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Biotechnology / Cloning / Inner cell mass / Transcription factors / Chimera / Stem cell / Embryonic stem cell / Epiblast / Embryogenesis / Biology / Developmental biology / Embryology


Murine inner cell mass-derived lineages depend on Sall4 function Ulrich Elling, Christian Klasen, Tobias Eisenberger, Katrin Anlag, and Mathias Treier* Developmental Biology Unit, European Molecular Biology Laboratory, M
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Document Date: 2012-03-30 10:05:21


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Freiburg / Oxford / Tokyo / La Jolla / Munich / Heidelberg / Wetzlar / Cambridge / Toronto / Fremont / San Ramon / Labosky / London / Santa Cruz / /

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Cold Spring Harbor Lab Press / Mitsui / Nikon / European Molecular Biology Laboratory / Laboratory Animal Resources / /

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Germany / Japan / Canada / United Kingdom / /

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Product Recall / Product Issues / /

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MRC National Institute / European Molecular Biology Laboratory / Columbia University / Max Planck Institute / University of Oxford / Cold Spring Harbor / University of California / /

IndustryTerm

internal ribosomal entry site / organ systems / mutant implantation site / /

MedicalCondition

flushing oviducts / human Okihiro syndrome / Oram syndrome / MS / Sall4 deficiency / PFA / acro-renalocular syndrome / Okihiro syndrome / thalidomide embryopathy / /

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Hospital for Sick Children / MRC National Institute for Medical Research / Mathias Treier* Developmental Biology Unit / Max Planck Institute / National Academy of Sciences / University of Oxford / Columbia University / New York / University of California at San Diego / /

Person

Stephen Cohen / Robin Lovell-Badge / Michael G. Rosenfeld / Rolf Kemler / Mathias Treier / Ulrich Elling / Tobias Eisenberger / Katrin Anlag / Christian Klasen / Janet Rossant / Iain Mattaj / /

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Ferreira HB / Foreman / Representative / Domingos PM / /

Product

FGF4 / M-16 / glycine / FGF / ICM development / /

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Prince Edward Island / New York / ES / California / Ontario / /

Technology

hybridization / Biotechnology / genotyping / stem cells / apoptosis / genotype / recombination / /

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www.pnas.org / /

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