KEGG   Canis lupus familiaris (dog): 484067
Entry
484067            CDS       T01007                                 
Symbol
IGF2R
Name
(RefSeq) cation-independent mannose-6-phosphate receptor precursor
  KO
K06564  insulin-like growth factor 2 receptor
Organism
cfa  Canis lupus familiaris (dog)
Pathway
cfa03266  Virion - Herpesvirus
cfa04142  Lysosome
cfa04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:cfa00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03266 Virion - Herpesvirus
    484067 (IGF2R)
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    484067 (IGF2R)
   04142 Lysosome
    484067 (IGF2R)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:cfa04147]
    484067 (IGF2R)
   04090 CD molecules [BR:cfa04090]
    484067 (IGF2R)
   04091 Lectins [BR:cfa04091]
    484067 (IGF2R)
Exosome [BR:cfa04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   484067 (IGF2R)
CD molecules [BR:cfa04090]
 Proteins
  484067 (IGF2R)
Lectins [BR:cfa04091]
 P-type lectins
  484067 (IGF2R)
SSDB
Motif
Pfam: CIMR ATG27 Man-6-P_recep fn2 PRKCSH_1 Glyco_hydro_5_C
Other DBs
NCBI-GeneID: 484067
NCBI-ProteinID: NP_001116074
Ensembl: ENSCAFG00000000691
VGNC: 41901
UniProt: B1H0W0 A0A8P0NNR9
Position
1:50002759..50102366
AA seq 2497 aa
MGAAAGRSAHLGPGPAPAARPLRSLVLLQLLLLVGAPGAARAQGADFPELCSYTWEAVDT
KNNMLYKINICGNMNIDQCGLSSAVCMYDVKTNSYYSVGDFSSKTATRSLLEFSTTHSCK
QNPSHKIQSSITFLCGKTLGTPEFVTATDCVHYFEWRTTAACKKDTFKAKKEVPCYAFDG
ELKKHDLNPLIKISGGYLVDDSDPDTSLFINVCRDIDSLRDSSLQLRGCPPGTAACLVRG
EQAFDVGQPKGGLKLLSTDRLVLSYVKEGAGELDFCDGHSPAVTITFVCPSERREGTIPK
LTAKSNCRYEIEWVTEYACHRDYLESRTCSLSSAQHDVTIDLQPLRQDGASLSPYYTSDG
KEYMFYLNICGEIQVPFCSKRDAAVCQVKKSDSSQVRVAGKYQNQTLRYSDGDLTLIYFG
GDECSSGFQRMSVINFECNKTAGNDGKGAPVFTGEMDCTYFFTWDTKYACVKEKEDLLCS
VIDGKKRYDLSALARHSEREQNWEAVDGSEEEIGKKHYFINICHRVLQEGQAKGCPEDAA
VCSVDKNGFKNLGKFISPPTKERGNLQLSYSDGSDCGHKKITSNITLVCKPGDLESAPVL
RTSGDSGCFYEFEWHTAAACVLSKTEGENCTVFDSQAGFSFDLSPLTKKNGAYKVDTEKY
DFYINVCGAVSVSFCQKDSGACQIAKSDGKPWNLGVSNAKLSYYDGMIQLNYKDGTPYNN
EKHTPRATLITFLCDREAGVGHPEYQEEDNSTYNFRWYTSYACPEEPLECVVTDPSTLEQ
YDLSSLAKSEGGRGGNWYAMDNAGEHSTWRKYYINVCRPLNPVPGCDRYASVCQMKYKND
QGSFSEVASISNLGVTKTGPTVEDSGSLLLEYVNGSECTTSDGKLTTYTTRIHLVCSRGS
MNTHPIFSLSWECVVSFLWNTEAACPIQIMTDTDQACSIRDPNSGFVFDLNPLNSSQGYV
VSGIGKTFVFNVCGTMPVCGTLDGKPASGCEAEFQTEDLKNLKPKRLVGLEKTLQLSTEG
FITLTYKGPLSPSTGNSYAFIIRFVCNDDVYPGTIKFLHQDIDSGLGIWNTFFEFETALA
