University of Virginia / Forensic DNA Analysis By Bruce McCord International Forensic Research Institute / Florida International University / /
IndustryTerm
nanoscale manufacturing / chemical instrumentation / gel electrophoresis systems / chemical reactions / polymerase chain reaction products / microfluidic systems / electrophoretic systems / chemical properties / similar technology / gene chip / nanoscale processing system / potential integrated device / silicon chip / to microfluidic systems / silica computer chips / electronic energy levels / manufacturing / analytical devices / microfluidic devices / labon-a-chip systems / molecular systems / /
Organization
University of Virginia / Florida International University / Miami / Forensic DNA Analysis By Bruce McCord International Forensic Research Institute / Department of Chemistry and Biochemistry / United States government / /
Person
Nat / James Landers / Brittany Hartzell Baguley / /
Product
D1S80 VNTR / /
ProvinceOrState
Virginia / Florida / /
PublishedMedium
Bell Labs Technical Journal / Applied Physics Letters / /
Technology
single nucleotide polymorphism / gene chip / electrophoresis / electrophoresis system / DNA Chip / hybridization / silicon chip / silica computer chips / SNP / genotyping / gel electrophoresis / human genome / /
NANOTECHNOLOGY HEADER Nanotechnology and its Potential in Forensic DNA Analysis By Bruce McCord International Forensic Research Institute, Department of Chemistry and Biochemistry,