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Listed are 6 possible structures of the regulatory region inferred using yakA- pufA- gene expression data.
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Motif appears at position -880 to -641 relative to the ATG.
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Motif appears at these position(s):
ATCAAAT|AGAAAACGTTT|ATTATCT (JC1V2_0_01880) in sense dir., at pos. -743, p: 4.12e-06
This motif does not match any known binding sites.
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Look at genes with similar expression patterns and regulatory domain structure.
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Motif appears at position -520 to -1 relative to the ATG AND
motif appears at position -840 to -321 relative to the ATG.
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Motif appears at these position(s):
ATTAAAA|CACACACATACAATA|AATTTTT (JC1V2_0_01880) in sense dir., at pos. -146, p: 1.05e-07
This motif does not match any known binding sites.
Motif appears at these position(s):
GAAAGTG|AGATCTCTAATATGG|AGTAACC (JC1V2_0_01880) in nonsense dir., at pos. -801, p: 8.27e-07
This motif matches the following known binding sites:
PARS$PR12_01 - PR1-2 (pathogen related protein 1-2), bound by: WRKY1, WRKY2, WRKY3
CHICK$HOX14_01 - Chox-1.4, bound by: HOXA4
see details about this motif
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Look at genes with similar expression patterns and regulatory domain structure.
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Motif appears at position -880 to -161 relative to the ATG AND
motif appears at position -920 to -401 relative to the ATG.
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Motif appears at these position(s):
TGCTGCA|ACACCACC|ACAACCA (JC1V2_0_01880) in nonsense dir., at pos. -860, p: 2.2e-07
This motif matches the following known binding sites:
CHICK$ACRA_04 - AChR alpha (acetylcholine receptor, alpha-subunit), bound by: MyoD
BPV1$BPV1_18 - BPV-1 (bovine papilloma virus-1), bound by: E2
see details about this motif
Motif appears at these position(s):
ATAAGAT|GCTGCAACACC|ACCACAA (JC1V2_0_01880) in nonsense dir., at pos. -857, p: 3.39e-08
This motif does not match any known binding sites.
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Look at genes with similar expression patterns and regulatory domain structure.
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Motif appears at position -960 to -81 relative to the ATG AND
motif appears anywhere in the regulatory region.
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Motif appears at these position(s):
TGCTGCA|ACACCACC|ACAACCA (JC1V2_0_01880) in nonsense dir., at pos. -860, p: 2.2e-07
This motif matches the following known binding sites:
CHICK$ACRA_04 - AChR alpha (acetylcholine receptor, alpha-subunit), bound by: MyoD
BPV1$BPV1_18 - BPV-1 (bovine papilloma virus-1), bound by: E2
see details about this motif
Motif appears at these position(s):
TATGGTA|TCCATGATGGT|TATCTCC (JC1V2_0_01880) in sense dir., at pos. -610, p: 4.03e-07
This motif matches the following known binding sites:
NEUCR$CYS14_03 - cys-14 (sulfate permease II), bound by: CYS3
MOUSE$WAP_07 - WAP (whey acidic protein), bound by: MPBF, NF-1
see details about this motif
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Look at genes with similar expression patterns and regulatory domain structure.
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Motif appears at position -760 to -161 relative to the ATG AND
motif appears in sense direction at position -760 to -401 relative to the ATG.
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Motif appears at these position(s):
TATCTAC|CCTTTGTG|AATTAAA (JC1V2_0_01880) in sense dir., at pos. -723, p: 1.41e-06
This motif matches the following known binding sites:
XENLA$AC_04 - C-ACT (cardiac actin), bound by: EMF1, EMF2, EMF3, EMF4, Myf-5, MyoD
MOUSE$M2EAK_01 - Ekalpha (MHC class II Ekalpha)
see details about this motif
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Look at genes with similar expression patterns and regulatory domain structure.
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Motif appears anywhere in the regulatory region AND
motif appears anywhere in the regulatory region AND
motif appears at position -960 to -561 relative to the ATG.
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Motif appears at these position(s):
AACAATT|TGGGTAAC|ACAACCA (JC1V2_0_01880) in sense dir., at pos. -685, p: 2.59e-06
This motif matches the following known binding sites:
DROME$DPP_49, bound by: Dl
RAT$FABPI_02 - FABPI (intestinal fatty acid binding protein), bound by: C/EBPalpha
see details about this motif
Motif appears at these position(s):
GTAACAA|TTTGGGTAAC|ACAACCA (JC1V2_0_01880) in sense dir., at pos. -687, p: 6.86e-07
This motif matches the following known binding sites:
AT$ROT3_01 - rot3 (P450 gene), bound by: ANT
DROME$HSP23_06, bound by: BR
see details about this motif
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Look at genes with similar expression patterns and regulatory domain structure.
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