KEGG   Cyprinus carpio (common carp): 109060235Help
Entry
109060235         CDS       T05134                                 

Definition
(RefSeq) serine-rich adhesin for platelets-like isoform X1
  KO
K11429  histone-lysine N-methyltransferase SUV420H [EC:2.1.1.43]
Organism
ccar  Cyprinus carpio (common carp)
Pathway
ccar00310  Lysine degradation
Brite
KEGG Orthology (KO) [BR:ccar00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    109060235
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ccar03036]
    109060235
Enzymes [BR:ccar01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.43  histone-lysine N-methyltransferase
     109060235
Chromosome and associated proteins [BR:ccar03036]
 Eukaryotic Type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     109060235
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif
Pfam: SET
Motif
Other DBs
NCBI-GeneID: 109060235
NCBI-ProteinID: XP_018932932
LinkDB All DBs
Position
6
AA seq 2135 aa AA seqDB search
MEGSYRMSVRELCETDDLATSLVLDPLLGFSTHKMNISPPPEIRRWGYLRGTLLRFKRTH
DFQATFDALLDGEWVSGYFTGLGSHRQELLKQHMYRYMTAFLLDSGVNIEPCNRYSSETN
GAKITSTRHWLVGERVEVLQGCIAELSPEDSAVLRAGVNDFSVMYSMRKRCAQLWLGPAA
FINHDCRPNCKFVPGDKNGACVKVVRPISPGEEITCYYGDSFFGENNEMCECCTCERRGE
GSFKKRDQSPDVACSVDPSGQKYEFRETDLRLNRNRGNGNPKPFLTVSNSALPTRNTFSQ
RTKRNALVLSKMRKTDRWRREEQCKQVEKRTQNLLSSLPHLELKELSISLYQHSTNFLLS
CKDPLSKERALLYLIEKERPKPERTTRNSKSVSPPLSSANINGPEETKDEDGEMLNEDPV
IRFKPFTLGCVSSAHDRDSMKAKERNIDASSVRIVHQGISSRTRNILRSRLSRLQARSRS
KLSRFNKRRTRLIKSNSKLPTGQNECSDSQAQDGKRQKGSEVESKDNTNPVLISPGKPCT
DKCVHIDGDTGTNSDKLSQTESMVIRETQQRVFRDCLREVAGNGKHISGSIAPRAGDVSS
CVASETSGDNKQNHRQSVSSSAVNVTPSLSSASLNSPVSLLSGLNRYLRVSLVRVAIPGK
PEVESTGQREADSTTDKVTTPAAASVQQTTKFNGSKESNSQGKKGVKELYFTPVNMESAD
KYLKVTCDLETSKNPVTQPVVKELVDVYGKDSHSEYEIEGKQDDKVVTVTSVEVTIPKIS
EDAVKKQKGAVKDKKQKHAESVPKVQDKESGIKNQEEVIVEGNYLEKKVLTTHFGSRTIV
VKEARVLLTDIRKSLSCKFTQQDTNDHQPPCSYSGIGEADNMKTLLLADNKETKDKHDAL
NNKNEHPNQGLTAADQQNIHEDTQKKQSESDLISSEPSSTCMVSLDHSPQSSIPLKKRAF
RESLDTDPEQDVNVPATPCTDGSKGIEPNSDNLLPKPSESSCVDSTLMKCSIPESSLTLK
DNVGIGSKKRGSSKLIKSSAKQYCKGIQSAHCGPGKNNVRVPEYRYSMSKVHVCERTIND
PKSETSKNTEAVKCNMEEENQAKSDKGLGGGNKGPGDCEITDNIEHAIIDELSTSNDLDK
TEEEQRLNVRIRLKRKRGKEWAMECTDEAKSLVDKSSPQQCLSLVDPFSAILDTVSILNA
EMERIRGHGEADNGVGLEKATKAVQDVLEHCRKECAAKPCKRQQNVLAVHINKNGSTPNE
IVQDSSDVTDKQLQQKSSSPKIEADIDDIKPLPLIRLCRRAEGKWEVEWKEAHNEDGSTD
TLHKEPKKLTSVFSTAAIVEQMPLCKVKEENPSQCQQLMLGRSCTKGTETSRDPLSFETS
PLSISLSPLSLYSPCYDGLAGVSNVSGSIQAKENVREHVSDTFNIFKTGVIRTDNKESDD
