KEGG   Rattus norvegicus (rat): 282580
Entry
282580            CDS       T01003                                 
Symbol
Stab2
Name
(RefSeq) stabilin-2 precursor
  KO
K19013  stabilin-2
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:rno00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    282580 (Stab2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:rno00536]
    282580 (Stab2)
Glycosaminoglycan binding proteins [BR:rno00536]
 Hyaluronan
  Cell surface receptors
   282580 (Stab2)
SSDB
Motif
Pfam: Fasciclin EGF_3 Xlink FXa_inhibition EGF cEGF
Other DBs
NCBI-GeneID: 282580
NCBI-ProteinID: NP_001233286
RGD: 628822
Ensembl: ENSRNOG00000038948
UniProt: E0X583
Position
7:complement(23136938..23342633)
AA seq 2539 aa
MGRSKLFLSMLLPLIPLFLGLVVQNACSPTEGPELAKRCDKKSTLTIKTECQSCSANFAV
KCPDGYIKVTSGSAGVRDCRYSLDIQSYVLAIPGCRHICRKDYLQPQCCPGHWGPDCMEC
PGGARAPCGGRGVCDEGMEGTGSCSCQAGFSGTACEACATDNVFGPNCSAVCSCVHGVCN
SGLNGDGTCECLSAYRGPKCDKPIPECATLLCPENSRCSPSSKDETKLQCKCLPNYEGDG
HNCRPINPCLKTICHPHASCSYLGPNRHSCICQKGYQGDGQVCLPVDPCQTNYGKCPPES
TVCKYDGPGQSHCECKEHYRNFVPGVGCSMTDICESNNPCHKNANCSTVSPGKTKCTCQK
GYVGDGLNCYGNIMQRLRELNTEPRGMWQGQLTSFISILDRTYAWPLSNLGPFTVLLPSD
KGLKGVDVKELLMDKEAARYFAKLHIIAGQMSMEQMYHLDTFYTLTGKSGEIFNKDKDNQ
LKLKLHGSKVVKIIQGNIVASNGLVHILDRAMDKTEPTFASNPQQTIMAMLQPRYGRFRS
LLEKTNVGQILDEGGPYTIFVPSNEALSNMKADILDYLLSPEGSRKLLELVRYHIVAFTQ
LEVATLVSTPHIRSMANQIIKFNITSKGQILANNVAMDETEVAAKNGRIYTLTGVLIPPS
ILPILPHRCNETKIELKLGTCVSCSTKHWSKCPADSKPATIFSSCFYSSRVRNLKSGCAR
YCNVTVEIPRCCKGFFGPDCTPCPGGFLTPCSGNGQCMDGLAGNGTCICQDGFQGSMCQF
CSDPNRYGPRCNRTCLCVHGTCDNRLDSDGACLSGTCREGTAGRFCDKQTSACGPYVQFC
HIHASCEYSNKTASNPPGPGDEIETQLQKAECIQTSTGTYSCVCQQGWTGNGRDCVGINN
CLLPSSGGCHDNATCLYVGPGQNECECKKGFRGNGIDCEPIISCLEQTEKCHPLATCQST
SSGVWSCVCREGYEGNGVLCYGNVLMELSFLPEAAVFYQWINNASLQSVLSTTSNLTVLV
PSRRAFEDMDQNEKSFWLSRNNIPALIKYHILLGKYGVADLQALSSPHMLATSLQGNFLQ
LDKADGNITIEGASIVDGDNAATNGVVHIINKVLVPQRGLTGSLPSLLTRLEQMPGYSIF
RGYIIHYNLASAIEAADAYTVFVPNNEAIENYIREKKATSLKEDILRYHVVLGEKLLKND
LHNGMHRETMLGFSYLLAFFLRNDQLYVNEAPINYTNVATDKGVIHGLEKVLEIQKNRCD
NNDTIIVRGECGKCSQQAPCPLETKPLRETRKCIYSIYFMGKRSVFIGCQPQCVRTIITR
ACCAGFFGPQCQACPGRGQNVCSGNGFCLDGVNGTGTCQCGLGFSGTACETCTEGKYGIH
CDQACSCVHGRCSQGPLGDGSCDCDVGWRGVKCDMEITTDNCNGTCHTSANCLLDPDGKA
SCKCAAGFRGNGTVCTAINACETSNGGCSTKADCKRTTPGNRVCVCKAGYTGDGIVCLEI
