KEGG   Larimichthys crocea (large yellow croaker): 104919392
Entry
104919392         CDS       T04659                                 
Name
(RefSeq) period circadian protein homolog 2 isoform X2
  KO
K02633  period circadian protein 2
Organism
lco  Larimichthys crocea (large yellow croaker)
Brite
KEGG Orthology (KO) [BR:lco00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:lco03400]
    104919392
DNA repair and recombination proteins [BR:lco03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    104919392
SSDB
Motif
Pfam: Period_C Per3-like_PAS-A PAS_3 PAS_11 PAS
Other DBs
NCBI-GeneID: 104919392
NCBI-ProteinID: XP_019125654
Position
VII:complement(6157629..6173759)
AA seq 1531 aa
MSEDSDPKHYLYSTLDGRDRNRERVGFQAEEEEHSPCGTISQLHRMASGYSEGCGGQDGV
ELASEGSDSSHEHPASLGSPHDDRKRPRPPLHEDVEMGCSGSSGSGTESHGNESHGNESH
GNESVGSSNGNGKDSALLESSESNKSSNSHSPSPPSSSNAFSLVSSEQDNPSTSGCSSEQ
SAKAKTQKELFKTLKELKMHLPLEKRSKGKSSTVNTLKYALRCVKQVKANEEYYQMLMIN
DSQPPGFEVSSYTIEEINSITSEYTLKNTDIFAVAVSLITGKIVYISDQAASILNCKREV
FNNAKFVEFLTPQDVSVFYSFTTPYRLPSWSMCTGAESSPTECMQEKSFFCRISGGKERE
GDLQYYPFRMTPYLMKVQDAELAEEQFCCLLLAERVHSGYEAPRIPPDKRIFTTTHTPNC
VFQDVDERAVPLLGYLPQDLIGTPVLLNLHPSDRPLMLAVHRKILQYAGQPFDHSSIRFC
ARNGEYITIDTSWSSFVNPWSRKVSFVIGRHKVRMGPVNEDVFAAPAFHGGKIMDSDIQE
ISEQIHRLLLQPIHNMGSSGYGSHGSNGSHEQLVSISSSSESNGNITAGKTAEETGKAKP
PRTFQEICKGVHMLKNQDSQVCMHSPSPSPSPSPSKPEQKRTADVPPQRSPAVRLKDSAP
PLQVRDSTTASMEDFPCKDQTVHSYQQISCLDSVIRYLESCNIPITVKRKYQFSSNTTSS
NSDDDKKGLEDTNPDPLMLDAQPGLSNMKAPKKPPSGAAAVVGGPLAPLTLPSKAESVVS
ITSQCSYSSTIVHVGDKKPQPESEIIEDVAESPAPPALPVSVVSPPSQEKEAYKRLGLTK
QVLAAHTQKEEQAFLTRCRELRNARSFQKDCSTYLHKQRESANAEESSGPRGAAKQGTTR
PETTAKKGMRNRKSKKPRMKHPDSSDSAVSNRKPRPPLQGLNQTSWSPSEASQSAFNVSY
PTMVPAYPLYPPAPSAPAQAPLPDPSLSAGFGDGQSTQAPPTATPFPAPIVTPVVALVLP
NYLFPQIGQLGQIGQLGAAARPTFFPEQTQTQPAYTAQQPFQPAQSAYTMQTQPPYTSQQ
PFPVQTAFAPQQPFQPSQTPYTTQQPFQAPQTAYTTQQPFQAPQTAYTTQQPFQASQTPY
TTQQPFQAPQTTYTAQQPFAAQRSFPVQTQFVAQAPYPAQPFPYSLASEPPKAAASRSST
PASGAREPATSPPLFESRCSSPLQLNLLSMEEGQRSVERQDSTALSAGGQGSSTAASGVA
GASGEKNGGTAKAENHQQVESPGDGAHSDGNSSSCDLLDILLQEQEDSHSGTGSATSGSM
GSGSGSGSGSGSGSGSGSGCGTSASGASGSRTGSSNTSKYFGSVDSLEQDPKAKAKLRGD
GSSEGGQSQVKILAQGEGDHFIKYALQEPLWLLMANADDKVMMTYQMPSRDIQKVLREDK
ERLRQMQKSQPHFSSDQRRELVEEHPWMRRGGLPAAINVKECVYCKDEETTPFEEDLPDM
DMGEMGEELSKESQNPQSQSEHQQPQPDTGS
NT seq 4596 nt   +upstreamnt  +downstreamnt
atgtctgaggacagtgatccaaagcactacctgtactcaactctggacgggcgtgatcgg