ICLSQNLFQINKSLSKLQALSQSQVCEKSVPTNTSVTSSQIQSPSISPFTSECSFSNYSE
DVLDFPCLNLESYDQMPAQNNLASSLIDYCPGEPHNTGSFSSPFSQSPTDAWNPETPYLG
SPSPVSNFSSDEELSFPDIVFAQSDTSSSIGASQLFFKDKLCNTATSSAPLQDSEKDLYL
SDGELSKTPIELQVQEDSATQFLPRDLTMFNNASTSAKQPGHPTVRIHPQNKKFNFLDSI
VNTKSSESYLAKIDVKDKIHGPLNLHSSKAKSESFFRNQPTQSLHGAGPHSNLVTPFHSL
HVGNKPTSLADYPGAFNSGNALFSSNDKKFPFCPTPKNVSKALEGQNASRISVAAGSSKS
HNNMESIYACPGPSSSHSGKESSARYPNAEFSRLAENLQKTPKNIQSKQYPANPGQQGER
IHPVYFISSSKTTANIFKNIKPQISRNDKAPSLPSTYLFSSAQGSQCYSTTQSKLYKLEK
PHAVVAPTQNTQLSGVSSIQPNKNQMCSNISHCDSSDFNFSSSLSPPASQHSSPHLGYRA
SSVPEVPLNKTQSTTFEHGQPPHQSYVVNFTGDHSVTLGYSGDGESLNYTGSGPANYTYH
CLMEPSGTQGRLVVEACGPSNFSPSPSASRFAGSKVHGGQVGKDQQHQGTGTHPCNSLHF
STSHSQSTPITDRKPKRLRLVVTDGTVDLDLQYTD
NT seq 6408 nt NT seq  +upstreamnt  +downstreamnt
atggagggatcttatagaatgagtgtgagagagctttgtgagacagatgatctggccaca
agtctggtgctggatcccttactggggtttagcacccataagatgaacataagtcctccc
cctgagatccggcgatggggttacctcagagggacacttctgcgcttcaaacgcacacat
gacttccaggccacctttgatgccctgttggatggggaatgggtcagtggctatttcacc
gggctgggttcacaccgacaggagttgttaaagcagcatatgtatcgctatatgacagca
tttctgttggacagtggagtgaacattgagccatgtaaccgctattcttctgaaacgaat
ggagccaaaatcacatccacccgacactggcttgtgggagaacgggtggaggtactgcag
ggctgtatagctgagctgagccctgaggatagtgcggtgctcagagcaggagtgaatgac
ttcagtgtcatgtactctatgcgcaagagatgtgctcagctttggttggggccggctgcc
ttcatcaatcatgactgcagacccaactgtaagtttgtccctggagataagaatggagct
tgtgtaaaagtggtgcggcccatctcgccgggggaggagattacctgttactatggggac
agcttttttggggagaataatgaaatgtgtgaatgttgcacatgtgagaggagaggagag
ggatcatttaagaagagagaccagtcaccagatgtggcttgctccgtggatccttcagga
caaaaatatgagttcagagagaccgacctaaggcttaacaggaataggggaaatggcaac
ccaaagccatttctcactgtatcaaactcagccttgccaacgaggaatacattttcccaa
cggacaaagaggaacgcccttgttttgagcaagatgagaaagactgataggtggaggagg
gaggagcaatgcaaacaggtggaaaagagaacacaaaacctcttgtcctctttgcctcac
ctggagctaaaggagctgagcatcagcctctatcagcacagcacaaatttcctattaagc
tgcaaagaccctttgagcaaagaaagggccctgctatatctaattgagaaagagcgacca
aaaccagagaggaccacaaggaacagcaaatctgtctctccaccactcagtagtgctaac
ataaatggaccggaggagacaaaagatgaggatggagaaatgttaaatgaagaccctgtc
attcgatttaaaccctttactcttggatgtgtttccagtgcacatgatagagacagcatg
aaggccaaggaacgtaacattgatgcatcatctgtcagaattgtccaccagggcatttcc
tcaaggaccaggaatattcttcgtagtcgtctgagcaggctccaagcaaggagtcgatct
aaactttccagattcaacaaaaggaggaccagactgatcaaatcgaactctaaactccct
acagggcaaaatgaatgctctgactcacaggcacaagatgggaagcggcaaaaaggaagt
gaggttgagtccaaggacaatactaaccctgttttaatctctccaggtaaaccatgtact
