Networks: From Biology to Theory

Tentative contribution list - to be confirmed. P Stadler: A tree or not a tree: Evolutionary trees and similarity networksD Drasdo: Simulated evolution of regulatory networks encoding cell migration and aggregation strategies Ou YQ: The model and robustness of gene networks of budding yeast Zhang XG: Building gene networks by information fusion with multiple data types Wang W: The contact network in proteins Deng MH: The protein-gene interactionJD Han: Eukaryotic protein-protein interaction networks: structure, function and dynamics Luo LF: Protein folding influenced by mRNA informationLu ZH: Biomolecular networks: methods and considerations Zhang M: The new information of gene networks from experimentsQian MP: The stochastic model of gene networks Sun ZR: Protein Networks Biyikoglu T: The importance of eigenvalues of large networks Atay F: Networks with delays Ay N: Robustness in biological systems Jost J: Formal aspects of networks: what perspectives can mathematics offer to biology and neurobiology A Dress: A tree or not a tree: evolutionary trees and similarity networks Eckhorn R: Neural mechanisms of visual associative processingTuckwell H: Stochastic network behaviour and single neuron properties Wang YJ: Synchronized oscillation in a modular neural network composed of columns Gu FJ: Complexity analysis of brain signals Ritter H: Gestalt formation in a competitive layered neural architecture Huang ZY ( N Wan): Stochastic modeling, simulation and inference, and some characteristics of gene regulatory and other networksFeng JF: Neural Computation using higher order statistics Xu ZB: A new approach for classfication and regression: the visual system simulation viewpoint