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Stem cells / Genes / Biotechnology / Induced pluripotent stem cell / SOX2 / Cellular differentiation / Homeobox protein NANOG / Oct-4 / Embryonic stem cell / Biology / Transcription factors / Developmental biology


Kim and Orkin Genome Medicine 2011, 3:75 http://genomemedicine.com/contentREVIEW Embryonic stem cell-specific signatures in cancer:
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Santos / Austin / Boston / /

Company

Mitsui / Armstrong SA / Wu LC / Thomson / Proc Natl Acad Sci U S A / Bernstein / PcG / Fisher AG / PET / Cantor AB / Tomlins SA / Ge / Shurtleff SA / Carr SA / Chang and associates / ES / BioMed Central Ltd / Weinberg and associates / /

Country

United States / /

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Facility

Howard Hughes Medical Institute / Dana Farber Cancer Institute / Children’s Hospital / Weir BA / National Institutes of Health (NIH)/ National Institute of General Medical Sciences / Harvard Stem Cell Institute / The University of Texas / PRC complex / /

IndustryTerm

throughput technologies / regula tory networks / chemical modulators / cancer therapy / cancer therapies / cell core network / extended transcriptional network / throughput tools / regula tory network / genome-scale technologies / cell core interaction network / interconnected networks / systems biology tools / protein interaction network / regulatory network / chemicals / transcriptional network / clinical applications / interaction network / expanded core network / genomic regulatory networks / analytical tools / regulatory networks / potential therapeutic applications / transcription network / transplant protocols / signature-based chemical genomic prediction / chemical / /

MedicalCondition

animal cancer / human tumor / mouse tumor / ALS / human tumors / given tumor / lung carcinomas / cancer PRC / human tumours / several human cancer / prostate cancer / teratocarcinoma stem cells / adenocarcinoma / leukemia / tumor / Myeloid/lymphoid leukemia / cancer / tumors / different cancers / Such cancer / human cancer / epithelial cancers / breast tumors / diverse cancers / medulloblastoma / cancers Ben-Porath / Active Myc module ES cells Cancer / DF / esophageal squamous cell carcinomas / diverse cancer / epithelial cancer / innumerable cancers / glioma / testicular cancer / human cancers / aggressive human tumors / mouse cancer / MLL myeloid leukemia / MS / human breast cancer / breast carcinoma / lung cancers / cancers / breast cancers / human epithelial cancers / disease / aggressive breast cancer / lung adeno carcinoma / human epithelial tumors / human disease / genetic disorders / /

MedicalTreatment

cancer therapy / cancer therapies / anti-cancer therapy / /

OperatingSystem

XP / /

Organization

University of Texas at Austin / Melton DA / Harvard Stem Cell Institute / Department of Pediatric Oncology / Institute for Cellular and Molecular Biology / Cleveland JL / Harvard Medical School / National Institute of Health / Children’s Hospital / National Institute of General Medical Sciences / Dana Farber Cancer Institute / Institute for Cellular / Howard Hughes Medical Institute / /

Person

Andrew J Woo / Max Myc-interacting / Orkin Genome / Kim Genome / /

Position

author / Long PM / investigator / Creyghton MP / Cnot3 General / Cao / /

Product

Myc module / Myc / /

ProgrammingLanguage

DC / VB / J / /

ProvinceOrState

Mississippi / Texas / ES / Massachusetts / /

PublishedMedium

Molecular Biology / /

RadioStation

Piccolo FM / Chinnaiyan AM / /

Technology

Histone acetylation ChIP / proteomics / Stat3 LIF signaling ChIP / repressor ChIP / high-throughput screening / pluripotency ChIP / Transcription activator ChIP / stem cells / Transcription co-activator ChIP / high-throughput technologies / drug screening / Dmap1 Histone acetylation ChIP / gene expression / genome-scale technologies / treating cancer / Klf4 LIF signaling ChIP / factor ChIP / genomics / Max Myc-interacting ChIP / cells using ChIP-chip / Abbreviations ChIP / cloning / transplant protocols / transcription ChIP / cell cycle ChIP / transcription regulator ChIP / Wnt signaling ChIP / regenerative medicine / Mtf2 Polycomb-like protein ChIP / /

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