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Prkch - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
GEO DataSets Gene Profile neighbors Chromosome neighbors Homologene neighbors
Hif1a - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Slc38a6 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Trmt5 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Mnat1 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Six1 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
LOC100361944 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Pcnx4 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Kcnh5 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Rtn1 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Jkamp - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Rhoj - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
L3hypdh - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Ppp2r5e - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Wdr89 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Esr2 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Mthfd1 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
Akap5 - Transcription factor Nurr1 overexpression induced by depolarization effect on midbrain neurons in vitro
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