Supplemental Table S1: Oligonucleotides Used As ...

Supplemental Table S1: Oligonucleotides Used As Primers for RT-PCR Location Up Primer Down Primer NCoR28+/cagccaaaggccatgttatt ggtcctgtcttgggatttca NCoR 37b+/bggatcctgctgctcagctac ttcttggggaggtacaggtg NCoR 45a+/aagcctatggggatagcacct caatggacgttggtggtgta SMRT 28+/ctccccctctcatctcttcc tttggtcaaggcatcctctc SMRT 40b+/btagcagaggacaggggaaaa tactgcttcaacgccatcag SMRT 44+/-/45+/agaacatcaaaggccaccag ttgctggcatgttgaaaatc SMRT 47b+/b-/gattttcaacatgccagcaa cccagactcgactggttagc Danio NCoR28+/gccacagaggaccagaacag agagcgtatgggtggactct NCoR 37b+/bccgatacaacaacgctgctg ggagagtttgctgggctgat NCoR 45a+/aggggaacatggaggagaagc gcatcgtcagggggttgtaa SMRT 28+/ggctccatcacacagggtac gagacgggttattgtgccct SMRT 40b+/bagcgcgtcaagtagggaaaa ctggttttgctgtgactggc SMRT 44+/-/45+/cagagggcacttctgcagaa ttctgtcccaggttggctct SMRT 1 gaggtcggtgactaccagga gctcctgcagctctctctgt SMRT 2 gaggcctgggagaagaaagt ttaccactgactcccgatcc SMRT 3 tcggagaaagagcgtaaagc ctctggcaaaatgggaggta SMRT 4 tacctcccattttgccagag gagacgggttattgtgccct SMRT 5 ggctccatcacacagggtac ctcgatctttctcacgctcc SMRT 6 ctgtcccgtgtctctccatt ctcgatctttctcacgctcc SMRT 7 ggagcgtgagaaagatcgag ctggttttgctgtgactggc SMRT 8 agcgcgtcaagtagggaaaa ttctgtcccaggttggctct SMRT 9 agagccaacctgggacagaa ggaggtatcagagggcatga NCoR 1 aaggacatgaggtggtttgg attgttctcctgctccgaga NCoR 2 tctcggagcaggagaacaat cgtcactctcctcatcgtca NCoR 3 tgacgatgaggagagtgacg attactgccatcaggttggg NCoR 4 cccaacctgatggcagtaat agagcgtatgggtggactct NCoR 5 gccacagaggaccagaacag gaatgccctaggagggaaag NCoR 6 ctttccctcctagggcattc ggagagtttgctgggctgat NCoR 7 cgcagatggatgtagcaaaa gtcgctgtctgagagggtct SMRT 47b+/b-/agagccaacctgggacagaa ccaggatgtgttggggaagg Gallus NCoR28+/cgagaggaagcttcagccaa ggctccttcgaatgccctta NCoR 37b+/bcttcccgctacaatacggct tctgcctggcttggtttagg NCoR 45a+/agacgacaagagcgaggatca tactgctgagcatccgcatt SMRT 28+/gccactgacaatggatccca tcactttctccgctctgctg SMRT 40b+/bggagtcgaggcctttacctg ccctttctcgtgggataggc SMRT 44+/-/45+/atcaccctcagcagctcaac aaatctctgtcccaggctgc SMRT 47b+/b-/gcagcctgggacagagattt cccctctgagtgcactgaag Homo NCoR28+/aggctttggtgaaggggtcca tcagttgttgctcttggtgtc NCoR 37b+/bacagagacccagtgttttccaag gcaggacttatcacctcaatagca NCoR 45a+/accagtaatcttgggctggaa ccgacagggtctcgtactgt SMRT 28+/aatgtcggtccagctccacgt cctttggtgatgcttccgcc SMRT 40b+/bcggacccgcaccgggaaaagac aggtgcttggggagccccttg SMRT 44+/-/45+/aggggtcaaaggtcaccag gatggcgggcatattgaag SMRT 47b+/b-/caagaagctgaacacccaca cgagtgcactgaggagacag Monodelphis NCoR28+/ccaaaggccacgtgatttat acgtcccatttctttgatgg NCoR 37b+/bccctcagatggaagtgacca cattccttctgcttgggaag NCoR 45a+/attgtcttggcacaacctctg tgagtgactgcttggctcac Organism Chrysemys