CVPSPVDCQVTDVAGNEYDLSGLSRVRKPWTAVDTSVDGRKRTFYLSVCNPLPYIPGCHG
SAVGSCLVTEDNGWNLGVVQISPQAAENGSLSLVYVNGDKCGNQRFSTRITLECAQTSGS
PTFQLRDDCEYVFVWRTVEACPVIRVEGDNCEVKDPRHGNLYDLKPLAVNDTIVSAGEYT
YYFRVCGKLSSDVCPTDDKSKVISSCQEKRGPLGFHKVAGLLTQKLTYENGLLKMNYTGG
DTCHKVYQRSTTIFFYCDRSTQRPVFLRETSDCSYLFEWRTQYACAPFDLTECSFKDEAG
NTFDLSSLARYSDNWEAVTSTGATEHYLINVCKSLSPQAGSEPCPPEAAACLLSGSKPVN
LGRVRDGPQWREGTIVLKYVDGDLCPDQIRKKSTTIRFTCSESQVNSRPMFISAVEDCEY
TFSWPTAAACPVRSNVHDNCQVTNPATGHLFDLSSLSGRAGHTAAYSEKGLVYISICEDN
ENCSPGVGACFGQTRISVGKANKRLTYVDQVLQLVYEDGSPCPSKSGLTYKSVISFVCRP
EAGPTNRPMLISLDKQTCTLFFSWHTPLACEQVTECSVRNGSSIIDLSPLIHRTGGYEAY
DESEDDTSDTGPDFYINICQPLNPMHGVPCPAGAAVCKVPVDGPPIDIGRVTGPPILNPI
ANEVYLNFESSTPCLADKHFNYTSLIAFHCRRGVSMGAPMLLRTSDCDFVFGWETPLVCP
DEVKMDGCSLTDEQLHYSFNLSSLSKSTFKVTRDSRTYSIGVCTAAAGLDEGGCKDGGVC
LLSGSKGASFGRLASMRLDYRHQDEAVILSYANGDNCPPETEAGDPCVFPFIFNGKSYEE
CVVEGRARLWCSTTANYDRDHEWGFCRHSNSHRMSSIIFKCDEDADIGRPQVFSEVRGCE
VTFEWKTKVVCPPKKMECKFIQKHKTYDLRLLSSLTGSWFFVHEGVSYYINLCQKIYKGP
LDCSDRASICKKSASGVVQALGLVHTQKLDVLDDKVIVTYSKGYQCGENKTASAVIELTC
AKTVGRPSFMRFDIDSCTYYFSWDSRAACAVKPQEVQMVNGTITNPINGKSFSLGDIYFK
LFSASGDMRTNGDKYLYEIQLSSITSSRNPACSGANICQVKPNDQHFSRKVGTSDKTKYY
IQDGDLDVVFASSSKCGKDKTKSVSSTIFFHCDPLVKDGIPEFSHETADCQYLFSWYTSA
VCPLGVDLDGDNAGEDTQEHKGLSERSQAVGAVLSLLLVALTGCLLTLLLYKKERREIVV
SRLTSCCRRSANVSYKYSKVNKEEEADENETEWLMEEIQAPTPRPGKEGQENGHITTKSV
TAEALTSLHGDDQDSEDEVLTIPEVRVHSGRGTGAASVPHGRIPQRRGLRESADGAGGLV
TGDRVRRGKPRPVPQKTGTSGGLASFHDDSDEDLLHI
NT seq 7494 nt   +upstreamnt  +downstreamnt
atgggggccgccgccggccggagcgcccacctggggccggggcccgcgcccgccgcccgc
ccgctgcgctccctggtcctgctgcagctgctgctgctggtcggggccccgggcgccgcg
cgggcccagggcgccgacttccccgagctgtgcagttatacatgggaagctgttgatacc
aaaaataacatgctttataagatcaacatctgtggaaacatgaatattgaccagtgtgga
ttgtcaagtgctgtttgtatgtacgacgtgaagacaaacagctattattccgtgggtgat
ttttcttcaaaaactgcaaccagatccctgctggaattcagcacaacacacagttgtaag
caaaacccaagtcacaaaatccaaagtagcatcaccttcttatgtgggaaaaccttggga
actcctgaatttgtaactgcaacagactgtgtgcattacttcgagtggaggactactgct
gcctgcaagaaagacacatttaaagctaaaaaagaggtgccatgctatgcatttgatgga
gagctcaagaagcatgatttaaatccactgatcaagattagtgggggttacttggtggat
gactctgacccggacacttctctgttcatcaacgtttgtagagacatagactcactgcgg
gactcaagtctacagttgcgtggctgcccccccggcactgctgcctgcctggtgagaggg
gagcaggcgtttgatgttggccagcccaagggaggactgaagctcctgagcacggacagg
