KEGG   Xenopus tropicalis (tropical clawed frog): 496491
Entry
496491            CDS       T01011                                 
Symbol
igf2r
Name
(RefSeq) cation-independent mannose-6-phosphate receptor
  KO
K06564  insulin-like growth factor 2 receptor
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr03266  Virion - Herpesvirus
xtr04142  Lysosome
xtr04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03266 Virion - Herpesvirus
    496491 (igf2r)
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    496491 (igf2r)
   04142 Lysosome
    496491 (igf2r)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:xtr04147]
    496491 (igf2r)
   04090 CD molecules [BR:xtr04090]
    496491 (igf2r)
   04091 Lectins [BR:xtr04091]
    496491 (igf2r)
Exosome [BR:xtr04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   496491 (igf2r)
CD molecules [BR:xtr04090]
 Proteins
  496491 (igf2r)
Lectins [BR:xtr04091]
 P-type lectins
  496491 (igf2r)
SSDB
Motif
Pfam: CIMR ATG27 Man-6-P_recep PRKCSH_1
Other DBs
NCBI-GeneID: 496491
NCBI-ProteinID: XP_002933917
Xenbase: XB-GENE-480957
UniProt: A0A6I8PY71
Position
5:complement(43952384..44027357)
AA seq 2396 aa
MRAHGQGIAALVAFLLQVIAKSTGQQGNVAPVELCGHTWDALDTDKNVLYRINVCGSMPA
AECGGHEAAICAQDLTKNTLSPVGLSGNSYVQISKNLILFNTTQPCSEYEHRVQSSINLI
CGKTLGTPEFVTSTDCVHYFEWRTFTACKKDIFKPIKEVPCYVFDNDQKKHDLNPLIKIS
GGYLVDDWDPDTDLFINVCRNIGTSDKETTGCPSGSAACLLKGGKGYNVGLPAAALNSTA
NERLVIRYETDTKAVIPDFCNGHNPAVSITFICPSTRTEGSSPKLTANTNCRYEIEWVTE
YACHRDYLESNSCILTSKQHDISVDLSPLKQSDGQSYHAVDTSGGYTYYLNVCDAVKGGP
CTGNFSSCQSKQGAQIKGAGSYQNQILRYSDGDLTLTYPGGDKCSSGFERMTVINFECNE
TAVNNGKGVPEYNAETDCTYFFTWETKYACIKEKEELLCRVTDNRKRYDLSILTRIAESN
TGIVGNWEAVDANPTAADKSHFFINVCHKVLQQGEAVGCDEDAAICAVDSSKTKKNFGKF
MSPPKQVGDNIQLSYSEGSPCQGGKRIQTNITFVCKPGDLESPPVLKSSDTDGCLYEFEW
HTAGACVLSKAEGENCKVFDALAGYSYDLSPLTKKSDSYYVSSDDYDFEINVCGNVTGSQ
CGDNAGACQVTKSKSDHWNIGISNSKLSYYDGIIQLHYTNGTPYQDEGKTPRTSLITFLC
DRQADIGQPEYQKEDKHTYNFKWYTKYACPAAPVECAVVDTRTSEQYDLSRLTKPEEEHV
VNWYAMDRATDTRKKYYINVCRPLVPVPGCDRFASVCQTEYNTKFGYEVATINNLGVASE
PPVIIASGQLILEYINGSECINSSGSKIAYTTRIHLACKKGVLYSSPVFLSSEDCILTFL
WDTEAACPVTTEKGNETCSVKDPNSGFTFNLQSLTNETGYIASGNGKTFKVNICGSVKDC
GSVDDTEAAGCEYDGGTAHSPVLVDKSLQLSTEGYITLTYRGKPESGLQDAFIIHFVCND
DFYPGELSFLREEINSATKLHDIHFEFKTALVCSPAPVDCQVTDATGNEYDLSGLSRDGE
PWVAVDSITKANNRTFYLNVCKPLPYIKGCPGGAIGSCMSTADNKYMNLGFVQISPQASA
DGYLTVVYMHGDICHDKERFSTRIIFQCDHNIGSPVFQQQDGCEFVFLWRTPEACPVVRA
QGDNCQVRDPKYGYLYNLKPLGEKDTVIKDNDYVYTFRVCDKISSPVCSSAQNVSSCQVK
GTTSKVAGLANQKLIFENGLIMINYTDGERCHNIYERSTVILFVCDRSEQQPYFLRETAE
CSYMFRWPTPLACPPFKLIDCSYKDTNGNSYDLSPLSLHSENWEATVPGTTQKYQLNVCK
SLVHEKGPASCQEGVAACLREGTKAINLGQLASSPRWENGISILEYKNGDTCPDGIRNKT
TTIRFKCDKTQIHSRPQFISALQDCDYQFIWRTATACPLDISVQDHCMVTDPATGHLFNL
SLLTKADGYSVEDGRRSVKLNICSEVKSGCASGSGVCISEGGKIFSAGRAQTQLTYMDQV
