Product Issues / Business Partnership / Natural Disaster / /
Facility
National Center / Plant Cell / Plant Cell Environ / Plant Cell Physiol / Plant Biologists / Physiol Plant / University of Wisconsin / Plant PhysiologyÒ / /
IndustryTerm
stock solution / metal stylus / rst-generation solution / online version / synthesis protocols / gas concentration / addressable parallel chemical synthesis / individual chips / digital micromirror device / de novo synthesis oligonucleotide microarray technology / hybridization solution / millichip technology / microarray technology / stand-alone software / quantitative tool / mL solution / software extraction / photo-labile protecting / data extraction software / fresh stock solution / exible tool / micromirror device / laboratory equipment / chemical / gene networks / performed using DNA synthesis protocols / /
OperatingSystem
Microsoft Windows / /
Organization
National Human Genome Research Institute / American Society of Plant Biologists / National Science Foundation / Biotechnology Center / Michael R. Sussman* Department of Biochemistry / National Center for Biotechnology Information Gene Expression Omnibus / University of Wisconsin / Madison / /
Person
Melissa LeBlanc / Jamison Wolfer / Michael R. Sussman / Kurt W. Heinrich / Hong / /
Position
thermal cycler / CFX Manager / model data analysis / Harper / Corresponding author / author / bench scientist / e.g. thermal cycler / Manager software / Manager software and fold changes / representative / /
Product
sodium chloride / sterile water / acetic acid / areas / /
ProgrammingLanguage
R / C / J / /
ProvinceOrState
Wisconsin / /
Technology
Genomics / Bioinformatics / broadband / using DNA synthesis protocols / Biotechnology / hybridization / DISCUSSION Although DNA chips / lithography / de novo synthesis oligonucleotide microarray technology / MAS-derived DNA chip / photolithography / Human Genome / gene probes / vendor-supplied protocols / millichip technology / DNA chip / Gene Expression / DNA sequencing / DNA sequencing technologies / http / MAS technology / DNA chips / microarray technology / /
Breakthrough Technologies DNA Millichips as a Low-Cost Platform for Gene Expression Analysis1[W][OA] Kurt W. Heinrich 2, Jamison Wolfer 2, DongGee Hong, Melissa LeBlanc, and Michael R. Sussman* Department of Biochemistr