IOP Publishing Ltd / Sigma-Aldrich / NIH Life Science Systems / IEEE NIH Life Science Systems / Agilent / Stephens / Cleanroom Research Laboratory / Shashidhar R 2002 Metal / /
Country
United States / Canada / United Kingdom / /
Currency
USD / / /
Facility
University of Texas Southwestern Medical Center / Characterization Center / University of Texas / Rice University / /
IndustryTerm
reported protocol / pharmaceutical formulation / oxidized silicon chips / control chip / biosecurity applications / metal contacts / metal junctions / self-assembled alkanethiol monolayer devices / functional electronics components / metal break-junctions / nitrogen gas / molecular electronic devices / metal line show / chips / microfluidic devices / metal surface / imaging / thin metal strip / negative control chips / aptamer solution / plain chips / metal / mm2 small chips / metal lift-off / proteonic chips / online journal / buffer solution / fluorescence resonance energy transfer / metallic break-junction devices / ssDNA solution / protein solution / metal line / aptamer chip / control chips / e-beam / molecular electronics / functional devices / identical protocol / aptamer chips / metal structure / chemicals / metal lines / hybridization buffer solution / /
MedicalCondition
bladder cancer / non-small-cell lung cancer / human bladder carcinoma / esophageal cancer / human breast cancer / lymph node metastasis / ovarian carcinoma / cancers / cancer / disease / aptamer-based circulating tumor / esophageal and ovarian cancer / et al cancer / lung cancer / bladder cancer J. Urol / paraffin-embedded tumor / carcinomas / /
OperatingSystem
Fermi / /
Organization
National Institute of Health / University of Texas at Arlington / Rice University / Houston / University of Texas at Austin / Nano-Bio Lab / National Science Foundation / University of Texas Southwestern Medical Center at Dallas / USA Nanotechnology Research and Education Center / Institute for Cell and Molecular Biology / Department of Bioengineering / Characterization Center for Materials and Biology / Department of Electrical Engineering / University of Texas at Dallas / Joint Graduate Committee of Bioengineering Program / /
Person
Van den Broek / Van de Vijver / Amir / AGA GAA UUA AAU GCC / Andrew D Ellington / Syed E A Quadri / ACA AGG ACA AUU CUG / Nano / ACA AUU CUG UGC AUC / Waseem Asghar / ACA UCA UGC ACA AGG / Yuan Wan / Mohammed A I Mahmood / Azhar Ilyas / Peter B Allen / /
Position
Representative / /
Product
Tao / dimethyl sulfoxide / /
ProgrammingLanguage
Ruby / /
ProvinceOrState
Texas / Quebec / /
PublishedMedium
PLoS One / Molecular Biology / /
Technology
semiconductor / Alpha / proteomics / biosensors / identical protocol / Electrophoresis / control chips / SiO2 chips / probe-functionalized chips / Antibodies / hybridization / negative control chips / lithography / photolithography / ATG / C. The chips / previously reported protocol / SiO2 chip / using control chips / drug discovery / plain chips / anti-EGFR aptamer chip / non antibody-based CMOS chip / The chips / oxidized silicon chips / aptamer chips / control chip / plain SiO2 chips / /
Electrical detection of cancer biomarker using aptamers with nanogap break-junctions