Dell / Hummon AB / Agilent Technologies / Thomson / Hertz / Qiagen / Kao / /
Country
Germany / United States / /
Currency
CRC / / /
Facility
University Medicine Go¨ttingen / National Cancer Institute / siRNA duplex / /
IndustryTerm
recommended media / largescale signaling networks / protein product / online version / cancer therapy / machinery / cellular interaction networks / ve networks / gene products / Biological networks / array technologies / /
MarketIndex
set 65 / /
MedicalCondition
Genes Chromosomes Cancer / ataxia telangiectasia / colorectal cancer / colon cancers / human cancers / primary rectal carcinomas / colorectal cancers / colorectal carcinogenesis / J Cancer / independent primary tumors / astrocytomas / liver tumors / relevant tumor / human carcinomas / breast cancer / lymph node-positive colon carcinomas / primary tumors / potential therapeutic targets metastasis / tumor / cancer / colorectal carcinoma / tumors / primary carcinomas / J. Cancer / rectal carcinomas / human rectal carcinomas / rational cancer / primary rectal cancers / multicellular tumor / primary tumor / /
MedicalTreatment
chemotherapy / cancer therapy / /
Organization
National Cancer Institute / Center for Cancer Research / Department of General and Visceral Surgery / /
Person
Scott E. Martin / Michael Klintschar / Gabriela Salinas-Riester / Michel L. Identification / Drs Daniel Soppet / Tamara Jones / Lennart Opitz / Chan Rong Lai / Antje Schneeberg / Bert Vogelstein / Jessica Eggert / / /
Position
Fisher / forward / Marshall / /
ProvinceOrState
Maryland / California / /
PublishedMedium
Cancer Research / PLoS One / /
Technology
Genomics / ADAM / Bioinformatics / siRNA / ATM / Cloning / apoptosis / array technologies / functional genomics / DNA synthesis / DNA Chip / gene expression / using Nucleofector technology / chemotherapy / treating cancer / /
A genomic strategy for the functional validation of colorectal cancer genes identifies potential therapeutic targets