NPCLENHGGCDRNAECTQTGPNQAVCNCLPKYTGDGKVCSLINVCLTNNGGCSPFAFCNY
TEQDQRICTCKPDYTGDGIVCRGSIYGELPKNPSTSQYFFQLQEHAVRELAGPGPFTVFA
PLSSSFNHEPRIKDWDQQGLMSQVLRYHVVGCQQLLLDNLKVTTSATTLQGEPVSISVSQ
DTVFINNEAKVLSSDIISTNGVIHVIDKLLSPKNLLITPKDALGRVLQNLTTVAANHGYT
KFSKLIQDSGLLSVITDSIHTPVTVFWPTDKALEALPPEQQDFLFNQDNKDKLKSYLKFH
VIRDSKALASDLPRSASWKTLQGSELSVRCGTGSDIGELFLNEQMCRIIQRGLLFDVGVA
YGIDCLLMDPTLGGRCDTFTTFDIPGECGSCIFTPRCPLKSKPKGVKKKCIYNPLPFRRN
VEGCQNLCTLVIQTPRCCHGYFMPDCQACPGGPDTPCNNRGMCRDLYTPMGQCLCHTGFN
GTACELCWHGRFGPDCQPCSCSEHGQCDEGITGSGECLCETGWTGRFCDTPTAVIPVCTP
VCSVHATCTENNTCVCNLNYEGDGLTCTVVDFCKQNNGGCAKVAKCSQKGTQVSCSCKKG
YKGDGYSCIEIDPCADGVNGGCHEHATCRMTGPGKHKCECKSHYVGDGVDCEPEQLPLDR
CLQDNGQCHPDASCADLHFQDTTVGVFHLRSPLGQYKLTFDKAKEACAKEAATIATYNQL
SYAQKAKYHLCSAGWLESGRVAYPTTYASQKCGANVVGIVDYGSRANKSEMWDVFCYRMK
DVNCTCKAGYVGDGFSCSGNLLQVLMSFPSLTNFLTEVLAFSKSSARGQAFLKHLTDLSI
RGTLFVPQNSGLPGNKSLSGRDIEHHLTNVNVSFYNDLVNGTFLRTMLGSQLLITSSQDQ
LHQETRFVDGRSILQWDIIAANGILHIISEPLRAPPTAATAAHSGLGTGIFCAVVLVTGA
IALAAYSYFRLKQRTTGFQRFESEEDIDVLAFGKQQPKNIANPLYETSAPAPPESSCDPF
TDPGEQDLEDSDPLGALRS
NT seq 7620 nt   +upstreamnt  +downstreamnt
atgggaaggagcaagcttttcctcagcatgctgctgcctttaattcctctcttcctgggg
ctggttgtgcaaaatgcctgctccccaactgaaggcccagaactggcaaaaagatgtgat
aagaagtctactctaaccatcaagacggagtgccaatcctgctcagctaactttgcagtc
aagtgtccagatggctacatcaaggttaccagtggctctgctggggttcgagattgcagg
tattcgcttgacatccagtcatacgttctggccatccctggatgccgccatatctgtagg
aaggattatctacaacctcaatgttgtccaggacactggggcccagactgcatggagtgc
ccaggaggagcaagggcaccatgcggtggcaggggcgtttgtgacgaaggcatggaaggg
actggaagctgctcctgccaagcaggcttcagtggaacagcctgtgaagcctgtgctact
gacaacgtttttgggcccaactgttcagcagtctgcagctgtgtccacggtgtgtgcaac
agcgggctcaacggtgacggaacctgtgagtgcttgtctgcatacaggggtcccaagtgc
gacaagcccatcccggagtgtgcaaccttgctctgcccagaaaactccagatgttcacct
tccagcaaagatgaaactaaacttcagtgcaaatgccttcccaattacgaaggggacggc
cataactgcaggcccatcaacccatgtttaaaaaccatctgccaccctcacgcaagttgt
tcctacctgggaccaaatcggcacagttgcatatgccaaaaaggctaccaaggagatggt
caagtgtgtctgccagtggacccctgccaaacgaactatggaaagtgccctccagagtct
acagtgtgcaaatacgacgggcctggacagtcccactgcgagtgtaaagaacattaccgc
aattttgtacctggagtggggtgcagtatgacggatatctgtgaatcgaacaacccatgt
cataagaatgcaaactgcagcacagtctcaccaggcaaaaccaaatgcacttgccagaaa
ggttatgtgggcgatggcctgaactgctatggaaacatcatgcagagactcagagaatta