aaccgggaaagggtcggcttccaggcggaggaagaggagcactctccctgcggcaccatc
agccaacttcaccgcatggccagcggttacagcgagggttgtggcgggcaggatggcgtc
gaactggcctccgaggggagcgacagcagccacgagcacccggcctcgctgggctccccg
catgatgacaggaagcggccgcgcccacctttacacgaggatgtggagatgggctgcagc
ggctcgagtgggagcgggacagaatcccatggcaacgagtcgcacggcaatgagtcccat
ggcaatgagtctgtgggcagctcgaatggcaatggcaaagattccgctctcttggagtct
tcagagagcaacaagagctcaaactctcacagcccttcgccgccaagcagctccaacgcc
ttcagcctggtcagttccgagcaggacaacccttcaaccagcggctgcagcagcgaacag
tcagccaaagctaagacacagaaggagctgttcaagacactgaaggagctgaagatgcac
ctgccattggaaaagagaagcaagggcaagtccagcaccgtcaacacgctcaagtatgca
ctgcgatgtgtcaaacaggtgaaagcaaacgaggaatactaccagatgctgatgatcaat
gacagtcagccaccagggtttgaagtctcctcatacaccattgaggaaatcaacagcatc
acctctgaatacaccctgaaaaacaccgatatttttgccgtagccgtctccctcatcacg
gggaagattgtttacatctcggaccaggcggcgtccatcttgaactgcaagcgggaagtg
ttcaacaacgccaagtttgtggagttcctgacacctcaggatgtcagcgtgttctacagc
ttcaccacgccctaccgcttaccctcatggagcatgtgcaccggagcagaatcgtctccc
acggagtgcatgcaggagaaatccttcttttgccgcatcagtggtggtaaggagcgtgaa
ggggatctgcagtactatcctttccgtatgactccgtacctgatgaaagtccaggatgct
gagctcgctgaggaacagttctgctgcctcctgctggctgagagggtgcactctggctat
gaagcacccagaatccctcctgacaagcgcatcttcaccaccacacacacacctaactgt
gtgttccaggatgtggatgagagagctgttcctctgttgggttacctcccgcaggacctg
atcggaacccctgtgctactcaatctgcacccaagtgaccgaccattaatgctggctgtg
catcgcaagatcctgcagtatgccggtcagccgttcgatcactcctcgatccgtttctgt
gcaagaaatggtgagtacatcaccatcgacaccagctggtccagcttcgtcaacccatgg
agccgcaaggtctcctttgtcattggcaggcacaaagtccgcatgggtcctgtgaatgaa
gatgtttttgcagcaccagctttccatggagggaagatcatggactcagacatccaggaa
attagcgaacagatccacaggctgttgcttcaaccgatccacaacatgggctccagcggt
tacggcagccatggcagcaacggttcccatgagcagctggtgagcatcagctcgtccagc
gagagcaacgggaacatcacagcagggaagacagccgaggagacgggcaaggccaagcct
cccaggacgttccaggaaatttgtaaaggggtccacatgctgaagaaccaggactctcag
gtctgcatgcactccccttccccttcaccatcgccgtcgccatccaagcccgagcagaag
aggaccgctgacgtgccacctcagaggagtccagcagtgcgtctgaaggactctgctccc
cccctgcaggtcagagacagtacgacagccagcatggaggacttcccctgcaaagaccag
actgtccactcctaccagcagatcagctgcctcgacagtgtcatcaggtacctggagagt
tgtaacatccccatcacggtgaagaggaagtaccagttctcctccaacaccacctcctcc
aactcggatgatgacaagaagggcttagaggatacaaatccagaccctttgatgctagac
gcacagccaggcctgtcaaacatgaaagcaccaaagaagcctccatctggggcagctgct
gttgtgggaggccccctggcacccctcaccctgcctagcaaggctgagagcgtggtatcc
atcacgtcacagtgcagctacagcagcaccatcgtccacgtcggagacaagaagcctcag
ccagagtctgagattattgaggacgtggcagagagccccgcgcccccggctctgcccgtt
