical Networks in Physics and Biology; At the Frontier of P D. A. Beysens,G. Forgacs Conference proceedings 1998 Springer-Verlag France

HAIRY

ysical terms, degrees of freedom that couple to one another, typically form networks. The physical or biological properties of interconnected networks may drastically differ from those of the individual units: the whole is not simply an assembly of its parts, as can be demonstrated by the following examples. 978-3-540-65349-3978-3-662-03524-5

NUL

Complex Networks in Cell Biologyand disassembly of networks composed of the polyanionic filaments comprising the cytoskeleton has many consequences for sequestration of proteins and metabolites and in providing directionality and spatial segregation to biochemical reactions and signal transduction pathways. Concepts related to net

培養(yǎng)

SLAG

Tensegrity and the Emergence of a Cellular Biophysicswever, we still do not understand how these molecules join together to form living cells that can change shape, grow, and move. This question of how life is structured is the ultimate problem in biology and solving this riddle will likely require the effort of physicists as well as biologists.

corpus-callosum

The Leukocyte Actin Cytoskeletonay contribute cell morphological and mechanical properties. However, for the sake of simplicity, we shall focus on actin microfilaments. Indeed, actin represents more than 10% of leukocyte cytosolic proteins, and much experimental evidence demonstrated that microfilament alteration strongly influenc

obviate

獸皮

冒煙

生氣的邊緣

Chemische und tribologische Eigenschaftenand disassembly of networks composed of the polyanionic filaments comprising the cytoskeleton has many consequences for sequestration of proteins and metabolites and in providing directionality and spatial segregation to biochemical reactions and signal transduction pathways. Concepts related to net

戰(zhàn)役

Chemische und tribologische Eigenschaften but also as an important component in the control of signal transduction regulating cell behavior. Tumor cells are often characterized by altered adhesion, disorganized cytoskeletal assembly and impaired adhesion-mediated signaling (Ben-Ze’ev, 1985, 1992, 1997). Many cancer cells are “anchorage ind