VRLVYEDGDPCTINGRKHRSVFSFVCGMGSDTASNPTLVSYDGPTCTWDFAWHTPVICEE
KPKCFVNNGTSLIDLTPLIKNTGNYKAVDGTTSGNIVDFYINICEPLNPEVDVKCPPGAA
VCLDPLHGSPFDIGRARSPPQINPAIDKVMLMMESPTQCATDKQQNYSSVIIFHCARGTD
LGTPQLVEVTQCKYIFEWGTSVVCPDEEEIADCTLTDTQLQYTFNLSSLSRGSFKTPDPK
TYYVGVCAAANVPSGKCNGAVCLVSGSSVVSFGSAKEMKMNYLHQEETLVVQYGGGDLCP
DKSQGESTILFKCDEQAGIGNPVLFSETRGCSATFEWKTKLVCLPRKLDCKLVYHHKTYD
LRMLSSMTGSWNFVHEGSSYYINLCQSVHQGPPGCSDSTSVCIKSSSGNVQNLGQVHTQT
VTVKENAVYVKYSNGDTCGNNKKFSTTIELRCFTTVGTPTLNRYDAKLCEYHFIWNTRAA
CGSIPKPAEMKNGILSLDDGVNVNLTDIYFKSYNATGDIRSNGKDSYVYEIQLSGKADSR
YQECKDASVCQIKLNGDFKRPVGSVRNVKYYINDDDLDAVFTSDSQCGKDKSKNATATIL
FYCSQIVGEGRPEFFHETTDCQYLFTWYTSAVCPLVPNGNPGSEPNYQGLSGRSQAVGAI
LSILLVVLVICLLVLLLYKKERRESVMFKITNCCRRNSPVSYKYTKISTEEEADDNETEW
LMEEVSTGNNAKQRQENGHIKSVKPGTFTSLPVDDLDSEDEVLTIPEVRIQSARNKEMNA
SQAQRGYSSAIDEKLMGAQNGARGNQGKAKPGHHKKEDKLNVLSFHDDSDEDMLNV
NT seq 7191 nt   +upstreamnt  +downstreamnt
atgagagcccacgggcagggaatagccgcacttgtggcgttcttgctgcaagtcattgct
aagagcacagggcagcaggggaatgtagcaccggtggagctgtgcgggcacacttgggat
gccctcgatactgataagaatgttctctacagaattaatgtctgtggtagcatgcctgca
gcagaatgtggaggacacgaagctgcaatttgtgcacaggatttaaccaaaaatacctta
agcccagttggtttgtctggaaattcatatgtgcagattagtaaaaaccttattttgttc
aacactacgcaaccatgctctgagtatgagcacagagtccaaagcagcatcaacttaatc
tgcgggaaaacattgggtactcctgaatttgttacctcaacagactgtgtacattatttt
gagtggagaacatttactgcttgcaagaaggacatttttaaacccattaaagaggttcca
tgttacgtgtttgataatgaccaaaagaaacatgatttaaaccccttaattaaaatatcc
ggcgggtacctggtggatgattgggatcctgatacagacctgttcattaatgtttgtcgg
aatataggcacttctgataaagagacaactggctgcccttctggaagtgctgcatgcctg
cttaaaggtggcaaaggctacaatgttggtcttccggcggctgctcttaattctactgct
aatgaaaggcttgtaatacgttatgaaacggacaccaaagctgttataccagacttttgc
aatggccacaaccctgctgtctctataacatttatttgtccttcaactaggactgaggga
tcaagccccaaacttacagcaaacacaaattgtcgatatgaaatagaatgggttacagag
tatgcctgccacagggattatttggaaagtaacagttgtatattgacaagcaaacaacac
gatatttctgttgacttgtctcctcttaagcagtcagacggacaatcctatcatgctgta
gatacaagtggtggatacacttattacctgaatgtttgtgatgcagtcaaaggaggtcca
tgcacaggaaatttctcttcctgccagtccaaacaaggagctcagataaagggagcaggt
tcataccagaatcaaatcctcagatattcagatggggatcttactttgacttatccagga
ggggataaatgcagttctggatttgaaaggatgactgttattaactttgaatgcaatgaa
actgcagtgaataatggcaaaggggtaccagagtacaatgcagaaacagactgtacgtac
tttttcacttgggaaacaaagtatgcctgcatcaaggagaaagaagagcttctctgccgg
gtcacagacaatagaaaacgatatgacttgtccatcctgacacgcattgcagaatccaac
acaggcattgttgggaactgggaagctgtagatgcaaatcccacagctgcagacaagtct
cattttttcatcaatgtatgtcataaagttctgcagcagggagaggcagtgggatgtgat
gaagatgcagcaatatgtgcagttgattccagcaaaaccaagaaaaattttggtaaattt
atgtctcctccaaaacaagttggtgacaatatccagctgagctattctgaaggatcacca
tgccaaggtggcaaacgcattcagaccaatatcacatttgtgtgcaagccaggagatctg
gaaagtcctccggtgctgaagagctcagatacagatggctgcttgtatgagtttgagtgg
cacactgctggagcctgtgtattgtccaaagctgaaggtgaaaactgcaaagtttttgat
