KEGG T02286: 100913499

Sarcophilus harrisii (Tasmanian devil): 100913499

Entry

100913499         CDS       T02286

Symbol

PLA2R1

Name

(RefSeq) secretory phospholipase A2 receptor isoform X1

K06560

mannose receptor, C type

Organism

shr Sarcophilus harrisii (Tasmanian devil)

Pathway

shr04145

Phagosome

shr05152

Tuberculosis

Brite

KEGG Orthology (KO) [BR:shr00001]
09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    100913499 (PLA2R1)
09160 Human Diseases
  09171 Infectious disease: bacterial
   05152 Tuberculosis
    100913499 (PLA2R1)
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:shr04131]
    100913499 (PLA2R1)
  09183 Protein families: signaling and cellular processes
   04054 Pattern recognition receptors [BR:shr04054]
    100913499 (PLA2R1)
   04090 CD molecules [BR:shr04090]
    100913499 (PLA2R1)
   04091 Lectins [BR:shr04091]
    100913499 (PLA2R1)
Membrane trafficking [BR:shr04131]
Endocytosis
  Phagocytosis
   C-lectin receptors
    100913499 (PLA2R1)
Pattern recognition receptors [BR:shr04054]
Membrane-bound pattern recognition receptors
  C-type lectin receptors
   100913499 (PLA2R1)
CD molecules [BR:shr04090]
Proteins
  100913499 (PLA2R1)
Lectins [BR:shr04091]
C-Type lectins
  Others
   100913499 (PLA2R1)

SSDB

Motif

Pfam:

Lectin_C CysR_MRC2_N fn2 Clec-141-158 Xlink At5g65660_helical

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

Ensembl:

UniProt:

Position

3:415582326..415734048

AA seq 1502 aa
MWGERSHPWLALPPLLSVLLLMLQGQGYICLDDSLTLTEERISQLLGKGIFIIQNEDLMT
CIQASKFGLVLENCKQPTTSMLWKWVSKRHLYNINTNTCLGLNLSAPEQPLGLFECDSTH
FSMWWRCYRKAVIGPYQHMLEVKNRKLVVTTRQSSQKWIQYMSGGDNVCEHPFQELYTVK
GNSHGMPCVFPFQYNGQWHYECIREGREDGQPWCATTSRYEKDEKWGFCPDPTSTAISCE
VFWEKDPSTHICYQFNLFSILSWSEAHSSCKMQGGDLLSIMDDSEENFIRQHLSTKAVDV
WIGLNQLDATAGWQWSDGTPLTYLNWSPDVKFDPFLEHHCGTFNSLMTQSWRSHECESGL
PYVCKKYLNRTERKIFDTWKYYPTHCEPGWNPYNHNCYQLHKERKPWKTALHSCQSSNSE
LINLASLAEVEFFITLLRDENVSETWIGMSSQSIPVFFEWSNGSSVTFTNWHTQEPNIFL
NSSQFCVSAQQSEGWWKVKNCEEKISFICKKTGHVLSEIKSYCHEGWERHGGFCYKIDTI
RRSFEHASSGYYCPPSLVTVTNRFEQAFITSLISSVVKTEDSYFWIALQDQNVTGEYTWK
TAGQKDEPVQYTNWNKYQPSYSGGCVVIRGRNPPGFWEVKDCKKFKAMSLCKQPVTIRKE
TEHEERWPFHPCVLGWESKPSLTSCYKVFHSEKVLMKRTWREAEAFCEDFGAHLASFSHI
EEENFVNELLLTKFNWTEERQFWIGFNKRNPLSEGSWEWSDGTPVIASFLENTYLGEDAR
NCAVYLANKTLLPLMCGSKREWICKIPRGVKPKIPNWYKHDEPWLFHQGTEYLFHSDPSE
WMSFEFVCGWLRSDILTIHSALEQEFIHSRIKMLSKNNKNWWIGLREERPNDGFHWRDGS
PLIYQNWDNKGERSVNNQSQRCGFISSKTGLWSNEDCSVPMSSICKRKKIWVIEKERDVP
KQYGLCPKGWLYFDYKHFREPTKLFNGTKHSNGNPLQKQLDQHSPRRKSVKCFLVETPKD
PKHQRTWKSAQNFCAEENGTLASIQNEVEQAFITMNLFGQKVNVWIGLQSDDYEKWLNGE
PVIYSNWSPVEILNSKSHNSTNIQEQVPLCALLSSNPNFHFTGKWYLEDCGKKSFGFVCE
KTQDASGHYINESNMYPIPETLEYGNKTYKIIGANMTWHAALKACMENGAELVSITDQFV
QSFLTVIINRLGHAHWIGLFTSDNGLNFEWSDGTKPYFTYWEEESSSSSVGDCTFVAING
RWRRTDCETLLQGAICYVKETKQPEYPTLCRETSIPWIKFKNNCYSFSTVLNRTNFDTAQ
EFCRKKGANLLTIKDEAENAYLLKELFAFSSSILMVWLNAQFDNKSGTPAWFDGSPIEHS
NWGIREPESNVFKADLCFALRTTDGVWQLSPCREKNGFICKMETDINNMKPGEAPNHSLI
PLTVAVILVTIFGISTFFYCLYKQNGGFFRRLITWSSAPYTSTNLRLPVEESILISDLER
ND