agcgtggtgtctccgcccagccaggagaaggaggcctacaagcgtctgggactgaccaaa
caggtgctggccgcacacacccagaaagaagagcaggccttcctcacccgctgccgagag
ctccgcaacgccagatccttccagaaggattgttccacataccttcacaagcagagagaa
tcagccaacgctgaagaatcatctggaccacgaggtgctgccaaacagggcaccaccagg
cccgagactactgccaagaagggcatgcgcaacaggaagtccaagaaaccacggatgaag
catcccgattcgtcagacagcgctgtgtcaaaccgcaaaccccgtccccctctccagggt
ctcaaccaaacctcgtggtccccttcagaggcgtcccagtcagcttttaatgtatcttac
ccaaccatggtgcctgcctaccctctctaccccccagctccctctgccccggctcaggcc
cccctccctgacccctccctttcggctggttttggagatggacagagcacccaagccccg
cctactgccactccattccctgcacccattgttacacctgtggtggctctggtgctaccc
aactacctcttcccccaaataggacagttaggtcagataggacagctgggggctgctgct
cgaccaacgtttttccctgagcagacccagacgcaacctgcatacactgctcagcagcct
tttcagcccgcgcagtcggcctacaccatgcaaacgcaaccgccctacaccagccaacag
ccgtttcccgtgcagactgcctttgccccccagcagcctttccagccatctcagaccccc
tacactacccagcagcctttccaggcgcctcagaccgcatacactacccagcagcctttc
caggcgcctcagactgcatacactacccagcagccttttcaggcctctcagaccccctat
acaacccagcagccattccaggcccctcagaccacctacactgcccagcagccctttgcc
gcccagcgttctttcccagtgcagactcagtttgtggcccaagccccgtatccagctcag
cccttcccttacagcctagcctccgagccccccaaagcggcagcgtcccgctcctccacc
ccagcttcaggagcaagggaacccgcaacgtcaccgccgctgttcgagtcacgttgcagc
tcgccactgcagctcaatctgctgagcatggaggagggtcagcgctcagtggaacggcag
gacagcacagcgctctctgctggaggccagggcagcagcacagcagcatcaggggtagct
ggagcctccggggagaagaacggaggaacggccaaagctgaaaaccaccaacaggtggag
tctccaggagatggagctcacagcgatggtaactcctcatcctgcgacttgctggacatc
ctgctgcaggagcaggaggactcccactccggcactggatcagccacctctggctccatg
ggctcaggatcaggctctggatcaggttcaggatctggctcaggatcaggctcgggctgt
ggtacatcagctagtggagcttctggcagcagaacagggagcagcaacaccagcaaatac
tttggcagtgttgactctctggaacaggaccccaaggccaaggccaagttgagaggcgac
ggaagttctgaaggcggacagtcgcaggtgaagatcctcgcccaaggggagggagaccat
ttcatcaaatatgctctccaggagcctctctggctgctgatggccaatgctgacgacaag
gtcatgatgacatatcaaatgccatctagggacattcagaaggttctgcgagaagacaag
gagaggctgagacagatgcagaagagccagcctcacttctcgtcagaccagcgacgagag
ctagtggaagaacacccctggatgaggagaggaggtctacctgctgctatcaatgtgaag
gagtgtgtgtactgcaaagatgaagagacgactcccttcgaggaggacctgccagacatg
gatatgggcgagatgggcgaggaactaagcaaagagagccagaacccccagagccaatca
gagcatcagcagcctcaaccagacactggttcctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (52)   
   KEGG ORTHOLOGY (1)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (64)   

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