Search results for the GEO ID: GSE11334
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GSM ID
GPL ID
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Title
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Description
Characteristics
GSM286204
GPL1355
E11ENP biological replicate 1 Embryonic day 11 early neuronal progenitors E11 neuronal progenitors positively selected with tetanus toxin and cholara toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286205
GPL1355
E11ENP biological replicate 2 Embryonic day 11 early neuronal progenitors E11 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286206
GPL1355
E11ENP biological replicate 3 Embryonic day 11 early neuronal progenitors E11 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286207
GPL1355
E11ENP biological replicate 4 Embryonic day 11 early neuronal progenitors E11 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286208
GPL1355
E12ENP biological replicate 1 Embryonic day 12 early neuronal progenitors E12 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286209
GPL1355
E12ENP biological replicate 2 Embryonic day 12 early neuronal progenitors E12 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286210
GPL1355
E12ENP biological replicate 3 Embryonic day 12 early neuronal progenitors E12 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286211
GPL1355
E12ENP biological replicate 4 Embryonic day 12 early neuronal progenitors E12 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286212
GPL1355
E13ENP biological replicate 1 Embryonic day 13 early neuronal progenitors E13 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286213
GPL1355
E13ENP biological replicate 2 Embryonic day 13 early neuronal progenitors E13 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286214
GPL1355
E13ENP biological replicate 3 Embryonic day 13 early neuronal progenitors E13 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286215
GPL1355
E13ENP biological replicate 4 Embryonic day 13 early neuronal progenitors E13 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286216
GPL1355
E13LNP biological replicate 1 Embryonic day 13 late neuronal progenitors E13 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry (tetanus toxin and cholera toxin high) Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286217
GPL1355
E13LNP biological replicate 2 Embryonic day 13 late neuronal progenitors E13 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry (tetanus toxin and cholera toxin high) Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
GSM286218
GPL1355
E13LNP biological replicate 3 Embryonic day 13 late neuronal progenitors E13 neuronal progenitors positively selected with tetanus toxin and cholera toxin using flow cytometry (tetanus toxin and cholera toxin high) Flow cytometry was used to isolate tetanus toxin+ and cholera toxin+ neuronal progenitors from embryonic days 11, 12 and 13 rat telencephalon.
 
 
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