Mus

SMRT 28+/SMRT 40b+/bSMRT 44+/-/45+/SMRT 47b+/b-/NCoR28+/NCoR 37b+/bNCoR 45a+/aSMRT 28+/SMRT 40b+/bSMRT 44+/-/45+/SMRT 47b+/b-/-

gagttccaatccagctccac gcaccgagacaaaactccag tgccctgtgctggacttac cagcctggaacggagatatt gccatgttatctatgaaggcaaaa ctggctgctcttgtggatgc ttcttttgctgatcccgcca gatgtcagtccagcttcgtgtg ccatccaggaattggaactccg ccacccagtgacctctacct aacaagaaactcaacacccacaac

cctggtgatggttcctttgt gtgatgacctcgctgatgtg ggccggcatgttgaatatct ggtcctgcggttacagtctc agtcctctctttgaggtcagaatg ctgtcccattccctctgactg gcatccgtatggtcagaggg cccttggtgatgcttccact tcaccgggctgatgggctc agtgatggcgggcatgtt ctgcctgtagcctcataatcaaag

Ovis

Xenopus

Drosophila

NCoR28+/NCoR 37b+/bNCoR 45a+/aSMRT 28+/SMRT 40b+/bSMRT 44+/-/45+/SMRT 47b+/b-/NCoR28+/NCoR 37b+/bNCoR 45a+/aSMRT 28+/SMRT 40b+/bSMRT 44+/-/45+/SMRT 47b+/b-/SMRTER 1 SMRTER 2 SMRTER 3 SMRTER 4 SMRTER 5 SMRTER 6 SMRTER 7 SMRTER 8 SMRTER 9 SMRTER 10 SMRTER 11 SMRTER 12 SMRTER 13 SMRTER 14 SMRTER 15 SMRTER 16 SMRTER 17 SMRTER 18 SMRTER 19 SMRTER 20

tgaggcattggtgaagggac ctgctccccagatggatgtg caaagtggaggatcacgggg ccacgtcccatactcagagc tgcaccgggaaaagactca ccccctctactccttcccc accggggacagagatcttca ggagaggtgcagggaggata attggccgcacttgttgatg cccctaacagtgaagcacgt cccacttcacgttcctt ttctcccattaaggctgtgg tatactggagccggttgtcc aacatgccagccaatacagg tctcggtcttcttgctgagg caatcctggttacccgccat cgtaatggtcgggagtctgg atgcagctcaaggtggagac agatctatgcggccaatcgg cgaggagatcatggatggcc ctgaaagtgccgccgaaaag ctgaaagtgccgccgaaaag agttgagggtttgggagctg aattggccagctgctttgtg gatccgataccgcttccgtt gtgttcaaccaggtggagct tggtgggaattggtcatccg gtacgctctggtggcatgta agttcgatggcttggtcagg tcatccagaggcacaacacg gtggtcactggatcaggtgg ctcatctgcggccaccatat gaggtcctggatccggag cacctatgccttcccctaca

ctcttggtgtgccatgcatg agtgatgcagtggtccttcg actgtgtcgagcctgttgag tcctcaccgatgatcctggt ctcttgtcgagctcctccag tgaagatctctgtccccggt ggttgtaggggaatggggtg gccttttgagatggctccct aggagactcttgctgttgcc ggacatagaggatggcggtg tatgacatgccctttggaca gtccaatcctgagctttcca cctgtattggctggcatgtt tgcactgatgaagcagaggg atggcgggtaaccaggattg ccagactcccgaccattacg gtctccaccttgagctgcat ccgattggccgcatagatct ggccatccatgatctcctcg cttttcggcggcactttcag cagtcgctgtttccggtttg cagctcccaaaccctcaact cacaaagcagctggccaatt aacggaagcggtatcggatc agctccacctggttgaacac cggatgaccaattcccacca tacatgccaccagagcgtac cctgaccaagccatcgaact cgtgttgtgcctctggatga ccacctgatccagtgaccac atatggtggccgcagatgag ctccggatccaggacctc gtggatgatacggcgaatgg ctactgctattgtcgctggc