KEGG   Harmonia axyridis (harlequin ladybird): 123677109
Entry
123677109         CDS       T10650                                 
Name
(RefSeq) uncharacterized protein LOC123677109 isoform X1
  KO
K06086  sorbin and SH3 domain containing protein 1
Organism
haxr  Harmonia axyridis (harlequin ladybird)
Pathway
haxr04517  IgSF CAM signaling
Brite
KEGG Orthology (KO) [BR:haxr00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04517 IgSF CAM signaling
    123677109
SSDB
Motif
Pfam: SH3_9 SH3_1 SH3_2 PDZ PDZ_6 AA_permease_N Sorb
Other DBs
NCBI-GeneID: 123677109
NCBI-ProteinID: XP_045469549
Position
3:complement(17334232..17451876)
AA seq 2061 aa
MTTREVVLEGGSPWGFRIHGGVDTKSPLRISRVNSNGKAALRGIREGEIIASINGQPTKN
LAYSDAHSLIKNSGDPLRLELTLNSGSPRQRKRNRPTVHETHSETLKSTSSSLYARNSTK
TTFNDENEYADPDQYLRKQSSIERQNLPRDYIDPPASPDSTVSSDVSSCSTLTEAGTEHL
YKSPIFLSSSPQTTLIMADNASSKTRKKRIKNQRKKQRKALANLTQLQETDTANISNETK
EEDEEKVEEVYKVDFPKTNDSKPKPKLKCKSKSLDDDDDSVKIQEVDESGDDDKHQCEAI
VSEADSDWEETTDLRVPQNPVALSTIAISIDEEPLERIGDFSPEQELCLRNFLEGINLVN
SPGHQPTSTLDSMQVEKSRKRDALMKYFTPLAQNPRFLDIISEEGSDISDRESSSLTRHL
KQGTPELENTHDLSIKQSPRVARRNKFKRMQLKRHENKAVLVCTKIVDTPSIIEHIHTCT
SENTEPETVFLESSSDNASSENSSDTGKSTPSEQEVPKDEINEDKESNIEIDHITTSDNE
KIDEQIERLPKLDNSSLKETELATENNESHTELITNNTHTDISEDTHLQPIVNIDHNSVS
KQEVEHSVKNLNYSKSSTSNSTESNIRTIQTQYTELTPPPTPEHSPKKKLSTDSSVDLDF
EESLKEIVVDTAKEITSVLCKLAEGCETTFIVNQTLIPSSIWQSVSPHSPSESSSSSGKT
SPSTVRFNAMTSSIADVASISTDLEFAKETAALKQPLSLRQICLKFLLTSLHGMKVLQEL
SDLDKLSTTGNLWRAMLENDASLNLSNSEDANNSHLISETTEKLREIMSSKKWAGLPFYN
NPDLLAYLSPTQRTHLEEPQGIRNGSSSLSSLHSKLTEKSDASNYTTKSRIEISSFEKET
VDKSSNISYSINTSRTLPRNFKQTGSNPRLQVSNLDEWLNIAREGDKFEKRESILTSEKH
GENVTKATKRRRTSLPDEIYQRQLQMILQKEKEIEQELESLLEEKRKLYVEMRDAELEED
HSSEHDKQRPKSFPQSPSETMRQRMYEEYMKQVAEREERKHHKMIKLTSTPTNKTTETEK
SQFEALHMPGLEDEFMKKVQERHGPLEKVEEETSRQEEMDEEESSNTSPVLLIDGTSVKQ
ATDLPKHLKHLKEFVEITADIARDAKSDSANGRLCKCRNKYCKEARRVNRVLQRNRHKSN
SSLLHEIDAALNIAKGFLLNTGVWSPGQRQETQTDFDKQNLKQKNEESIPSFWQPKSATS
SPVAERKEYRPVSFESPKLGRKNKSEEFQVPNEKSTSRPPWQDSAFRSEVHQASTLERRI
PNSRSAPTSAFNELTIGRLPRAQNPTVTLLQKAREGQLPKGANYLEANRDHYRIPHDLSG
QGDFNNPRRNDHYSESDSEIFRSTDSNRRKIEGVGPVSSDGMPLSLRSEVSDTNQSKWYK
KMYDTIHKQKPYKDEFVTVRYKPRRAQYPYISGYLSEPEPGTYDSDQMDYKYATLDRRRM
PANEKQNFATSTMPRNAHWKTSASDYSLGSKMNPGRIENYIPGRSSISEQESKKWWDEVM
DIFDGWMDDVEGFESLRTMPIIDTKLEEERKPITKGYMSQALKESGYESDSTLVFRKKDD
GSQISPTDQREAYKIIQKGGDIPLHGLRKPAPERPKEPEPPVPPPKSHLGQSREMQEGSP
