KEGG   Poecilia reticulata (guppy): 103457232
Entry
103457232         CDS       T05149                                 
Symbol
igf2r
Name
(RefSeq) cation-independent mannose-6-phosphate receptor
  KO
K06564  insulin-like growth factor 2 receptor
Organism
pret  Poecilia reticulata (guppy)
Pathway
pret03266  Virion - Herpesvirus
pret04142  Lysosome
pret04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:pret00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03266 Virion - Herpesvirus
    103457232 (igf2r)
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    103457232 (igf2r)
   04142 Lysosome
    103457232 (igf2r)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pret04147]
    103457232 (igf2r)
   04090 CD molecules [BR:pret04090]
    103457232 (igf2r)
   04091 Lectins [BR:pret04091]
    103457232 (igf2r)
Exosome [BR:pret04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   103457232 (igf2r)
CD molecules [BR:pret04090]
 Proteins
  103457232 (igf2r)
Lectins [BR:pret04091]
 P-type lectins
  103457232 (igf2r)
SSDB
Motif
Pfam: CIMR ATG27 Man-6-P_recep PRKCSH_1 fn2
Other DBs
NCBI-GeneID: 103457232
NCBI-ProteinID: XP_008395433
Position
LG21:complement(4858730..4902524)
AA seq 2468 aa
MFFRDKPTQRRPLRLALWLYIGLGCFSVRSGAEEVRSSLWYQDLCSYKWEAVDLDNKVKY
TIKLCESSPPTSCGSSTAVCAQNLTGEDKRSVGDLSLQMLSGTVLDYNTTNTCPGGTNPV
QTSIDFQCGKTMGTPEFVALSECVHYFEWKTYAACKKDKFKPHKEVPCYVFDSDGKKHDL
NPLIQVEDGYLVDDGNDDLDFYINICRSLNIADKSCPEGSAACLVTGQGSFSMGAPSRPL
EAVSSDSLRLQYELSAESTPPERCGGHRPTVNITFICPSSRHPGSVPKMVAESNCRYEVE
WVTEYACHRDYLESHTCKLTSEQHDISIDLSPLTHSPSERPYFIPSPSGEGSESYLYYLN
VCGSIDVCGNDPLTSSCQMKKSGSSSKVAGRFQNQTLRYSDGDLSLIYPGGDKCSSGFQR
MTIINFQCNKTAANNGHGNPVFAGETDCTYYFNWDTAFACVKEKEDLLCQVRDGRKRYDL
SRLTRYPESKDGENWVVVDGRATKPDTHYFLNICHKVLRRGGAASCPDDASFCAVDKNNK
TINLGSFLSPPRITKQGSDIRLTYTEGALCENGKTQTILTLKCKPGHLERPPMLRSVSPD
KCLYEVEWYTAAACVLSRTKGHNCTVEDPQAGFSFDLSPLSKPNGGYYNMTSGGYDYYIN
VCGPVKAAACPEKAGACQVEQSSWSLGEANSLLSYYDGLIQLTYSKGSQYNNANHTLRST
LISFLCDPEAGAGSPEFQVEDNFTYNFRWYTSYACPQRPHECLVTDPITLDQYDLSSLSR
STSANNWVAMDMADVSSQRKYYINVCRPIVPVPGCDQDASVCQMKYITEKGSPKEVVSVS
NMGKSKRGPIIEARDRLLLEFTDGSVCMSEGQKLSYTTLIHLVCHRGAIVKSPQFELNQN
CTAIFIWETKAACAIQTVENNTCAIVDPDSSFKYNLQLLASKDGYRTTANGKDFLLNICA
DAPGCGSGMGGCELENGQPVSPVGLQKTLKYSTNGELQLTYRGQLDDQTGTRDTFIVNFV