gataaatgtgtacacattgatggagacactggaactaacagtgacaaattatcacaaaca
gaaagcatggtgatcagagagacgcagcagagagtctttagggattgcctcagggaagtg
gctggtaacgggaaacacatcagcggttccattgctcctagggcaggtgatgttagttct
tgtgtagcttcagagacctcaggggacaacaagcaaaaccacaggcagtctgtctcttct
agtgctgtaaacgttacaccctccttgtcttcagcatctcttaatagtcctgtctctctc
ctctcagggttaaatcgttacctcagagtcagtctggtcagggtggctatcccaggaaag
ccagaggttgaaagtacaggtcagagggaggcagacagtacaacagacaaggttacaaca
ccagcagcagcatcagtacagcagaccacaaaatttaatgggagcaaagaaagcaatagt
caaggtaagaaaggggtgaaggagttgtatttcacaccagtgaatatggagagtgcagat
aagtacttaaaagtaacatgtgatttagagacttcgaaaaatccagtcacacaacctgtt
gtgaaagaacttgtggatgtgtatggtaaggatagccacagtgagtatgaaattgaaggt
aagcaagatgataaagttgtaacggtcacatctgttgaagtcacaattcccaaaatttct
gaagatgctgtaaaaaaacagaaaggagcagtcaaggataagaaacaaaaacatgctgag
agcgtacctaaggtgcaagataaagaaagcggcatcaagaaccaggaagaagtaattgtg
gaaggaaattacttggaaaagaaagtgttaaccacacattttggtagcaggaccattgtt
gttaaagaggcaagggtactgctgacagatattagaaagagtttaagttgcaagtttact
caacaagatactaatgaccatcaacctccgtgcagttatagtggtataggagaagctgat
aatatgaagacactattacttgctgacaataaagagacaaaggacaagcatgatgcactt
aataacaaaaatgagcaccctaatcaaggactcacggcagctgatcagcaaaatatacat
gaagatactcaaaagaaacagtcagaaagcgatttgatttcctcagaaccctcatccacg
tgcatggtttctctggatcatagtccccagagcagcattcccctgaagaaacgggcattt
cgagaatcgcttgatacagacccagaacaggatgttaatgtacctgcaacaccttgtact
gacggcagtaaaggcatagagcccaactcggacaatctgttacctaagccaagcgaaagc
agctgtgtggattcaacattaatgaaatgttcaataccagaatcaagtttaactctcaaa
gacaatgttggcattgggtccaaaaagcgtggctcatccaagttgataaagtcttcggct
aaacaatactgtaaaggtattcagagtgctcattgtggaccagggaaaaacaatgtcaga
gttcctgaatacagatatagcatgagtaaagtacatgtttgtgagaggacaatcaatgac
cctaagagtgaaacatccaaaaatacagaagcagtcaaatgcaatatggaagaggagaac
caagcgaaaagtgacaaaggattaggaggaggaaataaaggaccaggggactgtgagatc
acggataatattgaacatgccattatagatgagttgtctacctcaaatgatttggataag
acggaggaagagcagaggttaaacgttagaatccgccttaagaggaaaaggggaaaggag
tgggcaatggagtgtacggatgaggcaaaaagtcttgtggacaagtcaagcccacagcaa
tgcttgtctttagttgacccttttagtgccattttggatactgtctcgattttaaatgca
gaaatggagaggattcgtggtcatggggaggccgataatggcgtaggtttagagaaagcc
accaaagcagttcaagatgtcctagaacattgcagaaaagaatgtgcagcgaagccatgt
aaaagacaacaaaacgtattagctgttcacattaacaagaatggtagtacaccaaacgaa
attgttcaagacagtagtgatgttactgacaagcagctacaacaaaaatcatctagtcca
aaaattgaggcggacattgatgacattaaaccgttacctctgattagattgtgcaggaga
gctgaaggcaagtgggaggtggagtggaaagaagctcacaatgaagatgggagcactgat
actttgcacaaggagccaaagaaattaacgtctgtcttctctacagcagcaattgtagaa
cagatgcctctttgcaaagttaaagaggaaaacccgtctcaatgccagcaactgatgttg