NT seq 4509 nt +upstreamnt +downstreamnt
atgtggggggagcggagtcacccctggttagcgttgccaccgctgttgtctgtgctgctg
ctaatgttgcaggggcaaggttatatctgcctcgacgactccttaaccctgactgaggag
cggatcagccagttgttgggcaaaggaatattcattatccaaaatgaagaccttatgaca
tgcatccaagcaagtaaatttggattggtcctggagaattgcaaacaaccaaccacatct
atgttatggaaatgggtttccaaacgccatttgtataacataaacaccaacacatgccta
ggattaaacctcagtgccccagagcaacctctgggtctctttgaatgtgattctactcat
ttttccatgtggtggcgttgttacagaaaggcagtaatcggcccttatcaacatatgcta
gaggtaaagaacaggaaactggtggtgactacaagacagtcttcccagaaatggatacag
tacatgtcagggggtgataatgtctgtgaacatccttttcaagaattatacacagttaaa
ggaaattcccatggaatgccatgtgtgtttcccttccaatataatggccaatggcattat
gaatgtatccgagaaggcagagaagatggacagccgtggtgtgccacaacaagccgatat
gaaaaagatgaaaagtggggattctgcccggatccaacttccacagcaataagttgtgaa
gttttctgggagaaggatcctagcacgcatatttgctaccaattcaatctcttttctatc
ctgtcttggagtgaggcccattcttcatgcaagatgcaaggaggtgatttactaagtata
atggatgattcagaagaaaattttataagacaacatttaagtactaaagccgttgatgtg
tggattggtctgaatcaactggatgcaactgctggttggcagtggtcagatggaactccg
ctcacctacctaaactggagtccagatgtaaaatttgacccatttcttgaacatcactgt
ggaacatttaattctttgatgacacagtcctggcgaagtcatgaatgtgaatcagggttg
ccttatgtatgtaaaaaatatttaaaccgtactgaacgtaaaatatttgatacttggaaa
tattaccctacccactgtgagccaggctggaatccttataatcacaattgttaccaactt
cacaaagaaagaaaaccctggaagactgccctgcattcttgtcagtccagtaacagtgaa
ctaatcaacttagcttcattagcagaggtggagtttttcataacacttcttagagatgaa
aatgtatctgaaacgtggattggaatgagtagccaaagcatcccagttttctttgaatgg
tccaatggctcatcagtcacttttactaactggcacacccaagagcccaatatttttctc
aacagcagccaattctgtgtttcagctcagcaatctgagggttggtggaaagttaaaaac
tgtgaagaaaaaatttcatttatttgtaaaaaaacaggacatgtcctttctgaaattaaa
tcatactgtcatgagggatgggaaagacatggtggattttgttacaaaattgacacaatc
cgtcgaagttttgaacatgcgtccagtggctattactgtcctccttcacttgtaacagtt
accaacaggtttgaacaggcttttattaccagtttgatcagtagtgtggtgaaaacggag
gacagttatttttggatagctcttcaagaccaaaatgttactggggaatacacttggaaa
acagcagggcaaaaggatgagccagtacaatacacaaactggaacaaatatcaaccaagc
tacagtggaggctgtgtagttattcggggaaggaatccccctggtttctgggaagtcaaa
gactgcaagaaatttaaagcaatgtccctatgcaagcaaccagtgacaatacggaaagag
actgagcatgaagagagatggccttttcatccttgtgtattggggtgggaatcaaaaccc
agtctcaccagttgctacaaggtattccatagtgagaaagtgttgatgaaaagaacatgg
agagaagctgaagcattttgtgaagattttggagcacatcttgcaagcttttctcatatt
gaggaagagaattttgtgaatgagcttttactcacaaaatttaattggacagaagaaagg
cagttctggattggatttaataaaagaaacccattatccgaagggtcatgggaatggtct
gatggaactccagttattgcttcatttttagaaaatacttatttgggagaagatgcaaga