CDPDSHPGSVTYVHEEMSSSSTHVVHNVLFEFSTALACVPAAVDCTIADSRGNEYDLSHL
ARNVDDSPWIPTDAGQSRRFYINVCKPLPAVDKCPVGPLGACGVIGGKGFNLGYMQSSPQ
VAEDGSISIVYQNGDKCGSSSTYSTRIILQCDDSPGSPVFDSLDGCEYIFRWRTSEACPI
RKVQGDNCRVRDTKSGYEFDFSSLKDRDFAVTSDKYIYHLSVCSPLQKNVCLTKDAVSSC
QVAGNTHKVAGLSNQKLSFVGDQILLNYTSGDVCHKIYNRSTVISFSCNPDKHPGVPEFM
KETPDCTYLFSWPTALACIPVKTTSCSYNDGQGHSYDLSPLALDSQNWEVDVSTQDPRKM
FYINVCRSLVQQGGSWKCPSSAASCLKDGGDYVSLGQLTSGPQMDRGILKLQYTGGHRCP
DGSNNRSSIIRLQCDKDKVDSRPILISVIEDCIYTFLWSTAAACPLTTSQHSDCRVTNPA
TGHLFDLNPLKKSEDYVVYDHNQPQKMFRLNICGEVTNSGCSAGTAVCIKGGNTAVSGGE
ASTRLTYRDHVLELTYEGGSPCSANPNLKHKTVINFICRPSYMSSTSEEPVFISTNAETC
THFFSVHTALACEQTVTCSVHNGSSLIDLSPLIHRTGYYTATDDEVDQNDNSPDFYLNLC
EPLNPIPDVTCPPGAAVCLDPDNGPPVDIGRSTSGPQMNNITGEVFITYQSSTRCAANPH
QNYSSTIVFTCQKGLELGSPQMLRLQGCVYLFEWATPVVCPDATQTSGCQLKDSQLDFTF
DLKSLSGEVQVSGSSGTYHINVCGSVAEKSCKQSAVCLVPGSGSTMPASSFGISKAMAMD
FKHEDQAVLMHYGGGDPCQAMTTNNETCVFPFTYMNKSYSECTKDGSMDGKKWCATTSNY
DKDQKFGQCREVPTSAKRQSSILFTCEHFAGHGTPELLSETNGCLATFKWKTSAVCPPTK
MECKLVSQHHTFDLRSMSSRTKPWKFTSQGYSYYFNLCQGIHGGLTSCPTGATVCRHSKS
GQTETLGWAYTQKMGYTDGKISVNYSDGDDVCGNGLKAKTLIQLSCGSTVGHPSLLRVDT
ATCEFVIGWETRLACAVKQQEVHIENGMIKVPDTGTSLNLGELYTRAHQASGDIRTNGDR
YIYHIQLSGITNNSLPKCRGANICQVKLNADYRRKIGSSDKAKYYIKGGNLDVLVPSDSK
CHGEENRTVYSTITFYCNPSVGVGIPEFLRETDDCQYLFVWHTEAVCGLITVDRQTSDGD
MDSSRRSQTLGIMLTLLLVVLVVCLLGYLLHKRERRELVMQKVTGCCKRGNQVSYKYSKV
NTDEEGGEEEMEWLMEELETPLSSSSHRGRSNHSNGHIRTKPVNTDGLRSFSLDEQDDDS
EDEVLSVPGVRVLKPPAASRTQRSAVLQEESDEDLVGLLEESDRARKSSKPRSRKREDDD
SDEDLLRV
NT seq 7407 nt   +upstreamnt  +downstreamnt
atgtttttccgagataaaccgactcaacgccggcctctgaggctggctctgtggctktac
atcggtttgggatgtttttcggttcggtccggagcagaagaggtccgcagcagcttgtgg
taccaggacctctgcagctataaatgggaagctgtagacttggacaacaaagtgaaatac
accataaagctttgtgagtcttcaccaccgaccagctgtgggtccagcactgcagtttgc
gcccaaaacctcaccggtgaagacaagcgctcagtcggtgacctttccctgcagatgctc
tccggcaccgtgctggattacaacaccaccaacacatgccccggaggaaccaacccggtt
cagaccagcatcgacttccagtgtgggaaaaccatgggcaccccagagttcgtggcgctg
tctgaatgtgttcattactttgagtggaagacctacgctgcctgcaagaaggacaaattc
aaaccacacaaagaggttccctgctacgtgttcgactcggacggtaagaagcacgacctg
aaccctctgatccaggtggaggacggttacctggtcgacgacggcaacgacgacttagac
ttttacatcaacatttgccgaagcctgaacattgcagataagtcgtgtccagagggctct
gcagcctgcctcgtcaccggacaaggctccttcagcatgggggctcccagccggccgctg
gaggccgtgtccagcgacagtttgaggttacagtatgaattaagcgccgagtcgacgcct
