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Metabolomics,Unknown,Transcriptomics,Genomics,Proteomics

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Transcription profiling of Arabidopsis SOC1 gain of function mutants

ABSTRACT: To find downstream target of SOC1, we attemted global expression profiles in gain-of-function mutants of SOC1; To find downstream target of SOC1, we attemted global expression profiles in soc1-101D: ; Expt. 1 GSM73643, GSM73646; Expt. 2 GSM73647, GSM73648; Expt. 3 GSM73649, GSM73650; To find downstream target of SOC1, we attemted global expression profiles in soc1-2: GSM73649, GSM73651; To find downstream target of SOC1, we attemted global expression profiles in gain-of-function mutants of SOC1: ; GSM73643, GSM73646, GSM73647, GSM73648, GSM73649, GSM73650 Experiment Overall Design: To more completely identify the downstream targets of SOC1, we attemted to compare the expression profiles of g-o-f mutant of SOC1 with the results of soc1-2 mutant

ORGANISM(S): Arabidopsis thaliana

SUBMITTER: Horim Lee

PROVIDER: E-GEOD-3279 | biostudies-arrayexpress |

REPOSITORIES: biostudies-arrayexpress

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Gain-of-function mutants of SOC1 vs soc1-2

Project description:To find downstream target of SOC1, we attemted global expression profiles in gain-of-function mutants of SOC1 To find downstream target of SOC1, we attemted global expression profiles in soc1-101D: Expt. 1 GSM73643, GSM73646 Expt. 2 GSM73647, GSM73648 Expt. 3 GSM73649, GSM73650 To find downstream target of SOC1, we attemted global expression profiles in soc1-2: GSM73649, GSM73651 To find downstream target of SOC1, we attemted global expression profiles in gain-of-function mutants of SOC1: GSM73643, GSM73646, GSM73647, GSM73648, GSM73649, GSM73650 Keywords: genetic modification

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