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Microarray biochip technology

T. Basarsky, Overview of a microarray scanner design essentials for an integrated acquisition and analysis platform, in Microarray Biochip Technology (M. Schena, ed.), p. 265, Eaton Publishing (2000). [Pg.399]

Stl2] A. Steel, M. Torres, J. Hartwell, Y-Y. Yu, N. Ting, G. Hoke, H. Yang, in Microarray Biochip Technology (Ed. M. Schena), Bio Techniques Books, Nat-tick, MA, 2000, Chapter 5. [Pg.268]

Fig. 12. HuSNP array design. A A known biallelic polymorphism at position 0 is interrogated by a block of four or five probe sets (five in this example). Each probe set consists of fonr probes, a perfect match and a mismatch to allele A, and a perfect match and a mismatch to allele B. One probe set in a block is centered directly over the polymorphism 0 ), and others are centered upstream (-4,-1) and downstream (+1, +4). B The sequences of the prohe set centered over the polymorphism is shown. C Sample images of Mocks showing homozygous A, heterozygous A/B, or homozygous B at the same SNP site. (Reprinted with permission from Warrington JA et al (2000) In Microarray biochip technology. Biotechniques Books, p 122)... Fig. 12. HuSNP array design. A A known biallelic polymorphism at position 0 is interrogated by a block of four or five probe sets (five in this example). Each probe set consists of fonr probes, a perfect match and a mismatch to allele A, and a perfect match and a mismatch to allele B. One probe set in a block is centered directly over the polymorphism 0 ), and others are centered upstream (-4,-1) and downstream (+1, +4). B The sequences of the prohe set centered over the polymorphism is shown. C Sample images of Mocks showing homozygous A, heterozygous A/B, or homozygous B at the same SNP site. (Reprinted with permission from Warrington JA et al (2000) In Microarray biochip technology. Biotechniques Books, p 122)...
Schena R, Davis RW (2000) In Schena M (ed) Microarray biochip technology. BioTech-niques Books, Natick, MA, p 1... [Pg.41]

M. Schena, ed., Microarray Biochip Technology. Westborough, MA Eaton, 2000. [Pg.711]

Schena M (2000) Microarray biochip technology, 1st edn. Eaton Publishing Company/Biotechniques Books, Natick... [Pg.139]

Schena M. 2000. A Highly Sensitive Microarray System for Differential Gene Expression Analysis. In Microarray Biochip Technology (ed Schena, M.), Eaton Pubbshing, Natick, pp. ix—xi. [Pg.528]

Steel A., Torres M., Hartwell J., Yu Y., Ting N., Hoke G., Yang H. The Flow-Thru Chip a three-dimensional biochip platform. In Microarray Biochip Technology, M. Schena, ed. Natwick,... [Pg.1763]

Microarray scanning ScanArray 5000 Standard Biochip Scanning System (Packard Biochip Technologies, Inc., Billerica, MA). [Pg.242]

Albers, J. Grunwald, T. Nebling, E. Piechotta, G. Hintsche, R., Electrical biochip technology - a tool for microarrays and continuous monitoring, Anal. Bioanal. Chem. 2003, 377, 521-527... [Pg.368]

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See also in sourсe #XX -- [ Pg.513 ]



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