{"push_id":1362157120,"size":1,"distinct_size":1,"ref":"refs/heads/master","head":"940b7c37878bf038dd7883d07bfec30d7740ae34","before":"6c7b7115683463c35b78d34976373f8b9bf6fd94","commits":[{"sha":"940b7c37878bf038dd7883d07bfec30d7740ae34","author":{"name":"caprice-j","email":"752b4d455261f30fcaa71f0203ecb5bcd54f4ea1@gmail.com"},"message":"finish 1st binary analysis (details below)\n\nI selected out three datasets, GDS4523, GDS4231, and GDS1917 due to preprocessing easiness.\n(Other datasets do not have the 'disease.state' column, or lacked a lot of gene expression values, and so on)\n\nGDS4523 and GDS1917 deal with schizophrenia while GDS4231 deal with HIV.\n\nthe final result is in a variable 'related_genes_df'.\nMy hypothesis is that the two schizophrenia datasets would make same genes significant and corroborate our procedure correctness\n(Hopefully the HIV genes too). Unfortunately, this time both did not find any related genes.\nOnly HIV datasets reoprts some significant (adjusted p < .05) genes.","distinct":true,"url":"https://api.github.com/repos/YasChenSon-Bioinformatics/BrainDiseaseCors/commits/940b7c37878bf038dd7883d07bfec30d7740ae34"}]}
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