KEGG   Lingula anatina: 106170260
Entry
106170260         CDS       T04921                                 
Name
(RefSeq) macrophage mannose receptor 1
  KO
K06560  mannose receptor, C type
Organism
lak  Lingula anatina
Pathway
lak04145  Phagosome
Brite
KEGG Orthology (KO) [BR:lak00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    106170260
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lak04131]
    106170260
  09183 Protein families: signaling and cellular processes
   04054 Pattern recognition receptors [BR:lak04054]
    106170260
   04090 CD molecules [BR:lak04090]
    106170260
   04091 Lectins [BR:lak04091]
    106170260
Membrane trafficking [BR:lak04131]
 Endocytosis
  Phagocytosis
   C-lectin receptors
    106170260
Pattern recognition receptors [BR:lak04054]
 Membrane-bound pattern recognition receptors
  C-type lectin receptors
   106170260
CD molecules [BR:lak04090]
 Proteins
  106170260
Lectins [BR:lak04091]
 C-Type lectins
  Group 6: Mannose receptor family
   106170260
SSDB
Motif
Pfam: Lectin_C UL45
Other DBs
NCBI-GeneID: 106170260
NCBI-ProteinID: XP_023932374
UniProt: A0A2R2MQ52
Position
Unknown
AA seq 1873 aa
MGFRTVVLFSCLIFKLPSVLGQLCPDGWLESPISDYCFSFNLDRNDKTWQEAREACQATL
GDLAWYSDEKERGFITTTADRLTLLHSKSKTWWIGVTKVKRDGSWQWVTGEKAVTNLLDL
ATQEPDNSGNQNQNCGALHVHRNMSIKTKMKTDNCHGSFPYICKRHKAVVGGCPDQWQNV
DDSCFRLFHTEEEWQYANDNCRQYGAHLATVDSEIQQQFLFDAARFSDKAIWIGYWAGLN
KEHKTLWMKRNEALKHTDVQYWVEGAPPTPSLRSGQGNYTCVVIDPTTRESRKSWAPENC
RAERPYICRKQKGHCASGWLQHNRTCYQFDENIKLSWYDADTYCKSQGAELISVQSKDVQ
KFLTPLLQELGAGARLWLGGSANGSCAQGWEAHAFSCYYFARDESVTWLKAEKTCRDNGA
SLVKVDNAREMSFISQKLTTSSWLGLNNRHVETQWVWPDGEMATFTNWAPNKPSSNGTGF
HCAAVLTGNALGRWTNTRCDHTKDYICEKMIGPAITSGTTTAAAPFTSKCGLFWEDNPLS
DFCYQFNVDTLSWAEAQRQCEINNGYLASIASLHEQQYITARVQSIPNMRFYWLGGNDAM
YDNSWEWTDGSPFAFFNWEAGQPYATKYGHCVEIDASKGTWRDENCSRRQGYICKKKGAS
TMITGAPNTEPTATVDQGVSHCTGDWTLYAGSCFKVFNATRAWPRARDTCRREGGDLAYI
SNANENNLVTSLAGEKEGWREFWIGFNSLRITNQFEWSGGTEVSFTSWSAGEPHAGKEEN
VCVGLYTSAQNAGRWNANECIQPLPFVCRKPAPKMVSPPTVTYEGCQGSATWTYKASCYG
IASTGETWSDALQNCNKSGGTLLEINDRLEQAYIGSQLGDRGVNTEHWIGLNKGDKGDSY
SWTSGEHVAYTNWDQTHSGNGEYVCVAITVSGKTAGKWADRACSQTKSYICEYPRKGYQQ
NKVGTTPRPPACPLEHYWRGYGDYCYKRVFGRQTWFQARELCKNLGGDLASFHSQRQMNE
AADVPQYASGYRDNFWIGLHKPTKNSSYVWTDGSALDYTNWDEGEPNDHNGLESCVELNR
GQRGLWNDANCYTLKQCICQVKRGEPVYTSLSTPATTKAPHCGNDTNWLSHGDYCYYLSL
RYGRGAQLPWHDAKIYCIQNGGDLISIHSVDENNFLISQAYDSRQFWIGLNVLDFESYKW
SDGSVLDFLAWDVNQPTNLYGGQRCATFSKLTGNWGNENCGEYKNYICKRHKDTRTTVAP
TPTPVILGGCPTGFQGIGNKCYMIVGDDIDSSKLKAWNESIHACATFSKRSVLASVTNSL
ETAFLTTVLKDKTINYWIGLSIQWVGYKRRYRRFRWADNSKIDYTNWDFGEPSGTSYTPK
EDCVAVASKGNSIGRWRDHGCNIKMGYICQTWKDPNLPTSQAPTQAGSLCPTGYESFGSA
CYQLTSPMTWEEANVTCEGQQDSLVSILDPHEQAFLVLMMHRNDTQPVWIGLHRNRSSFE
WVDGWLVNYVNWNAREPSRNTGDYCVLLDTNGRWNDTVCYRKFRAICKKTTVRPPTPTVE
IPGTCPDATWHPYGSYCYFMSKGYAMWAGGIFQCHKKGATLASITDQGEMDFILRTVREQ
LLTVDLWIGLYRNLDGSLRWYDGTPINYENWGIGQPSSEKDMDCVYAAKGRGDWQAGRCG
LAIGYICKVPKVLATTPLAPACRDGWYQRNSMCYKGFYKSRRNTRTWADARSFCQLEGGD
LASFHSSVELNWYLDTLGTYFRYTLGRDMVWIGLHAPTNTTDGAEHIWSDSTETNFTNWD