gggcgtagttgtaccaaggggacagagacctccagagatccactgagttttgagacttca
cccttatcaatatccctttcacctttgtcactttactctccctgttatgatgggctagca
ggagttagtaatgtcagtgggagtattcaagcaaaagagaatgtaagggagcatgtgtca
gacactttcaatatttttaagactggagttattagaactgacaacaaagaaagtgatgac
atttgcttgagccaaaatttgtttcagattaataaaagtctgtcaaaactccaggcactg
agtcagtcacaggtatgtgagaaaagtgtgcccactaacaccagtgtaacctcctctcag
attcagtctccatccatttctccctttacttcggagtgcagctttagtaactattctgaa
gatgtgcttgactttccatgtttaaatctcgaaagctacgatcagatgcctgcacaaaac
aacttggcaagctctttaatagattactgtcctggtgaaccacataacaccgggtccttc
agcagccccttctcccaaagtcccactgatgcatggaatccggagaccccttacctagga
tcgccaagcccagtgagtaacttcagtagtgatgaggagctaagtttcccggatattgtg
tttgctcagtctgatacatcctcatctattggtgcatctcagctgttcttcaaagataag
ctgtgtaatacagccacgagttctgctcctcttcaagactctgagaaagatctgtacttg
tctgatggcgagttgtccaaaactcccatagaactccaggtccaggaagattcagctaca
cagtttcttcccagagacttaacaatgtttaacaatgcatctacaagtgctaaacaacct
gggcacccaactgtgcgaattcatcctcagaataaaaagtttaacttccttgattccatt
gttaacacaaagtcctcagagtcataccttgctaaaattgacgttaaagacaaaattcat
ggacctctcaacttgcatagctcaaaagctaaatctgaatctttctttcgaaatcagcca
acacaaagtctgcatggtgccggacctcacagtaaccttgttacacccttccattcactt
cacgtaggaaataagccaacctcacttgctgattatccaggtgcattcaattctggtaat
gcactttttagtagcaatgacaagaagtttcctttttgtccaacccccaagaatgtctcg
aaagccttggaaggccagaatgctagtcgaatttctgtggctgcaggcagctcgaaatct
cacaacaacatggaaagcatctatgcttgtccgggtccatcaagttctcacagtggaaaa
gagtcttctgctagatatcctaatgctgagttctcaagattggctgaaaatctgcaaaaa
accccaaagaacatccagtccaaacagtaccctgctaatcctggtcagcaaggtgaacgc
attcaccctgtttacttcatcagctctagcaaaaccacagcaaacatcttcaagaacata
aagccccagatctcaaggaatgataaagctccatccctgccctccacgtatttattttcc
tcagctcaaggttctcaatgttacagtacaacacaaagcaaactctacaaattggaaaaa
ccccatgctgttgtggctcccactcaaaacactcaactttctggagtgtcttctatccag
cccaataagaatcagatgtgttcaaacatttctcactgtgattcttctgatttcaacttc
agctcctctctttcacctcctgcgtcgcagcacagcagtcctcatctgggatacagagca
tcctcagtccctgaggtccctttaaataaaactcagtcaaccacctttgaacacggtcaa
cctcctcaccagtcgtacgtagtgaactttactggagatcattctgtgactctagggtat
agtggagatggtgaaagcttgaattatactggttcaggacctgcaaattacacttaccat
tgtctcatggagccttcgggaactcaaggaaggctggttgtagaagcgtgtggtccctca
aacttctcaccttctccctctgcgagtaggtttgcagggtctaaagtccacgggggccaa
gtcggtaaggatcagcagcatcaggggactggaactcacccatgtaattctctacacttc
tccacctcccactcgcaaagcacccccataacagatcgcaagcctaagagacttaggctc
gtggtgactgatggtacagtggatctggacctacagtatactgattaa

DBGET integrated database retrieval system