01386nas a2200157   4500000000100000008004100001260001100042100001700053700001400070700002500084700002100109700001500130245009100145300001200236520098000248       2005                            d  bIASTED1 aB. Małysiak1 aD. Mrozek1 aStanisław Kozielski1 aLech Znamirowski1 aG. Tonella00aSignal Transduction Simulation in Nanoprocesses using Distributed Database Environment  a17–223 aSignal transduction executed in the signal cascades is the common term used to define a divers biochemical mechanisms that regulate processes in the nanonetworks. Those processes, in the first approach coping biocompatible solutions, can be performed in a closed area of space containing proper quantities of substrates and a set of control molecules working in a predefined manner determined by their chemical construction, including changes of chemical activity reached usually by the conformational changes. The control needs stimulation of inputs of the signal cascades in a nanoprocess cell from its environment. The signal cascades existing in the different type of cells for selected processes, can be retrieved from the biochemical research available in the specialized databases. In the paper, basing on a selected biological examples, the process of simulation of the signal transduction in bio-nanoprocesses using the distributed database environment is presented.