RKYVENQVTIHYKTPVRQEIKDYYSEDELAHRQQEAMKKMYQEERRRKYLQVSNSFSKSF
DELQDMHNRRHTDNFIPSQKSPIPLNRYDDFDDLMAPQHKIRPRSPEPRLVARALYNFVG
MTPRELTFRKGDNIYVRRQIDKNWYEGELNAMVGLFPVNYVEIVPYENVKSTNRKPHEGQ
ARAKYNFLAKTHLELSLAKGEMVIITRRVDNNWYEGKIGGRKGIFPASYVDVLIDPQEPS
KENPKPVAAPAAHSLLLNGSSVRESMGSHTYTPNIPNPDQSSGSSYYAKPIQVNYCNTYG
GRNTAEPKNPVNQALHIDTRTAEPIPFKALYKYLPQNDDELELMEGDTVYVLEKCDDGWF
VGSNERTGAFGTFPGNYVDKV
NT seq 6186 nt   +upstreamnt  +downstreamnt
atgacaaccagagaagttgtcttggaaggcggctcgccttgggggtttcgtatacatggt
ggtgttgacactaagtcgccattgaggatttccagggtgaactcaaatggaaaggcagct
ctgagaggtatacgagaaggagaaattatcgcatcaattaatggacaaccaacaaaaaat
ttagcatattctgatgcccatagtctcatcaaaaactctggggaccccctcagattggaa
ctcaccttaaattctggatcgccgagacaacggaagcggaatagacccaccgtacacgag
acccattcggaaactctgaagagtaccagcagctctctgtacgcgaggaattcgactaag
accactttcaacgacgagaacgaatacgctgatcctgatcaatatttgaggaagcagtca
tctatcgagaggcaaaatctacccagagattatattgacccacccgcatcaccagattcc
acagtttcttcagatgtctcatcttgctcgacattaactgaagctggaacggaacacctc
tacaaatcgccaatcttcctatcatcatctcctcaaactactctcattatggctgacaac
gcaagctcaaaaaccagaaaaaaacgcattaaaaatcaaagaaaaaaacaaaggaaagct
ctagcaaacctcactcaactccaggaaaccgatactgcgaatatctctaacgaaactaaa
gaagaggatgaagaaaaagtggaggaagtatacaaagttgattttccgaaaacaaatgac
tcaaaaccaaaaccaaaattgaaatgtaagagtaagagtttggatgatgacgatgactct
gttaaaatacaagaggttgatgaatctggcgatgatgacaaacatcaatgcgaagcaata
gtgtcagaagctgattctgattgggaagaaacaacagacttaagagttccacagaatcct
gtagctttaagcactatcgccatttctatagacgaggaacctctagaaagaattggagat
ttttctccggagcaggagctatgtttgaggaattttttggagggtatcaacctagtcaac
tcgcctggccatcaaccaacaagtactctggactctatgcaagtagaaaaatcgagaaag
cgtgatgctcttatgaaatatttcacacctttggcgcaaaacccaaggtttttggacatt
atttcagaggaaggaagtgatataagtgatcgagaatcatcttcgttgactcgtcatttg
aaacaaggtactccagaattggaaaatactcatgacttatccataaaacagagtccacga
gttgctagaaggaataaatttaaacgaatgcagttgaaaagacacgagaataaagcagtt
ttagtatgtacgaaaattgtagatactccctctattatagagcatattcatacctgtaca
tccgagaatacggaaccggaaacagtttttctagaaagctctagtgacaatgcatcttcc
gagaactcatctgatactggtaagtcaactccatcagaacaagaagtaccgaaagatgaa
ataaatgaagacaaagaatcaaatattgagattgatcatatcacgacttcagacaatgaa
aaaatcgatgaacaaatagaaagacttccgaaattagataatagtagtttaaaggaaaca
gagttggcaacagaaaacaatgaatcacatacagaattaatcacaaataatactcatact
gatataagtgaagatacacatcttcagccaattgtcaatatcgatcataattccgtttca
aaacaagaagtagaacattctgtcaaaaatttaaattattcaaaaagtagtacaagtaac