cttgtcctgagttacgtgaaggaaggggctggggagctagacttctgtgacggtcatagc
ccagcagtgacgattacgtttgtctgcccgtcggagcgcagagagggcaccattcccaag
ctcacagcaaaatccaattgccgctatgaaatcgagtgggtcaccgagtatgcatgccac
agggattatctggaaagcagaacctgctctctgagcagcgcgcagcatgacgtcaccatt
gacctccagccactcagacaggacggagcttcattgtccccttactacacttcggatgga
aaggaatatatgttttatttgaatatctgtggagaaatccaagtgccgttctgtagtaag
agagacgccgccgtttgccaagtgaaaaagtcggattcctctcaagtcagagtagcagga
aaataccagaatcagaccctccgatactctgatggagacctcaccttgatatattttgga
ggggacgaatgcagctcaggcttccagcggatgagcgtcatcaactttgagtgtaataag
accgcaggtaatgatgggaaaggtgctcctgtgttcactggggagatggactgcacttac
ttcttcacatgggacacgaagtacgcctgtgtgaaggagaaggaggatctcctctgcagc
gtcattgacgggaagaagcgctatgacctgtctgccctggctcggcactcagaacgggaa
cagaattgggaagccgtggatggcagtgaggaggaaataggaaagaagcactacttcatt
aatatctgccacagagtgttgcaggaaggccaggccaaaggctgccctgaagatgcggct
gtgtgctccgttgataaaaatggatttaaaaatctaggcaaatttatttctcctcctaca
aaggagagagggaatcttcagctctcatattcagatggtagtgactgtggccacaagaag
ataacgagtaacataacacttgtctgcaagccaggtgatctggaaagtgctccggtgttg
aggacctctggggacagtggctgcttctatgagtttgagtggcatacagctgccgcctgc
gtgctgtctaagacagagggcgagaactgcacggtctttgattcccaggcagggttttct
tttgatttgtcacccctcacaaagaaaaatggtgcatataaagttgatacagagaagtat
gatttttacataaatgtttgtggtgcggtgtctgtgagcttctgtcagaaggactctgga
gcctgtcaaatagcaaaaagtgatggaaagccttggaacttgggagtgagtaatgcaaag
ctgtcatattatgatgggatgatccagttgaactataaggatggcacgccttacaataat
gagaagcacacaccaagagctacactgatcaccttcctttgtgaccgagaggctggagtc
ggtcaccctgaatatcaggaggaagataactctacctacaacttccgatggtacaccagt
tacgcttgcccagaggagcccctggaatgtgtggtgaccgatccctccacactggagcag
tatgatctctccagtctagcaaaatctgaaggtggtcgaggaggaaactggtatgccatg
gacaatgcaggcgagcacagcacgtggaggaaatactacataaatgtgtgtcgacctctg
aaccccgtgccgggctgtgatcggtacgcgtcggtgtgccagatgaaatacaaaaatgat
cagggttccttttctgaggtagcatcaatcagtaacttgggggtcacaaagacaggccct
actgtggaagacagcggcagcctcctattagagtatgtgaatggctctgagtgcaccacc
agtgatgggaagctgactacctacaccacgaggatccatcttgtctgttccaggggcagc
atgaatacccaccccatattttccctcagttgggagtgtgtggtcagtttcctgtggaat
acagaagccgcctgtcctatccagataatgacggacacagaccaggcctgttctatcagg
gacccaaacagtggctttgtgtttgatcttaacccactgaacagttcccaaggatatgtg
gtctcaggcattgggaagacttttgtgtttaacgtgtgtggcacgatgccggtctgtggg
accctcgatggaaaaccggcctctggctgtgaggcggaatttcagacagaggatctaaag
aacctgaaacccaaaaggctggttggactcgagaaaaccctccagctgtccactgagggc
tttataactctgacctacaaagggcctctctccccttcaacagggaactcttatgccttt