aatactgaacccagagggatgtggcaaggacagctgacctctttcatctccatcctggac
aggacttatgcctggccgctgagcaacctgggacccttcactgtgctgctgccctcagac
aaggggctaaaaggggttgatgtaaaggagctcttgatggacaaagaggctgctcggtac
ttcgcgaagctccacatcattgctgggcaaatgagcatggagcagatgtatcacttggac
accttctacaccttgacgggaaagtcaggggaaatcttcaacaaagataaggacaatcaa
ctaaagctcaaacttcatggaagcaaagtagtgaaaattatccaggggaacatcgttgct
tcaaatgggcttgtgcatatcctggacagagccatggacaagacagaacccacatttgca
agcaacccccagcaaaccatcatggcgatgctacaaccaagatatggcaggttcagatct
ttgctagagaaaaccaatgttggacaaatcctagatgaaggtggaccatacaccattttt
gttccaagtaatgaagcattgagcaacatgaaggctgacatcttggactacctcctttct
ccagagggctctcggaaacttctggaactcgtcagataccacattgttgcgtttactcag
ctggaagtagccactctggtctcgacgcctcacatcaggagcatggccaaccagatcatc
aagtttaacataaccagcaaagggcagattctggcaaacaacgtggccatggatgaaacc
gaagtcgctgccaaaaatggccgaatttacacactgacgggagtcctcattcctccctcc
atcctcccgattcttccccaccgatgcaatgaaacaaagatcgagctgaaactgggcact
tgcgtgagctgttccacgaaacactggagcaaatgccctgctgactcaaagcccgcgaca
atcttctcgtcctgtttctacagcagcagagtacggaacctgaaaagtggctgtgcccga
tattgtaatgtgactgtggagatacccagatgctgcaaaggtttctttgggcccgactgc
accccatgtccaggaggcttcttgactccatgttccggaaatgggcagtgcatggacgga
cttgctggcaacgggacttgcatttgccaggatggcttccaaggttccatgtgtcagttc
tgctccgaccccaacagatacggaccccggtgtaacagaacctgcctgtgtgttcatggg
acatgtgacaacagactggacagcgatggagcctgcctgtcagggacatgccgagaaggc
acagctgggcggttctgtgacaagcagacatcagcctgtgggccctatgtgcaattttgt
cacattcatgcctcctgtgaatacagcaataagacagccagcaaccctcctgggcctggg
gatgaaattgagacacaacttcagaaggcagaatgcatccaaaccagcaccgggacatac
agctgtgtgtgccagcagggctggacagggaacggaagagactgtgtggggatcaacaac
tgcctgctgcctagctctggtggctgccacgacaatgccacctgcttatatgtaggccct
gggcagaatgaatgtgagtgcaagaaaggatttcgaggaaacgggattgactgtgaaccc
atcatatcatgcttggaacaaacagagaaatgtcaccccctggccacctgtcagtccact
tcctctggtgtttggagctgtgtttgccgagagggctatgaaggaaatggtgtcctgtgc
tacggcaatgtgctcatggaactgtcgtttctgcctgaagcagctgtgttttaccagtgg
ataaataatgcttccctgcagtccgtgctgtctaccacctcgaatctcactgtccttgtg
ccatcccggcgagcctttgaagacatggaccagaatgagaaaagcttctggctgtcacgg
aacaatattccagccctgataaaataccacatactactaggcaagtatggagtggctgat
ctgcaggccctgtcatcacctcacatgctagcgacatccttgcagggaaacttccttcag
ctggacaaggcagatgggaacatcacaatcgaaggggcatccattgtggatggtgacaat
gcagccacaaacggggtggtccacatcatcaacaaggtgctggtcccccaaagaggccta
