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It is a difficult problem of studying the protein folding process in the protein research field. In this paper, a new simulation algorithm-snake simulation algorithm is put forward to solve the problem. In order to prove the key function in snake simulation algorithm is correct and feasible, theory of molecule oscillation and molecule kinetics are used. In addition, bring forward a model that describes...
It is a difficult problem of studying the protein folding process in the protein research field. In this paper, a new simulation algorithm-snake simulation algorithm is put forward to solve the problem. In order to prove the key function in snake simulation algorithm is correct and feasible, theory of molecule oscillation and molecule kinetics are used. In addition, bring forward a model that describes...
Dynamic Bayesian Network has become a popular tool for reconstructing gene regulatory networks from microarray data. Developing high performance method is crucial to deal with the huge computational workload of Bayesian Network structure learning. Also noisy and under-sampled microarray data requires data integration mechanism to make use of legacy biological knowledge for more accurate gene network...
Fibronectin is patterned on silicone rubber surfaces in arrays of 2 mum diameter dots using contact removal method. Cells are cultured on the patterned surface and their migration and the structure of actin cytoskeleton were studied.
A major goal of tissue engineering is to generate living cellular constructs with 3-D, tissue-like organization of cells and matrices. The generation of mechanical forces by the cellular cytoskeleton plays a critical role in the organization of matrix and of cellular colonies. The anchorage of the cytoskeleton to a substrate is essential for cellular tractional processes. We show that placing cells...
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