ccggagagatgtggaggacaccggccgaccgtcaacatcactttcatctgtccttcaagc
cgccatcccggcagcgtcccaaagatggtggccgagtcaaactgtcgttacgaggtggag
tgggtgactgagtacgcctgtcacagagactacctggagagtcacacctgcaaactgacg
agcgaacagcacgacatctccatcgacctttcacctctcacccacagcccctcagaacgg
ccctacttcatcccgtctccgtccggtgaaggctctgagagctacctgtattacctgaat
gtgtgtgggagcattgacgtgtgtggcaacgaccctttgacctcgtcctgccagatgaag
aagtccggaagcagctctaaggtggccggacggttccagaaccagacgctacggtattca
gatggagacctcagtctgatttatcctggcggagataaatgctcctctggcttccagagg
atgaccatcatcaacttccaatgcaacaaaactgcagcaaacaacggacacgggaatccg
gtttttgccggggagacggactgtacgtattactttaactgggacacggcgttcgcctgc
gtcaaggagaaggaggacctgctgtgtcaggtcagagacggcaggaaacgctacgacctc
tcacgccttacgagatatcccgagtcgaaggacggtgagaactgggtggtagtggacggc
agagccaccaaaccggacacgcattacttcctgaacatctgccacaaagtcctgaggaga
ggaggagctgccagctgcccagatgacgcctccttctgcgctgtggataaaaataataaa
accatcaacctgggcagcttcctctctcctccccggatcactaaacagggaagtgacatc
agactgacgtacactgaaggggcgctttgtgaaaacgggaagacccaaactatactgact
ctcaaatgcaaaccaggccatcttgagagacctcccatgcttcgcagcgtttcccctgat
aaatgtctttatgaggtggagtggtacaccgctgcggcctgcgtcctgtccagaacgaaa
ggacacaactgcacggtggaggacccccaggctggtttctccttcgacttgtctcctctc
tccaaacccaacggcggttactacaacatgaccagcggcggctacgactactacatcaac
gtctgcggtccggtcaaagccgccgcgtgtcctgagaaggccggagcgtgccaagtggaa
cagagctcctggagtctcggggaggcgaactccctcctgtcctactacgacggcctgatc
cagctgacatacagcaaaggctcccagtacaacaatgcaaaccacaccctcagatccacg
ctcatctccttcctgtgcgaccccgaggctggagcaggaagcccagagttccaggtggaa
gataacttcacctataacttccgctggtacacatcctacgcctgtcctcagcggcctcac
gagtgtttggtgacggatcccatcacgctggaccagtatgacctgtccagtttgtcgcgg
tccacctccgccaacaactgggtggcgatggatatggccgacgtctccagtcagaggaag
tattacatcaacgtctgtcggcccatcgttcccgttccaggatgtgaccaggacgcatcg
gtctgccagatgaagtacataacagaaaagggctcgccaaaggaagtggtgtccgtcagc
aacatggggaagtccaagagagggccgatcatcgaggcccgggaccgtctgctgctggag
ttcacagacggttctgtctgcatgtcggagggccagaaactgtcctacacgacgctcatc
cacctggtctgccacagaggagccatagtcaagtcgccgcagtttgagttaaaccagaat
tgcactgccatctttatttgggagaccaaagcagcctgcgccatccagaccgtcgagaat
aacacttgtgcgattgtggaccctgactcaagtttcaagtacaacctccagcttttggcc
tctaaggacggataccggacaactgctaacggcaaagacttcctgctgaacatctgcgca
gacgccccaggatgtgggtcgggaatgggtggctgtgagctggagaacgggcagccggtt
tccccagtggggttgcagaagacgctgaaatactccaccaacggtgaactgcagctgacc