atcatccgctttgtttgcaacgatgatgtttacccaggaaccatcaaattcctgcatcag
gacattgactctggcctgggaatttggaacactttctttgagtttgagactgcactggct
tgtgtcccttctccagtggattgccaggtcacagatgttgctggaaacgagtatgacctg
agtggcttaagcagagtccggaagccctggacggctgtggacacttcggttgatggaaga
aagagaactttctatctgagtgtttgcaatcccctcccttatattcctggatgccacggc
agtgcagtggggtcctgcctggtgacagaagacaacggctggaacctgggcgtggtgcag
atcagcccccaggctgcagagaatgggtccctgagtcttgtctatgtcaacggtgacaag
tgcgggaaccagcgcttctccaccaggatcacgcttgaatgcgcacagacttcgggatca
ccaacatttcagcttcgggatgattgtgagtatgtgtttgtctggagaacggtggaagcc
tgtcctgtcatcagagtggaaggagacaactgtgaagtgaaggacccaaggcatggcaac
ctgtatgacctgaagccgctggctgttaatgacaccattgtgagtgctggcgaatacacc
tattacttccgggtctgtggcaagctgtcctcagatgtctgccccactgatgacaagtcc
aaggtgatctcgtcatgtcaggagaagcggggacccctgggatttcacaaagtggcaggt
ctcctcactcagaagctgacatacgaaaatggcttgttgaaaatgaactacaccggaggg
gacacctgccataaggtgtaccagcgctccacgaccatcttcttctactgtgaccgtagc
acccagaggccggtgttcctcagggagacttctgattgctcctacctgtttgagtggcga
acacagtatgcctgtgcaccttttgacctgactgagtgctcattcaaagatgaggctggc
aacaccttcgacctctcatccctggcaaggtacagcgacaactgggaagccgtcacgagt
actggagccaccgagcactacctcatcaatgtttgcaagtctctgtctccccaggctggc
tcggagccgtgccctccagaagcagctgcgtgtctcttaagcggctccaagcctgtgaac
cttggcagggtgagggatgggccacagtggagagaaggcaccattgttctcaagtatgtt
gatggtgacttgtgtccagaccagattcggaaaaagtcaaccaccatccgattcacctgc
agcgagagccaagtcaactccaggcccatgttcatcagtgcagtggaggactgtgagtac
accttctcctggcccacggcagccgcctgtcctgttaggagcaatgtgcacgacaactgc
caagtcaccaaccctgccacaggacatctgtttgatctgagctctttaagtggcagagct
ggacacacagctgcttacagtgagaaggggctcgtgtacatcagcatctgtgaggataat
gaaaactgctcccctggcgtaggggcctgctttgggcagaccaggatcagtgtgggcaag
gcaaacaagaggctgacctacgtggatcaggtcttacagctggtatatgaggacggatcc
ccctgtccttccaagtctggcctcacctacaagagtgtgatcagcttcgtgtgcaggcct
gaggccgggcccaccaacaggcctatgctcatctctctcgacaagcagacgtgcacgctc
ttcttttcctggcacacgcctctggcctgcgagcaggtgacggagtgctctgtgaggaat
ggaagctctattattgacttgtccccgctcatccaccgcacggggggctatgaggcatat
gacgagagcgaggatgacacctccgacaccggccctgacttctacatcaacatctgccag
ccgctgaacccgatgcatggggtgccttgtcctgccggagcggccgtgtgcaaggttcca
gttgatggcccccctatagatattggccgagtcaccggacctccgatactcaaccctata
gcaaatgaagtttacttgaattttgaaagtagtactccttgcttagcagacaagcatttc
aactatacctcactgatcgcatttcactgtaggagaggcgtgagcatgggagctcccatg
ctgctgaggaccagtgactgtgactttgtgtttgggtgggagaccccgctggtctgtcca
