虚拟细胞的出现仅有不足五年的研究历史,对生命复杂体系的研究在国外亦属刚刚起步阶段。目前我们的差距主要在相关的计算机、可视化计算和网络技术的综合应用水平上;实现虚拟细胞的分项技术国内外水平没有明显差距。近年来我国在数学计算、大型计算机研制、人工智能、人工神经网路、细胞和分子生物学基础、临床医学等方面已经取得了十分可喜的进展,积累了大量的数据,奠定了良好的技术和物质基础。此外我国科学家长期受辩证唯物主义的思想教育,擅长于综合分析,辨证论治的哲学思维,富于顽强拼搏的精神。我们的基础工作已经具备,所拥有的条件也大大改善,相信在国家的大力支持下,通过多学科合作,在 3-5年内赶超国外水平,建立我国自己的虚拟细胞技术平台,成为生物信息技术强国是完全可能的。 学术刊物: Applied Mathematical Modelling Artificial Intelligence in Medicine Artificial Intelligence Bioinformatics Biophysical Journal Brain Cognitive Brain Research Computerized Medical Imaging and Graphics Computer Methods and Programs in Biomedicine Computers in Biology and Medicine Current opinion in neurobiology European Journal of Neurology IMA Journal of Applied Mathematics JOURNAL OF COMPUTATIONAL PHYSICS Home Page Journal of Cell Biology Journal of Biomedical Informatics Journal of Neurolinguistics Mathematics and Computers in Simulation Mathematical Biosciences Molecular Biology of the Cell Neurocase Neurocomputing Nonlinear Analysis Proceedings of the National Academy of Sciences The Journal of Computational Biology Artificial Intelligence in Medicine The Journal of Cognitive Neuroscience 建模数据及软件资源: Gepasi 3 - Biochemical Kinetics Simulator GeneX Template_PathDB GenomeNet WWW server SPAD Signaling PAthway Database Silicon Genetics gene expression software Links to Pathway and Other Databases Kyoto Encyclopedia of Genes and Genomes 相关企业: Cell Signaling Technology Physiome Sciences, Inc. Sun Microsystems ibm.com Compaq.com 计划: The Neuroinformatics Project Alliance for Cellular Signaling E-Cell Project The Beowulf Project 机构: The NASA Center for Bioinformatics National Science Foundation (NSF) NCGR(The National Center for Genome Resources) Special Interest Group of Biological Simulaion 国际会议: Shaping Future with Simulation first international symposium on computational cell biolpgy web sites: The MCA Web IEEE Computer Society (责任编辑:泉水) |