tacagggggcagctggacgatcaaacaggaaccagagacacgttcatcgttaactttgtg
tgcgacccagactctcacccgggctcagtaacgtacgttcatgaggaaatgagctcttca
tccacccatgtggttcataacgtcctgtttgagttctccaccgcgctggcctgcgtccct
gctgccgttgactgcaccatcgctgattcccgtggaaatgagtacgatctgagccacctg
gcccgaaatgtggacgactctccgtggatcccaacggacgctggccagtcacgcagattc
tacataaacgtctgcaagccgcttccggctgtggacaaatgtccagtgggtcctctcgga
gcttgcggtgtgattggtgggaaaggtttcaacctgggatacatgcagtccagcccgcag
gtggcggaggacggctccatcagcatcgtgtaccagaacggagacaagtgtggcagttcg
tccacttactcaacgcgcatcatactgcagtgtgacgacagtccgggctcccccgtgttt
gacagtctagacggctgtgaatacatcttccgctggaggacgtcggaggcctgccccatc
aggaaggtccaaggggataactgtcgagttcgtgacaccaagagcggctatgagtttgac
ttcagctccctgaaggacagagattttgccgtcactagtgacaagtacatttaccacctg
tcggtttgcagcccactgcagaaaaatgtctgcctcaccaaagacgcagtgtcgtcctgc
caggtggctggaaacactcacaaggtcgctggactgtccaaccagaagctgagtttcgtc
ggggatcagatcctcctgaactacaccagtggggatgtctgccataaaatctataataga
tccacagtcatcagcttctcctgcaaccctgacaagcatccaggagtaccagagttcatg
aaggagactccggactgcacctacctgttcagctggcccactgcgctggcgtgcatccca
gtcaaaaccaccagctgctcctacaacgacggtcagggccactcctacgacctttcccct
ctggctttggactctcagaactgggaggtggacgtctcgactcaagacccaaggaaaatg
ttctacatcaacgtctgcaggtcgctggtgcagcagggaggctcgtggaagtgtccgtcc
agcgcagcgtcctgcttgaaggacgggggcgactatgtgagtctggggcagctgacgtcc
ggtcctcagatggacagaggcatcctgaagctgcagtacaccggcggccatcgctgtccg
gacggcagcaacaaccggagcagcatcatccgcctccagtgcgacaaagacaaagtggac
tccagacccatcctgatctcggtgatagaggattgcatctacaccttcctgtggtcgacg
gctgccgcctgccctctgaccaccagccagcactccgactgcagagttaccaaccccgct
acaggtcacttatttgacctgaatccattgaagaaatctgaggattacgtcgtctacgat
cacaaccagccgcagaaaatgtttcgcttgaacatctgtggggaagtgacgaactctgga
tgcagtgcgggaaccgccgtctgcattaaggggggaaacacggccgtcagcggcggcgaa
gcgagcaccaggctgacgtacagagatcacgtgttggagctgacgtatgaaggaggcagt
ccctgctctgcaaaccccaacctgaagcacaagaccgtcatcaatttcatctgcaggccg
tcctacatgagctccacctcagaggagccggtcttcatcagcacgaacgctgaaacgtgc
acacacttcttctccgtccacacagcgctggcttgtgaacaaactgtgacctgttcggtc
cacaacggctcctctctaatagacctgtctcctctcattcaccgcactggatactacacg
gctacagatgatgaagtggaccaaaacgacaactctcctgacttctacctgaacctctgc
gagcctttgaatcccatccccgatgtcacctgcccgcctggagctgcagtctgcctggac
cccgataacgggccacctgtggatatcggccgctcaacctctggcccacagatgaacaac
ataacaggtgaagtgttcatcacctaccaaagctcgacccggtgtgcagcaaatcctcat
cagaactacagttcaaccatcgtcttcacctgccagaaaggcttggagctgggttcccct
