Gene Details:

Functional Descriptions:

  • Expression pattern analysis showed that MdCIP1 was constitutively expressed in various tissues of apple, and responded to stress and hormone signals at the transcriptional level.
  • Ectopic expression of MdCIP1 complemented the phenotypes of the Arabidopsis cip1 mutant, and MdCIP1 inhibited anthocyanin biosynthesis in apple calli.
  • MdCIP1 interacts with MdCOP1 and inhibits apple anthocyanin biosynthesis in an MdCOP1-mediated pathway.
  • It is presumed that the MdCIP1-MdCOP1-MdMYB1 pathway may also be used to reveal the regulation mechanism of anthocyanin biosynthesis by hormonal and environmental signals, providing a new perspective on the hormonal and environmental impact on fruit coloration.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Orthologs:

Sequences:

cDNA Sequence
CDS Sequence
  • >MDP0000230486
    ATGCCAAAGCACCGCATGAGGGAAATTAAGTCCTTATTTGGAAGTCACATCAATTCACAGAAGCATGAAGAGCTGAAAGGAACTAAAATAGGTATTGAGGAGAAGGTGAATAAAATATTGAAGCTTCTAAAAAATGAAGAGCTTAAAAAAGATGACATCCCAGTAGAGAACTCCAAAGTGGAACCTCTCGCTGAGCTAATTCAGGATTTCCACAAGGATTACCAATCACTGTATGCACAATATGATCAACTAACTGGAGCGCTGAAGGAAAAAGTTTGGAGCAAACAAGAAAAGGACAACAGCTCTTCATCAAGTTCAGACTCAGATTCCGATCATTCTTCAAATGAAAAAAGCCGTAAAAATGGAGTGATGGAAAGTGACTTTCAGAAAATAACTGATGGGATCAAGCAGGAACTTGAATTGGCACATCAAGAAGTTGCTGACCTGAAGAGGAGATTGACCGCTACAAGTGAAGAGAAGGAAGCTTTAAGCTCAGATTGTGCGGCGGCTTTGACCAAGATAGAAGAAAAGGAGAGTGTTTTTATTGACTTGAAGACTGCAGCTGAAAGGTTAGATGCTGAAAAATCACTACTTTTGGCTGAGAATGGTGAGCTAAAACAAAAACTGGAAGCTGGTGGAAAGATAGAAGCTGAATTGATTCAAAAAGTGGAAGATGTGGAAGGAGAGAAAGATAACTTGATTAAGGAGAAAGAGACTGCTCTGAGAACGATTGAAGATGGAGAGACTATTACAGCGGAATTAAGAACCGTGATTGATCGGCTGAAAGATGAAAAAGTAACCCTTGAGCAAGAACTAGAATCTGTTCGAGGGGAAGTCATCCATATAAAGCAGAAGCTGCAATCTGCAGAAGAGCAGGTATCAGATTTAAGCCACAATCTGAAAGCCAAGGAGGAAGAAACAACTGAATCTAGTCAGCTACGGGAGAAATTGGGTCAGAGGGAAGTGGAATATTTGGCTCTGTCTGAGATGCATGAGCTGCATGAGAAGGAAACTTTGGCTCAAATTATGGAATTACAGGCTGCTGTGACAGGGCTGGAACTGGAGCTGGAATCTTTGCGAGCTCAGAAAAGAGATATGGAAGTGAAGATTGAGAGCACAGAAGCTGAAGTAAAACAACTGGGAGAGGTGAGTGCAGGACTGCAAGTCCAAATTTCAGAAGTTGAGTCAATATCAAATGAGAAAGCAGCAGAACTTTCTGCTCTCACGAAAAACCTTGAAGATTACAAAAGTGAATCTATTCAGCTGAAGGAGAAATTGGGTCAGAGGGAAGTGGAATGCTCAGCTCTGTCTGAGATGCATGAGCTGCATAAGAGTAAAACATTGGCTCAAATTACGGGATTAGAGGCTGCTGTGGCAGGGCTGGAACTGGAGCTGGAATCTTTGCGAGGTCAGAAAACAGATATAGAAGTTGAGATTGAGAACAAAGAAACTCAAGTGAAACAACTAGCAGAAGAGAACGCGGGACTGCAAGCCCGAATTTCACAACTTGAATCAATATCAAATGAGAGAGAAGCCGAATTTTCTTCCCTGGCAAAGAAATTTGAGGACAGCAGTAATGAATATGGTCAGCTACAGGAGAAACTGGGTCAGAGGGAAGTGGAACACTCAACTCTGTCTGAGATGCATGAGCTGCATAAGAGTAAAACATTGGCTCAAATTACAGGTTTAGAGGCTGCTGTGGCAGGGCTGGAACTGGAGCTGGAATCTTTGCGAGATCAGAAAAAAGATATAGAAGTTGAGATTGAGAAGAAAGAAACTCAAGTGAAACAACTAGCCGAAGAGAATGCGGGATTGCAAGCCCAAACTTCAGAACTTGAATCAATATCAAATGAGAGAGAAGCTGAACKTTCTGCTCTCACCAMAAAACTTGRGGAGATCAATRGTGAATCTATTCAGCWGAAGGAGCAATTGGATCAGAAGGAAAAGGAATACTCAGCTCTGTCTGAGAAGCATGAGCTGCATGAGAGTAAAACATCGGCTCAAATCCTGGGATTAGAGGCTGCTGTGGCAGGGCTGGAACTGGAGCTRAGATCTTTGCGAGGTCAGAAAGAAGATATAGATGTTGAGATTGAGAACAAAGAAACTCAAGTMAAACAACTAGCAGAAGAGAATGTGGGACTGCAAGCCCGAATTTCACAACTTGAATCAATATCAAATGAGAGAGAAGCCGAATTTTCTTCCCTGGMGAAGAAATTTGAGGACAGCAGTAATGAATATGGTCGGCTRCAGGAAAAACTGGGTCAGAGGGAAGTGGAACACTCAACTCTGTCTGAGATGCATGAGCTGCATAARAGTAAAACTTTGGCTCAAATTACAGGTTTAGAGGCTGCTGTGGCAGGGCTGGAACTGGAGCTGGAATCTTTGMGAGRTCAGAAAAAAGATATAGAAGTTGAGATTGAGAAGAAAGAAACTCAAGTGAAACAACTAGCMGAAGAKAATGCGGGATTGCAAGCCCAAACTTCAGAACTTGTATCAATATCAAATGAGAGAGAAGCTGAACKTTCTGCTCTCACCAMAAAACTTGAGGAGATCAATAGTGAATCTATTCAGCTGAAGGAGMAATTGGATATMGAWGTTGAGATTGAGAACAAAGAAACTCAAGTRAAACAACTAGCAGAAGAGAATGYGGGACTGCAAGCCCGAATTTCACAACTTGAATCAATATCAAATGAGAGAGAAGCCGAATTTTCTTCCCTGGCRAAGAAATTTGAGGACAGCAGTAATGAATATGGTCRGCTRCAGGAAAAACTGGGTCAGAKGGAAGTGGAACACTCAACTCTGKCTGAGATGCATGAGCTGCATAAGAGTAAAACKTTGGCTCAAATTACAGGTTTAGAGGCTGCTGTGGCAGGGCTGGAACTGGAGCTGGAATCYTTGMGAGRTCAGAAARAAGATATAGARGTTGAGATTGAGAAGAAAGAAACTCAAGTGAAACAACTAGCMGAAGAKAATGYGGGATTGCAAGCCCRAAYTTCAGAACTTGWATCAATATCAAATGAGAGAGAAGCTGAACTTTCTGCTCTSACSAARAAACTTGAGGASAKCARTARTGAATGGCTAGMACTGGAGCTGGAATCTTTGCGACATGAGAARAGWGRTWTSGAAGTAGAGATCGAGARCAAAGAAACTGTAGCAAAACAACTGGGAGAGGAAAATGCGGGACTGCAAGCCCGAATTTCAGAACTTGAATCGACTTTGAAAGACAGAGAAGCTGAACTTTCCGATCTCACGAAGAAACTTGAGGACAGCAATCATGAATCGTCATCCAGAATAGCAGATTTGTCCGCACAGATCAATAATCTGCTAGCTGAGGTAGATTCTTTGCGTGCCCAGAAAGTTGAGTTGGAGGAACTTATAGTATCCAAAGGTGATGAAGCATCGACTCAGGTCAAGGGATTAACGGAACAAGTAAATGTGTTGCAGCAGGAATTGTTGTCAATGCAGAGCGGGAAAACTGAATTGCAAGTGCAGCTTGAGAACAAAACTCAAGAAATAACGGATCATGAGAGGGTTGTGGAAGAGAAAGAGAGTTTGACGGCAGAAAAGAGAGAGATTGAGATAAAGGTGGACTCAATACACAACCACAAAAGTGAACTCGAAGAGGAGATAAGAACAAAATGCCTCGAGAGTGATCAATTGAGAGTGGAAATTGTTGAGCTAAGGGATCAAATTGTTGAATTTGAGAGGAGACTAACAGAAAAAGAGGCCGAGTTTTCTTCCCTCCAGGAGAAACATGACAGTGCAGTGAATGACACTTCTGCTCAAATAACAGCCTTTGTATCACAGGTTACTAATCTACAACAGGATTTGGATTCATTGCAGGCTGAGAAGAACCAGATGGAGTTGCAGTTTGAGAGGGAGAAACAAGAACTTTCACAGAGCCTGACGCAATTGGAAAATGAAAAGGTTGAGTTAGAGAGCAAGATTGCTGATCATCAGAGACTGCTGAATGAACACGAGGAGACATATGGCAAGTTAAAAGATGAATATATGCAGCTGGAGAGTCATATCCAGGACAGTAAGGTCAACCAAGACGCTGCAGAAAGGAAAATCGAGCAAATGGCGGAAGATTTCAGTAAGAAAATTGAATCCAAAGATGAGACAATAGCTGATTTGGAGCAAGAGGCTGAATATCTGAAACGAGATCTTGAAGAAAAAGGGTACGAGCTTAGTTCTTTGGTTGAAAACTCCCGTAATGTTGAAGTTAAGCTCCGCCTGTCAAACCAGAAGCTCCGGGTTACAGAGCAGGTATTGACTGAGAAAGAGGAGAGCTTCAGAAAGGCAGAACTGAAATTCCTGGAAGAACAGAGAGCACTTGAAGACAGGATTGCTAGATTGTCTGATATAATCTCTGCAAACAACGAAGCCTATCAAAGAAACATCACACTTGTTGCAGAAAATGTGAACAGTTATTTCAGCGGAATGGAATCCATGATAAAAAAATTTATGGACGACTGTGCAGAGTATGAGACGTGCATTCTGGAAACATCGCAGGAGCTTCACGTTGCAAAGAATTGGGTTGCAGAAACAAGGAGTGAAAGAGAGACGTTGAAGAGGGAGGTGGGGGACCTAATTGAACAACTGCGAGATAAGAAAGAAGAAGCATTGGTGCTTGGAGAGCAGGTCGAGAGGATGCGGGCAAAGGCAAGCAAGGAAGAAGTGGAGAAGGGGAGTCTGATCAAGGCCATGAGCCAACTTGAGAAGAAAGCGGCGGACTTGGAGAAGGTGGTGGAGGAGAAAACAGAGGGAATGCTGGGATTAGGAGAGGAGAAGAGGGAAGCCATAAGACAGTTGTGCATATGGATCGAGTATCACCAAAGCCGGTACGATCATCTCAAGGAAATTCTCTCGAAGACAACTCCTGCAAGAGGCCAGACGAGGGCTTCGACATCTCGTCCTTGA
