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Nanotech 2010 Vol. 2
Chapter 8: Micro & Nano Fluidics
Applied Systems and Synthetic Biology in Micro-Fluidic Biochips
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| Authors: | B.J. Zeng |
| Affiliation: | Benjoe Institute of Systems Bioengineering, CN |
| Pages: | 508 - 511 |
| Keywords: | sequence tagged fragments display (STFD), micro-fluidic chips, systems biology, synthetic biology, gene cloning, gene expression |
| Abstract: | The design of bio-molecular systems within cells, it is a recently achievement of synthetic biology and systems biotechnology [1]. Due to the structurity laws [2] of the synthetic biosystems theory: 1).structure integration, coordinative organization of genes network in genome; 2).function adaptation, duplication (amplify) and specific expression of genome involved in cell signalling; 3).construct stratification, multiple stratum of genome constructed by transpose, recombination and amplification. We developed the techniques of the Sequence Tagged Fragments Display (STFD) for analysis of genes differential expression between cell types, and the design of cell signal transduction and gene regulatory network within cell according to cell phenotypes and genes differential expression during cell proliferation, differentiation, apoptosis and situation of drug treatments etc. By applied the methods of systems genetics [3] and synthetic biology for biosystems analytics and artificial biosystems, it is very benefit for the technology integration of micro-fluidic biochips used for drug discovery, isolation of non-known sequence gene, transgenesis and design of cellular nano-factory and nano-computer of bio-molecules systems. References: [1].(Bangzhe) Jie Zeng, On the concept of systems biological engineering, Communication on Transgenic Animals, CAS, Nov. 1994. [2].(Bangzhe) Jie Zeng, Structurity: Pan-Evolution Theory, Changsha Xinghai Print, May 1994. [3].(Bangzhe) Jie Zeng, Transgenic animal expression system – the goldegg plan, Communication on Transgenic Animals, CAS, Nov. 1994. (On the mendelian, molecular and system genetics, and the term “system genetics” was coined by Zeng (B)J. in 1994) |
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