gacgaagtgaagatggacggctgctccctgacggatgagcagctgcactacagctttaac
ctgtccagcctttccaaaagcaccttcaaggtgactcgagactcacgcacctacagcatc
ggggtgtgcactgcggcggcgggcctggatgaaggaggctgtaaggatgggggtgtctgc
ctactttctgggagtaaaggggcatcttttggacggctggcttcaatgagactggattac
aggcaccaggatgaagctgtcattttaagttacgccaatggagataattgtcctccagaa
actgaggcaggtgatccctgtgtgttccccttcatattcaatgggaagagctacgaggag
tgtgttgtggagggccgcgcaaggctttggtgctctaccactgcaaactatgacagagac
cacgagtggggcttctgcagacactcaaacagccaccggatgtcctcgattatcttcaag
tgcgatgaggatgctgatatcgggaggccacaggttttcagtgaagttcgtggctgcgag
gtgacctttgagtggaaaacaaaagttgtctgccctccgaagaagatggagtgcaagttc
atccagaagcacaaaacctatgacttacggctgctgtcctcgctcaccgggtcctggttc
tttgtccatgaaggagtctcgtactatataaatctgtgtcagaagatatataaagggcct
ctcgactgctctgacagagccagcatttgcaagaagagtgcatctggagtcgtccaggcc
ctggggcttgttcacacacagaagctggacgtcttagatgacaaagtcatcgtaacttac
tcaaaaggttatcagtgtggggagaataagacggcatctgccgtcatagagttgacctgt
gcgaagacagtgggcagaccttcgttcatgaggttcgacatcgacagctgcacttactac
ttcagctgggattctcgggccgcctgtgcggtgaagcctcaggaggtgcagatggtgaac
ggcaccatcaccaaccctataaatggcaagagcttcagccttggagatatttattttaag
ctgtttagcgcctctggagacatgagaacaaatggggataagtacctgtatgagatccag
ctttcctctatcacaagctccagaaatcccgcatgctctggagctaacatatgccaggtt
aagcccaacgaccaacacttcagtaggaaagttggaacttctgacaaaaccaaatactac
attcaagatggtgacctggatgtggtgtttgcctcatcctctaagtgtggaaaagataag
acaaagtctgtgtcttccaccatcttcttccactgtgatcctttggtgaaggacgggatc
cccgagttcagccacgagaccgccgactgccagtaccttttctcttggtacacctctgct
gtgtgtcccctgggagtggaccttgatggtgacaatgcaggcgaggacacacaggagcac
aaggggctgtcagagagaagccaggccgttggggcggtcctcagcctgctgctggtggca
ctcactggctgtctgctgaccctgctgctttacaagaaggaaaggagggagatcgtggtg
agcagactgaccagctgctgcaggagaagtgccaacgtgtcctacaaatactcgaaggtg
aacaaggaggaggaggcggatgaaaacgaaaccgagtggctgatggaagagatccaggca
ccgaccccgaggcccgggaaggaaggacaggagaacgggcacattaccacgaagtccgtg
acggccgaagccctcacctccctgcacggggatgaccaggacagtgaggatgaggtcctg
accatcccagaggtgagggtgcactcgggcagagggactggggccgcgagtgtgccgcat
gggaggatcccacagaggagggggcttcgggagagcgccgatggtgcaggggggctggtg
acaggggacagggtccgcagggggaagccacggcctgtgccacagaagaccgggacctcc
ggcggcctggcatccttccacgacgacagcgacgaggacctcctgcacatctag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   VGNC (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (63)   

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