DGQPDNHNGMERCVGMFATTGKWRDENCASARGWICTVPLGATTVSKTTEGTSLVIAGVI
QGASRGAVLENGV
NT seq 5622 nt   +upstreamnt  +downstreamnt
atggggttccgcacagtagttttattttcctgtttgatatttaaactgccttctgtcctt
gggcagttatgtccagacgggtggctggaaagtccaataagtgattactgcttcagcttc
aacctcgacagaaacgacaaaacatggcaagaggctcgggaggcatgccaggcaacactt
ggcgacctagcttggtattctgatgagaaggaacggggttttatcaccacgacagcggac
agactgaccctcctacactctaaaagcaaaacgtggtggataggagtaacaaaggtgaaa
agagatggatcgtggcagtgggtgaccggagagaaagccgttacaaacctcttggacttg
gctactcaggaacccgacaatagcgggaaccaaaatcaaaactgtggagcattgcacgtg
catcgaaatatgtcaatcaaaacgaaaatgaaaactgacaattgccatggctcctttccc
tacatctgcaagaggcacaaagctgtggttggtgggtgtcccgaccagtggcaaaacgtc
gatgactcctgctttcgactttttcatacagaagaagaatggcaatatgcaaacgataac
tgtagacaatacggggcccatttagcaacagttgacagcgaaatacagcaacagtttcta
tttgatgctgcacgttttagtgataaggccatctggattggttattgggctggcttaaac
aaagagcataaaaccttatggatgaaaaggaacgaagctctgaagcatacggacgttcag
tactgggtagagggagcgccacctacaccaagtttacgcagtgggcaaggcaattacacc
tgtgtggtgatagatccgacgactagagaatcccgaaagtcatgggcgcctgagaactgc
agggcagaaagaccgtacatatgcagaaaacaaaaaggtcactgtgcgtctggttggtta
cagcacaatcgtacatgctaccaatttgatgagaatattaagttgtcttggtatgacgcc
gacacctactgcaagtcccagggcgctgaactaatatctgtacaaagcaaggatgttcag
aagtttcttacaccattgcttcaggaattgggggcaggtgccaggctgtggcttggggga
tcggctaacggttcttgtgcccaagggtgggaggcgcatgcgttctcttgttactatttt
gcccgtgatgaatctgtcacgtggctcaaagctgagaaaacttgccgggataatggcgct
agtcttgtgaaggtggataatgctagggaaatgtcgttcataagccaaaaactaaccacc
agttcttggttaggtctaaacaacaggcacgttgaaactcagtgggtctggcctgacggg
gagatggcaacttttacaaactgggcgccgaacaaaccatccagtaatggaaccggtttc
cactgcgctgctgtcttgacaggcaatgccctgggacgttggaccaatactcgatgcgac
catacaaaagattatatatgtgagaaaatgataggccctgccatcacgtcgggaacaaca
acggcagcagctcctttcacatcaaaatgtggattattttgggaggacaatccgttaagc
gacttctgctatcaattcaacgtggacacactatcctgggctgaggcacagaggcaatgt
gaaattaataatggataccttgcgagcattgctagtttgcatgaacaacagtatattaca
gccagggtgcagtctatccccaacatgaggttttactggttaggaggcaatgacgccatg
tatgataatagctgggaatggacggacggcagtccgtttgcatttttcaattgggaagca
ggtcagccatacgccacaaagtatggccattgtgtggagatagatgcatcaaaaggcaca
tggagagacgaaaattgctctcgaagacaaggatatatttgcaagaaaaaaggagcgagt
accatgataactggtgcgccgaatacagaaccaacagctactgtagatcaaggggtttcc
cattgtactggtgactggaccttgtacgctggaagctgtttcaaagtgtttaatgcaact
cgagcgtggcctcgggctagagacacgtgtagacgggaaggaggcgatcttgcatacata
tcaaacgcaaatgagaacaatttggtcaccagcttagctggggaaaaagaaggatggaga
gagttttggataggattcaatagcctgcgaatcaccaaccagtttgaatggtctggtgga
actgaagtgtcatttaccagttggagtgcaggcgaaccccacgctgggaaagaagaaaat
gtgtgcgtcggtctttacacatctgcacaaaatgccggcagatggaatgctaatgaatgc
atccagccgttgccatttgtctgcagaaaaccagcaccaaagatggtgtcgccacctaca
gtgacgtatgagggatgtcaagggagcgcgacgtggacctataaagcgtcatgctacggc
atagcaagtacaggagaaacatggtctgatgctctgcagaactgtaacaaatcaggagga
acattgttggagataaacgatcgtctagagcaggcgtatattgggtcacagctcggtgac
agaggtgtcaacactgagcactggataggactcaataaaggtgacaagggagacagctac
tcgtggacctcaggggaacatgtggcatacaccaactgggaccaaacacactcaggaaac
ggagaatacgtctgtgtagcgataacagtatccggtaagacagcaggtaaatgggcagac
cgagcctgctcccagaccaaaagctacatttgtgaatatcccagaaaggggtaccagcag