Protein Sequence
  • >MDP0000230486
    MPKHRMREIKSLFGSHINSQKHEELKGTKIGIEEKVNKILKLLKNEELKKDDIPVENSKVEPLAELIQDFHKDYQSLYAQYDQLTGALKEKVWSKQEKDNSSSSSSDSDSDHSSNEKSRKNGVMESDFQKITDGIKQELELAHQEVADLKRRLTATSEEKEALSSDCAAALTKIEEKESVFIDLKTAAERLDAEKSLLLAENGELKQKLEAGGKIEAELIQKVEDVEGEKDNLIKEKETALRTIEDGETITAELRTVIDRLKDEKVTLEQELESVRGEVIHIKQKLQSAEEQVSDLSHNLKAKEEETTESSQLREKLGQREVEYLALSEMHELHEKETLAQIMELQAAVTGLELELESLRAQKRDMEVKIESTEAEVKQLGEVSAGLQVQISEVESISNEKAAELSALTKNLEDYKSESIQLKEKLGQREVECSALSEMHELHKSKTLAQITGLEAAVAGLELELESLRGQKTDIEVEIENKETQVKQLAEENAGLQARISQLESISNEREAEFSSLAKKFEDSSNEYGQLQEKLGQREVEHSTLSEMHELHKSKTLAQITGLEAAVAGLELELESLRDQKKDIEVEIEKKETQVKQLAEENAGLQAQTSELESISNEREAEXSALTXKLXEINXESIQXKEQLDQKEKEYSALSEKHELHESKTSAQILGLEAAVAGLELELRSLRGQKEDIDVEIENKETQVKQLAEENVGLQARISQLESISNEREAEFSSLXKKFEDSSNEYGRLQEKLGQREVEHSTLSEMHELHKSKTLAQITGLEAAVAGLELELESLXXQKKDIEVEIEKKETQVKQLAEXNAGLQAQTSELVSISNEREAEXSALTXKLEEINSESIQLKEXLDIXVEIENKETQVKQLAEENXGLQARISQLESISNEREAEFSSLAKKFEDSSNEYGXLQEKLGQXEVEHSTLXEMHELHKSKTLAQITGLEAAVAGLELELESLXXQKXDIEVEIEKKETQVKQLAEXNXGLQAXXSELXSISNEREAELSALTKKLEXXXXEWLXLELESLRHEKXXXEVEIEXKETVAKQLGEENAGLQARISELESTLKDREAELSDLTKKLEDSNHESSSRIADLSAQINNLLAEVDSLRAQKVELEELIVSKGDEASTQVKGLTEQVNVLQQELLSMQSGKTELQVQLENKTQEITDHERVVEEKESLTAEKREIEIKVDSIHNHKSELEEEIRTKCLESDQLRVEIVELRDQIVEFERRLTEKEAEFSSLQEKHDSAVNDTSAQITAFVSQVTNLQQDLDSLQAEKNQMELQFEREKQELSQSLTQLENEKVELESKIADHQRLLNEHEETYGKLKDEYMQLESHIQDSKVNQDAAERKIEQMAEDFSKKIESKDETIADLEQEAEYLKRDLEEKGYELSSLVENSRNVEVKLRLSNQKLRVTEQVLTEKEESFRKAELKFLEEQRALEDRIARLSDIISANNEAYQRNITLVAENVNSYFSGMESMIKKFMDDCAEYETCILETSQELHVAKNWVAETRSERETLKREVGDLIEQLRDKKEEALVLGEQVERMRAKASKEEVEKGSLIKAMSQLEKKAADLEKVVEEKTEGMLGLGEEKREAIRQLCIWIEYHQSRYDHLKEILSKTTPARGQTRASTSRP