aattgtgctgtgtacttggcaaacaaaactttgttgcccctgatgtgtggttccaaacgg
gaatggatatgtaaaataccaagaggtgttaagccaaagatcccaaattggtacaagcat
gatgaaccatggctttttcatcaaggaactgaatacctttttcatagtgatccttctgag
tggatgagttttgagtttgtctgtggttggctccgcagtgatatactcaccattcattct
gcacttgaacaagaatttatccacagcagaataaaaatgctatcaaagaataataaaaat
tggtggattggcctccgtgaagaaagacctaatgatggatttcattggagagatggctca
ccattaatataccagaactgggataataaaggagaaagatctgtgaataatcaaagtcag
aggtgtggcttcatttcatccaaaacaggactctggagtaatgaagattgctctgttcct
atgtccagtatttgtaagcgtaaaaaaatttgggttatagagaaagagagagatgtacca
aaacaatatggattatgtcccaaaggatggctgtattttgactataagcatttcagagag
cccacaaaactctttaatggtacaaaacattccaatggaaatcctttacaaaagcaactt
gaccagcattcacccagaaggaaaagtgttaagtgcttcctagtggaaacaccaaaggat
ccgaagcaccagaggacttggaagagtgctcagaatttctgtgctgaagagaatggaaca
cttgcctccattcagaatgaagtagagcaagctttcattacaatgaatctttttggacag
aaggttaacgtttggataggtttacagagtgatgattatgaaaaatggctaaatggagag
cctgtaatatattctaactggtctccagttgagatattaaatagtaagagccataactct
acaaatattcaagaacaagttcctctctgtgctttattatcaagtaaccctaattttcat
tttactggaaaatggtatttagaagattgtgggaaaaaaagttttggatttgtctgtgaa
aaaacacaagatgcttctggacattatataaatgaatccaatatgtatcctattccagaa
acattagaatatggaaataaaacttataaaataattggtgccaatatgacctggcatgct
gctttaaaagcctgtatggagaatggagcagaattagtcagtattacagaccaatttgtc
caatcctttctcactgtcatcatcaacagactaggacatgcccactggattggactcttt
acctcagacaatggtcttaattttgagtggtcagatggtaccaagccctacttcacttac
tgggaagaagaatcatcatcatcatctgtgggcgattgtacatttgtggctattaatgga
cgttggaggcgtacagactgtgaaacacttctgcaaggagcaatctgttatgtaaaggaa
acaaaacaaccagaatacccaacgttatgcagagaaacatcaatcccctggataaaattt
aaaaataattgctacagtttttctacagtcttaaacagaacaaattttgatactgcacag
gagttttgcagaaagaaaggagctaatcttttaacaattaaggatgaggctgaaaatgca
tatcttctaaaagagctctttgcatttagttcttctatcctgatggtctggttgaatgct
caatttgataataagagtggcactcccgcatggtttgatggtagtcccattgaacattca
aactggggcataagagagccagaatctaatgttttcaaggctgatctttgttttgctttg
aggaccacagatggtgtgtggcaattatcgccttgtagagaaaaaaacggatttatatgt
aaaatggagacagatattaataatatgaaacctggagaagctcccaaccacagccttatc
ccccttacagtagccgtgatcttagttaccatctttggcatttccacattcttctactgc
ctctacaagcagaatggtggtttcttcagaaggctcattacttggagtagtgctccttac
acatcaacaaacttaaggttacctgtagaagaaagcatcctcatttcagatctggagaga
aatgattaa

All links

Gene (105)   
   RefGene (101)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (116)   

Download RDF

DBGET integrated database retrieval system