aataaagtcggcacaactccaagacctcccgcctgtcctttggaacactactggagagga
tatggcgattactgctacaagagagtgtttggtcgtcaaacttggttccaagcccgggaa
ttatgtaagaatcttggaggtgaccttgctagctttcatagccaacgccagatgaacgaa
gctgcggatgtgccacaatacgcgagtggttacagagacaacttctggatcggcctgcac
aaacccaccaagaacagcagctatgtttggacagatggttctgctctagactatacaaac
tgggacgagggagaacccaatgaccataacggtcttgagagctgtgttgaactgaacaga
ggacagcggggtctgtggaacgatgccaactgttacaccttgaagcagtgtatttgtcaa
gttaagagaggtgaaccagtgtatacttcgctgtctacgccggctacaacaaaagctcct
cactgcggaaacgacaccaactggctaagtcacggagattattgctattacctgagcctt
agatatggcaggggcgcccagttaccctggcatgacgccaagatctactgcatacaaaac
ggtggtgatcttatcagcatacacagtgttgacgagaacaatttcctgatttctcaagct
tatgattcgagacagttctggattggattaaatgttctggattttgaaagttacaagtgg
agtgatgggagtgtgttggacttcctggcctgggacgtgaaccagccaaccaacctttat
ggtggtcagagatgtgccacatttagcaagctaactggaaattggggaaacgagaattgt
ggtgaatataaaaattatatatgtaaacggcacaaggacacgagaaccacagtggctccg
accccaactccagtcatacttgggggctgtccgacaggattccaaggcattggtaataag
tgctacatgattgtgggagacgacatcgattctagcaagttaaaggcgtggaatgagtcg
attcatgcgtgtgctacattcagtaagagatctgttcttgctagtgttaccaattccttg
gaaacagcgtttctgacaactgttcttaaagacaaaacgattaactactggataggccta
agcatacagtgggttggttacaagcgcagatacagaagatttcgctgggcagacaattct
aaaatcgactataccaattgggatttcggagagcccagtggaacttcatacacccctaag
gaggattgtgtggctgttgcttctaagggaaactctattgggcgatggcgagatcatggg
tgtaatataaagatgggatatatatgccagacatggaaagatcccaacctccccacatca
caagcgcccacacaagcaggctcactttgtccaactggctacgaatcatttggatctgcc
tgttaccaactgacgtcacccatgacgtgggaagaggccaatgtcacgtgtgagggacag
caagacagcctggtgtccatattagacccccatgagcaagctttccttgttttgatgatg
catcggaatgatacacagcctgtttggattgggttacacagaaataggtcatcatttgaa
tgggtcgatggatggcttgtgaattacgtcaactggaacgcgcgggaaccttcccggaac
acgggagattactgcgtacttctcgacactaatggacgttggaatgacacagtgtgttat
aggaaatttcgagcgatttgcaagaaaacaacggttcggccgcccactccgactgtggaa
atccctggcacttgtccggacgccacctggcatccctatggttcctattgctactttatg
tcgaaagggtatgcaatgtgggcaggtggcattttccagtgccacaaaaagggggcgaca
ctggcgtccatcacagaccaaggggagatggactttatactgcggaccgttagagagcag
ctgctgacggtggatctgtggataggactatataggaatcttgatgggtcactccgttgg
tacgatggcactcctatcaattacgagaactggggaatagggcagccatcttcagagaag
gacatggactgtgtatatgccgccaaagggcgcggtgattggcaggcggggcggtgcggc
ctagcaataggctatatttgtaaagtacccaaagttctagcaacaacacctctagctcct
gcttgtcgagatggctggtaccaaagaaatagcatgtgttataagggattttataaatcg
cgtagaaatacgaggacctgggctgatgctcgcagtttctgccagcttgaaggaggagat
ctggcaagttttcacagcagtgtagaattgaactggtacttggacacccttgggacatat
tttagatacacactcggtagagatatggtttggattggtctacatgcaccaacaaataca
acagatggcgctgagcacatttggtctgacagcacggagaccaacttcacgaactgggat
gacggccagccggacaaccataacgggatggagcgctgtgttgggatgtttgccacaacg
gggaaatggcgagatgagaactgtgccagtgccagaggttggatttgcacggtacctcta
ggggcaacgacggtctcaaagacaactgaagggacaagtttagtcatcgctggggtgatc
cagggcgcgagtcgtggcgcagttctcgaaaatggtgtctaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (298)   
   KEGG ORTHOLOGY (1)   
   RefGene (294)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (310)   

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