gctctggcagggtattcctatgacctctcacctctgaccaaaaaaagtgacagctactat
gtatcctctgatgattatgattttgagatcaatgtatgtggaaatgtgacaggatcacaa
tgtggagacaatgcaggagcatgtcaagtaacaaaaagcaagagtgaccactggaatatt
ggtatcagtaactccaagctatcttactatgacggaatcatccaactgcactacaccaat
gggacaccataccaggatgaagggaaaactcctcgcacctcgcttataacattcttatgt
gacaggcaagcagatattggccaaccagaataccagaaagaagataagcacacatataat
tttaagtggtacacaaaatatgcttgtccagctgctcctgtggaatgcgctgtggtggat
acaaggacatcagaacaatatgacttatccagattaacaaagccagaagaagagcatgta
gtaaactggtatgcaatggacagagcaacagatacacgtaaaaaatactacattaatgtg
tgccgacccctggtccctgtgccagggtgtgatcgctttgcttccgtgtgccaaactgag
tataacacaaaatttggttatgaagttgcaaccattaacaatttgggagttgcaagtgag
ccacccgtcataatagccagtggccaactaatacttgaatatataaatggctctgaatgt
atcaacagctctggttcgaagattgcctatacaacaagaatacatctagcatgtaaaaag
ggtgttttatacagcagtccagtgtttctttcaagtgaagattgtatattaacctttttg
tgggacacagaagcagcttgtcctgttaccacagaaaaaggaaatgagacttgctctgtg
aaagatccaaacagtggcttcacattcaatctacagtcattaacaaatgagacaggatac
attgcctctggtaatggaaaaacattcaaggtaaatatttgtggttcagtgaaagattgt
ggttctgttgatgatacagaggctgcagggtgtgaatatgatgggggaactgcacacagt
ccagttctagtagacaagtctctgcagctctcgactgaaggttacatcactcttacatac
cgtggaaaaccggagtcaggacttcaagatgcatttataatccattttgtgtgcaacgat
gatttttatcctggtgaactttcattccttcgtgaggaaataaactcagcgacaaaactg
cacgatatacattttgaatttaaaactgcccttgtctgttcacccgcaccagtggattgc
caggttacagatgctactggaaatgaatatgatctaagtggcctgagccgagatggtgaa
ccgtgggtggcagttgactcaataaccaaagcaaacaatagaaccttttatttaaatgtc
tgtaaacctcttccatatattaaaggctgcccaggtggtgcaataggatcctgcatgagc
acagctgacaataaatatatgaatcttggctttgtccagataagccctcaggcttctgca
gatggatatcttactgttgtctacatgcatggtgatatatgccatgacaaagagcgtttc
tctacaagaatcatctttcaatgtgatcataatataggatcacctgtgttccagcagcaa
gatggatgtgaatttgtatttttgtggaggacacctgaagcctgtcctgtagtaagagcg
caaggcgacaactgtcaagtaagggatccgaagtatggttatctgtacaaccttaagcca
ctaggagagaaggacactgtaataaaagataatgactatgtgtacaccttcagggtctgt
gacaaaatctcttcacctgtgtgttccagtgcacaaaatgtttcttcatgtcaagttaag
ggcacaacttccaaggttgctggtttggccaaccaaaagctcatttttgaaaatggattg
attatgataaactacacagatggggaacgttgtcataatatatacgaacggtctactgtc
attctttttgtatgtgaccgcagcgaacaacagccgtactttctgagggaaaccgctgag
tgctcatatatgtttcgatggcctacaccacttgcgtgcccacctttcaaacttattgac
tgctcatacaaagacacaaatggaaattcctatgatctgtcaccactgtcactccacagt
gaaaactgggaggccactgttcctgggactacacaaaagtaccagctgaatgtgtgcaaa
tctttagtacacgagaaaggacctgcttcctgtcaggagggtgtcgctgcttgcttaagg
gaaggaaccaaggccattaatcttggtcaacttgctagtagcccaagatgggaaaatgga
atctctatccttgagtataaaaatggtgatacatgcccagatggtattaggaataaaaca
acaacaatacgattcaagtgtgataaaacccaaatacacagcagacctcagtttatttca
gccttgcaggactgtgattatcagtttatttggaggactgccacagcctgcccccttgat
atctctgtgcaagaccattgcatggttacagatcctgcaacaggtcacctttttaatttg
tccttgttaaccaaggctgatggttacagtgttgaagatggcaggaggtcagttaagtta