actggctctttaccaagtctactcacccgtctggagcagatgcccggctattccattttc
cgaggttacattattcattacaacctggcaagtgcaatcgaggctgcagatgcttatact
gtgttcgtgccaaacaatgaagccatcgaaaactatatcagggagaagaaagccacatct
ctaaaggaagatattctacggtaccatgtggtcctgggggaaaagctcctgaagaatgac
ttgcataatggcatgcaccgagagaccatgctggggttctcctacctcctcgccttcttt
ctccgcaatgaccagctgtatgtaaatgaagctccaataaactacaccaatgtggccact
gacaaaggagtgatccatggtctggagaaagttctggaaattcagaagaacagatgtgac
aataatgacaccattattgtgagaggggagtgtggaaagtgttcccagcaagccccctgc
ccactcgagacaaaaccacttagagagacgaggaaatgcatctattccatctacttcatg
gggaagagatccgtattcattgggtgccagccacagtgtgtgagaaccatcattacaaga
gcctgctgtgctggcttctttggcccccagtgccaagcctgccccgggagaggtcagaat
gtgtgctctgggaacggcttctgtctggatggcgtgaatggcactggcacgtgccagtgc
gggctgggcttcagtgggacagcctgtgaaacctgcactgaggggaagtatggtatccac
tgcgaccaagcatgctcttgtgtccatgggagatgtagccaaggacccttgggagacggc
tcctgtgactgtgacgtcggctggcgaggagtgaagtgtgacatggagatcaccacagac
aactgcaacgggacctgtcacaccagtgccaactgccttctggatccagacggcaaagcc
tcgtgcaaatgtgcggcaggattccgagggaatggaacggtctgcacagccatcaatgcc
tgtgagaccagcaatggaggatgttctacaaaggccgactgtaaaagaaccaccccagga
aaccgggtgtgtgtgtgcaaggcaggctataccggcgacggcatcgtgtgccttgaaatc
aacccgtgtttggagaaccatggcggctgtgacaggaatgcagagtgcacgcagacaggg
cccaaccaggccgtctgtaactgcttgccgaagtacactggagatggaaaggtctgctcg
cttatcaatgtctgcctaacgaacaatggcggctgcagtccatttgccttctgcaactac
actgagcaagatcaaaggatatgtacctgcaagccagactacacgggtgatggaatcgtc
tgccggggcagcatctacggggagcttcccaagaacccctcgacgtcccagtacttcttc
cagttgcaggagcatgctgtccgagagcttgctggacctggccccttcaccgtgttcgcg
cctttgtctagctccttcaatcatgagccccggattaaagactgggatcagcagggcctc
atgtcccaggttcttcgctatcacgtggtgggctgccagcagctgctgctggacaaccta
aaagtgaccacaagtgccacgaccctccaaggagagccagtttccatctctgtctctcag
gacactgtgttcataaacaatgaggcgaaggtcctgtccagtgacatcatcagcaccaat
ggcgtcatccacgttatagacaagttgctgtctcccaaaaacttgcttatcacccccaaa
gatgccttgggcagggttctgcaaaatcttactacagtggcagcaaaccacggatatacc
aaattcagcaagttgatacaggactcaggcttgctgtcagtcatcactgactccatccac
accccagtcactgtcttctggcctacggacaaagccctggaagccttgcccccagagcag
caggacttcctgttcaatcaagacaacaaggacaagctgaagtcttacctgaagttccac
gtgatccgagactccaaggctttagcttcagacctccccaggtctgcttcctggaagacc
ctgcaaggctcagagctgagtgtgaggtgtggaactggcagtgacatcggtgagctcttt
ctaaacgaacaaatgtgcaggatcatacaacggggactcttgtttgacgtgggtgtggcc