cagatgctgaggctgcagggctgcgtctacctgtttgagtgggcgactcccgtcgtctgc
ccagatgcgactcagaccagcggctgccagctcaaagactcgcagctggatttcacgttt
gatctcaaatctctttccggcgaagtccaggtgagcggctcctccgggacgtatcacatc
aacgtctgcggctcggtggcggagaaaagctgcaagcagagcgcggtctgcctggttccg
ggttctggctcaacgatgcccgcttcgtcgttcggcatcagcaaagccatggcgatggac
ttcaaacacgaagaccaggcggtgctgatgcactacggaggaggagatccatgccaagcc
atgaccaccaacaatgagacgtgcgtgttcccgttcacatacatgaacaagtcgtacagc
gaatgcaccaaagacggaagtatggatggcaagaagtggtgtgccacaacttccaactac
gacaaggaccagaagtttggacaatgcagagaagttccaacctctgcgaagcgtcagtcg
tccatcctcttcacctgcgaacactttgcaggccacggcaccccggagctgctgtccgag
accaacggctgcctggccacgttcaagtggaaaaccagcgccgtctgtcctccaacgaag
atggagtgcaaactggtgagccagcatcatacgttcgacctgcgatccatgtcgtcccgc
accaagccgtggaagttcaccagccaaggatattcgtattacttcaacctgtgtcaggga
atccatggtgggctgaccagctgtccaacgggggcgacggtgtgccgacactccaaatcc
ggacagacggagaccctgggttgggcttacacccagaaaatgggctacactgatggaaag
ataagcgtgaactattcagacggagacgatgtgtgcggtaacggtttgaaggccaaaacg
ctgatccagctgagctgcggctccactgtgggtcacccgtcactcctcagggtcgacacg
gcgacctgtgagtttgtgattggctgggagactcgcctggcctgcgctgtgaagcagcag
gaggtccatatcgagaacgggatgataaaggttcccgacaccggaaccagtctgaatctg
ggagaactctacaccagagcgcatcaggcgtctggcgacatccgcaccaacggcgaccgt
tacatctaccacatccagctgtccggcatcaccaacaactccctgcccaagtgccgtggt
gcaaacatctgccaggtgaagctgaacgcagactacaggcgcaagatcggctcctctgac
aaggccaagtattacatcaaaggaggaaacctggacgttcttgttccctcggactcgaag
tgccacggcgaggagaacagaaccgtctactccaccatcaccttctactgcaacccgtcg
gtcggcgtcggcatcccggagttcctgcgggagacggacgactgccagtacctgtttgtg
tggcacacagaagccgtgtgtgggctgataaccgtcgatcgtcagacgtcggacggcgac
atggattcttcccgccgcagccagacgttgggaataatgctgaccctcctgctggtggtt
ctggtcgtctgyctgctgggatatctgctgcacaaaagagaacgacgggagcttgtgatg
cagaaggtcaccggctgctgcaagagaggaaatcaagtctcatataaatattcaaaggtc
aacacggatgaggaaggcggtgaggaggagatggagtggctgatggaggagctggaaact
cctctgtcttcctcctcgcaccgcgggaggagtaaccatagcaacggccacatcaggacc
aagccggtgaacacggacgggctgcgctcgttctctctggacgagcaggacgacgacagc
gaagacgaggtgctgagcgtcccgggcgtcagagtgctgaaaccgccggcggcgtccagg
actcagcgcagcgccgtcctgcaggaggagagtgatgaagacctggtgggcctgttggag
gagtcggacagggcgaggaagagcagcaaacctcgcagccggaagcgtgaggacgacgac
agcgacgaggatctcctcagggtgtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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