aatatctgcagtgaagtaaagagtggatgtgcttcaggatctggggtgtgcatctcagaa
ggtggcaagatttttagtgctggcagggcacagactcagctcacttatatggatcaggtt
gtgcgtcttgtttatgaggacggtgatccatgcactataaacggtcgtaagcacagaagt
gtttttagctttgtatgtgggatgggctctgacacagctagcaatccgactctagtgtca
tatgatggaccaacatgcacatgggactttgcttggcacaccccagtcatctgtgaagag
aagccaaaatgctttgtgaacaatggcacatcccttattgatctgactcctttgatcaag
aacactggcaattataaagcggtggatggcaccacttccggtaacatagttgatttttac
atcaacatctgcgagccattaaacccagaggtggatgtaaagtgccctccaggagcagca
gtgtgtctggaccctttacacggaagcccatttgatattgggcgtgcccgtagtcctccc
cagataaacccagcaattgacaaggttatgctcatgatggagagtcctactcagtgcgca
actgacaaacagcaaaactactcctcagttatcatctttcattgtgccagggggactgat
ctgggaacaccacagctggtggaggtgacacagtgcaaatatatatttgaatggggcaca
tcagtagtctgtccagatgaagaggaaattgctgattgcaccttgactgatacacagctt
caatatacatttaatttgtctagtctctccaggggctcattcaagacccctgatcctaag
acctattatgtaggagtgtgtgcagcagcaaatgtaccaagtggtaaatgcaatggagct
gtgtgccttgtgtctggaagcagtgtagtttcttttggcagtgccaaggaaatgaaaatg
aattatctccatcaagaggagacgctggtagtccagtatggtggtggagatttatgccca
gataaatcacaaggagaatccaccattttattcaaatgtgatgagcaagcgggaataggg
aatccggtgttatttagtgaaactagaggctgttctgctacctttgaatggaaaacaaaa
ctcgtgtgtctgccaagaaagttggattgcaaattagtttatcatcataagacctatgac
cttagaatgctctcctcaatgacaggatcctggaattttgttcatgaaggcagctcttac
tacataaacctttgccagagtgtgcaccaggggcccccaggatgctcagacagcactagt
gtttgcattaaaagctccagtggaaatgttcagaacttgggtcaagttcatacacagact
gttactgtgaaagagaatgctgtttatgtgaagtattctaacggggatacctgtggaaac
aacaaaaagttctctaccaccatagagctgagatgttttactacagttggtactccaaca
ctcaatagatacgatgcaaaactctgtgaatatcattttatatggaacactcgagcggct
tgtggaagtattccaaaacctgcggaaatgaaaaatggcatattaagccttgatgatggt
gttaatgtcaatttaactgatatttatttcaaatcatataatgctactggtgacatccga
tcgaatggcaaggacagctatgtctatgagatacagttatctggaaaagcagattcccgc
taccaggaatgtaaagatgccagcgtatgtcaaataaaactaaatggggatttcaaaaga
ccagttggttctgttaggaatgtcaagtattacattaatgatgatgatttggatgctgtg
ttcacttctgactctcagtgtggcaaagataagtcaaaaaatgctacagccaccatcttg
ttctactgcagtcagattgtcggggagggaaggccagaattcttccacgaaacgaccgat
tgtcaatacttgtttacttggtatacttccgccgtctgccccttggtgcctaatggcaat
ccaggcagtgagccgaactaccagggcctgtctggccggagccaagctgtgggtgccatt
ctcagcatactactggttgttcttgttatatgcctgctggtgctcttgctgtacaagaaa
gaaagaagagaaagtgtgatgttcaagataaccaattgctgtagaagaaattctcccgtg
tcctacaaatataccaagatcagcactgaagaagaagcagatgacaatgagactgaatgg
ctaatggaagaggtgtccacaggcaataatgcaaaacaacgtcaagagaatggtcacatt
aagtctgtaaagcccgggaccttcacctcacttcctgtggacgacctggacagtgaggat
gaagtcttaaccataccagaagtcagaattcagtctgccaggaacaaagagatgaatgca
agtcaggcacaaagaggctacagttctgccattgacgagaagttgatgggagcacagaat
ggagcacgaggaaatcagggcaaggccaagcctggtcaccataaaaaagaagataagctg
aatgtcctttcattccatgatgacagtgatgaagacatgctgaatgtgtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (22)   

Download RDF
DBGET integrated database retrieval system