tcaacagaaagcaatattcgaaccattcaaactcaatatactgagctcactcctccacct
acacctgaacattcccctaaaaaaaaactatcaacagatagtagtgttgatttagatttc
gaagaaagtttgaaggaaatagtagttgatacagcgaaagaaataacatcggttttgtgc
aaactggctgaaggttgtgaaacaacatttatcgtgaatcaaacattaattccatcgtct
atatggcaatctgtgtctccccactcgccatctgaaagtagcagcagttctggaaagact
tcgccgagtactgtcagatttaatgcaatgacttcttcaatagcggatgtggcatctatt
tcaacagatttggaatttgctaaggagactgcagctttgaaacaaccccttagtttacgg
cagatatgtttgaaattcttgttgacatctttacatggaatgaaggtgctacaagagctc
tcagacctggataaattatcaacaacaggtaacctttggagagcaatgcttgagaatgac
gctagcttgaatttgagcaactctgaggatgccaataacagtcatttaatttcagagact
accgagaagttgagggaaattatgtcgtcgaaaaaatgggctggactgcctttttataac
aaccctgatctactggcttatctctcacccactcagagaacacatttggaggaaccacag
gggattcggaatggatcaagttctctgtctagcttgcattcgaagttgactgaaaaatca
gatgcatctaattataccacgaaaagcaggatagaaatttcctcgttcgaaaaagagaca
gtggacaagtctagtaacatatcttactcgataaacacttcgagaacactgcctagaaat
ttcaagcaaactggtagcaatcctcgtctgcaggtgtctaatctagatgagtggttaaat
atagcgcgtgagggtgataaatttgagaaacgtgaaagtattttaacttcagaaaaacat
ggtgaaaatgtcacaaaagcgacaaaacgtcgtcgtacatcacttcctgatgaaatttat
caaaggcaactacaaatgatcctacaaaaagaaaaagaaatagagcaggaattagagtct
ctgttggaggaaaaaaggaagctctacgtggaaatgagggacgctgaattggaagaagat
cattcatcagaacatgataagcaacgtcccaaatcatttcctcaatcgccaagtgaaact
atgcgacaaagaatgtacgaagaatatatgaaacaagtggctgaaagagaagaacgcaaa
catcataaaatgatcaaattaacgtcaacgccaaccaataaaaccacagaaactgagaaa
tctcaatttgaagctcttcacatgcccggattagaagatgagttcatgaaaaaagttcaa
gaacgtcacggtcctctggaaaaggttgaagaagaaacatcgaggcaggaagaaatggat
gaagaagaatcaagtaatacatcgccagttcttttgatagatggaacttcggtaaagcaa
gctacagatctgcctaagcatctcaagcatctcaaagagtttgtggaaataactgctgat
atagcaagagacgctaaatcagactctgcaaatggaaggctttgcaaatgtcggaacaaa
tattgcaaagaagcaagaagggtcaacagagttttacagcgcaacagacacaaaagcaat
agtagtttgctgcatgaaatcgacgctgcgcttaacattgctaagggtttcttactgaac
acaggtgtttggtcaccaggccagagacaagagacacaaacagatttcgataaacaaaat
ctcaaacagaagaatgaagaatcaataccatctttctggcaaccaaagagtgcaacatcc
agtcctgttgcagaaagaaaagagtaccgacctgttagttttgagtcaccaaaactaggc
agaaagaacaaatcagaagagtttcaggttcctaacgaaaaatcaacttctcgtcctcct
tggcaagattcagcatttcgaagtgaggttcatcaggcatcaactttagaacggcgaatt
cccaatagccgatcagcaccgacctcagcattcaacgaacttacgatcggtcgactccct
agagctcaaaatcctactgtcactcttctgcaaaaggccagagagggtcaactccccaaa
ggtgcaaactatctcgaggccaatcgtgatcattacagaataccccatgacttaagcggt
