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Home › Dataset Library › Transcription profiling of mouse embryonic stem cell line Sox1Tv2 during neuronal differentiation

Dataset: Transcription profiling of mouse embryonic stem cell line Sox1Tv2 during neuronal differentiation

[u'This experiment is part of the FunGenES project (FunGenES - Functional Genomics in Embryonic Stem Cells partially funded by the 6th...

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[u'This experiment is part of the FunGenES project (FunGenES - Functional Genomics in Embryonic Stem Cells partially funded by the 6th Framework Programme of the European Union, ', {u'a': {u'href': u'http://www.fungenes.org', u'target': u'_blank', u'$': u'http://www.fungenes.org'}}, u'). The experiment was conducted at Aventis Pharma, Paris, France. Goal of the experiment is the characterisation of gene expression profile during neuronal differentiation of Sox1Tv2 ES cells in the embryoid body protocol. Materials and methods:Sox1Tv2-E14 derived ES cells have been cultured without serum in liquid culture in order to form embryoid bodies. A 48 hour retinoic acid stimulation has been applied between days 4 and 6 (EB6) for half the samples. After 8 days of differentiation (EB8), EBs have been dissociated and cells plated on poly-D-lysine/laminin coated dishes and cultured in differentiation medium. bFGF has been added to the culture medium during the first 2 days after plating (N2). After removal of bFGF, cells were allowed to differentiate for 4 more days (N6). Protocol described in FunGenES handbook. Relationships between samples: Different time points during differentiation process: ES, EB3, EB4, EB6 (ctl and RA), EB8 (ctl and RA), N2 (ctl and RA), N6 (ctl and RA),Treatments: Retinoic acid treatment: EB4 to EB6bFGF addition (10ng/ml final): postplating to N2. Culture conditions: Liquid medium culture: GMEM + KOSR Differentiation medium: DMEM/F12 and NBM medium with N2 and B27 supplements.']

Species:
mouse

Samples:
42

Source:
E-TABM-669

Updated:
Dec.12, 2014

Registered:
Nov.21, 2014


Factors: (via ArrayExpress)
Sample Age(d) Compound
AVEF-1_fe1_0es_01 E14+0 days control
AVEF-1_fe1_0es_01 E14+0 days control
AVEF-1_fe1_0es_01 E14+0 days control
AVEF-1_fe1_0es_01 E14+0 days control
AVEF-1_fe1_eb3_01 E14+3 days control
AVEF-1_fe1_eb3_01 E14+3 days control
AVEF-1_fe1_eb3_01 E14+3 days control
AVEF-1_fe1_eb3_01 E14+3 days control
AVEF-1_fe1_eb4_03 E14+4 days control
AVEF-1_fe1_eb4_03 E14+4 days control
AVEF-1_fe1_eb6ctl_01 E14+6 days control
AVEF-1_fe1_eb6ctl_01 E14+6 days control
AVEF-1_fe1_eb6ctl_01 E14+6 days control
AVEF-1_fe1_eb6ctl_01 E14+6 days control
AVEF-1_fe1_eb6ra_01 E14+6 days retinoic acid and bFGF
AVEF-1_fe1_eb6ra_01 E14+6 days retinoic acid and bFGF
AVEF-1_fe1_eb6ra_01 E14+6 days retinoic acid and bFGF
AVEF-1_fe1_eb6ra_01 E14+6 days retinoic acid and bFGF
AVEF-1_fe1_eb8ctl_01 E14+8 days control
AVEF-1_fe1_eb8ctl_01 E14+8 days control
AVEF-1_fe1_eb8ctl_01 E14+8 days control
AVEF-1_fe1_eb8ctl_01 E14+8 days control
AVEF-1_fe1_eb8ra_01 E14+8 days retinoic acid and bFGF
AVEF-1_fe1_eb8ra_01 E14+8 days retinoic acid and bFGF
AVEF-1_fe1_eb8ra_01 E14+8 days retinoic acid and bFGF
AVEF-1_fe1_eb8ra_01 E14+8 days retinoic acid and bFGF
AVEF-1_fe1_n2ctl_01 E14+10 days control
AVEF-1_fe1_n2ctl_01 E14+10 days control
AVEF-1_fe1_n2ctl_01 E14+10 days control
AVEF-1_fe1_n2ctl_01 E14+10 days control
AVEF-1_fe1_n2ra_01 E14+10 days retinoic acid and bFGF
AVEF-1_fe1_n2ra_01 E14+10 days retinoic acid and bFGF
AVEF-1_fe1_n2ra_01 E14+10 days retinoic acid and bFGF
AVEF-1_fe1_n2ra_01 E14+10 days retinoic acid and bFGF
AVEF-1_fe1_n6ctl_01 E14+14 days control
AVEF-1_fe1_n6ctl_01 E14+14 days control
AVEF-1_fe1_n6ctl_01 E14+14 days control
AVEF-1_fe1_n6ctl_01 E14+14 days control
AVEF-1_fe1_n6ra_01 E14+14 days retinoic acid and bFGF
AVEF-1_fe1_n6ra_01 E14+14 days retinoic acid and bFGF
AVEF-1_fe1_n6ra_01 E14+14 days retinoic acid and bFGF
AVEF-1_fe1_n6ra_01 E14+14 days retinoic acid and bFGF

Tags

  • body
  • laminin
  • liquid
  • lysine
  • serum

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