tatggcattgactgcctactcatggatcctaccctaggtggccgatgtgacacttttact
accttcgatattccgggggagtgcgggagctgcatcttcactcccagatgcccactgaag
agcaagccaaagggcgtgaagaagaagtgtatctacaacccgttacctttcaggaggaac
gtggaaggctgccagaacctgtgcaccctggtgatccaaacccccaggtgctgccatggt
tacttcatgccagactgtcaggcctgccctggaggaccagatacaccgtgtaacaaccgg
ggcatgtgccgcgatctgtacacacccatgggacagtgcctatgccacaccggcttcaac
gggacagcctgcgagctctgctggcatgggagatttgggcctgactgtcagccctgcagc
tgctccgagcatggacagtgtgatgaggggatcacaggctccggggagtgcctctgtgaa
acagggtggacaggccgcttctgtgacactcccacagctgtgattccagtgtgcacacct
gtttgctccgtgcacgccacctgtacggagaacaacacgtgtgtgtgtaacttgaactac
gaaggtgacggactcacgtgcacagtcgtggacttctgcaaacagaacaacgggggctgt
gcgaaggtcgctaagtgctcccagaaaggcacccaagtctcttgcagctgcaagaaaggc
tacaagggggatggctacagctgcatagagatagacccctgtgcagacggtgtcaacggg
ggatgccatgagcacgccacctgcaggatgacgggcccaggcaagcataagtgtgaatgt
aaaagtcactatgtcggggacggagtggactgtgagcctgagcagctgccgctcgaccgt
tgcttacaggacaacggacagtgccacccagatgccagctgtgcagaccttcacttccag
gacacgaccgtaggagtattccatctacgctccccactgggccagtacaaactgacattt
gacaaagccaaagaagcctgtgccaaagaagctgcgaccatagccacctacaaccagctc
tcctatgcccagaaggccaagtatcacctgtgctcggccggctggctggagagtgggcgg
gttgcctaccccacgacctatgcctctcagaagtgtggtgcaaacgttgttgggatcgta
gactacggatccagggccaacaagagtgaaatgtgggatgtcttctgttaccggatgaaa
gatgtgaactgcacctgcaaggcaggctatgtgggagatggcttctcgtgcagtgggaac
ctgctgcaggtcctcatgtccttcccctcgctcacaaacttcctgacagaggtgctggct
ttttccaagagctcagcccgaggacaggcatttttgaaacacctgactgacctgtccatc
cgtggcaccctgtttgtgccacagaacagtgggctaccgggaaataagagcctgtctggc
cgggacattgagcaccacctcactaatgtcaacgtctccttttacaatgaccttgtcaat
ggtacctttctgaggactatgctgggaagccaactgctcattacctccagccaggaccag
ctccaccaagagaccaggtttgtggatggaagatccattctgcagtgggacatcatcgcc
gccaatggaatcctccatattatttctgaacctttgagagctcctcccacggcagcaacg
gctgcccactctggcctggggacaggtatattctgtgccgtcgtcctggtcactggtgcg
attgctctggctgcttactcttacttccggctaaagcagcgaaccactggtttccagcgt
tttgagtcagaagaggacattgatgtcttggcttttggcaagcagcagcccaagaatatc
gcaaaccctctgtatgagacctcagcgccggcacccccagagtcctcctgtgaccccttc
acagaccctggagaacaggatctggaggacagcgaccctctgggggcactgcggtcctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (9)   
   RefSeq(nuc) (5)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (31)   

Download RDF
DBGET integrated database retrieval system