cagggagattttaataatcctcgaagaaacgatcactatagtgaatcagatagcgaaatt
ttccgtagcaccgattcaaataggagaaaaatcgaaggtgtaggaccagtgtcaagtgac
ggaatgcctttatcattgagatcggaggtgagtgacaccaatcagtcaaaatggtacaag
aaaatgtacgatacaatacacaagcagaagccctataaagacgaatttgtcacagtacgc
tacaaaccccggagagcccagtatccctacatttctggatatctttctgaaccagaacca
gggacttatgacagtgatcaaatggactataaatacgctactttagatagacggagaatg
cctgcaaatgaaaaacaaaatttcgcaacatctacaatgcccagaaatgctcattggaag
acatctgcctccgattattctttgggatctaagatgaatccaggaaggatagaaaactat
ataccaggtcgctcttctatatcagaacaagaatccaaaaagtggtgggacgaagtcatg
gacatatttgatgggtggatggatgatgtagaaggttttgaaagtctcagaactatgccg
attatcgatacaaaattggaagaagagagaaaaccaataacaaaaggatacatgagtcaa
gcattgaaagagtcaggttacgaaagtgactcaacacttgtgttcagaaaaaaagacgat
ggaagccaaatcagcccaacagatcaaagagaagcttacaaaataattcaaaaagggggt
gacatacctctccacgggctgaggaaaccagctcctgaacggcctaaagaaccagaacct
ccagtgccacctccaaaaagccacctaggacagtcaagggaaatgcaagaaggatcaccg
aggaagtatgtggaaaaccaggtgacaatacattacaaaacaccagtaaggcaagaaata
aaggactattacagcgaagacgaactggcacatcgacaacaggaggccatgaaaaaaatg
taccaggaagaaaggcgacgaaaatatcttcaggttagcaattcattctccaagtctttc
gatgaactacaagacatgcacaatagacgtcacaccgacaacttcatcccatcccaaaag
tcgccgatcccgctgaacaggtacgacgattttgacgacctaatggccccccaacacaag
atccgacccaggtctcccgaaccccgattagtggccagggcattgtacaacttcgtggga
atgacgcccagagagctgaccttccggaaaggggacaacatttacgtcaggaggcagatt
gacaagaactggtatgagggagaactgaacgccatggtggggctattccctgtgaattac
gtcgagatcgtaccatacgaaaacgttaaatccacaaacagaaaaccacacgaaggccaa
gcaagagcgaaatacaacttccttgccaaaacgcacctcgaactctctctagccaaaggc
gaaatggtcataatcaccagaagggtggacaataattggtacgaaggcaaaataggtgga
cgcaagggaattttcccagcctcctacgtagacgtcctaatcgacccacaggagccttcc
aaagagaatcccaaacctgtggctgcacctgctgcccactcgcttcttctcaacggttcc
agcgttagggaatcgatgggaagtcatacctacacgccaaatatccctaatccagaccaa
tcctcaggttccagctattacgcaaaaccgattcaggtcaattactgcaatacgtacgga
ggtaggaataccgcagaacctaaaaatcctgtcaatcaggctctgcacatagacacacgc
acagctgaacctatacccttcaaagccttgtacaaatacctgcctcagaatgatgacgag
ttagaactcatggaaggcgatacagtatatgtcttagaaaaatgcgacgatggttggttt
gttggttccaacgaaaggacaggagctttcggtactttcccaggaaactatgtagacaaa
gtataa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (21)   
   RefSeq(pep) (21)   
DNA sequence (21)   
   RefSeq(nuc) (21)   
Protein domain (7)   
   Pfam (7)   
All databases (51)   

Download RDF
DBGET integrated database retrieval system