KEGG   Chelonia mydas (green sea turtle): 102933096
Entry
102933096         CDS       T02989                                 
Name
(RefSeq) macrophage mannose receptor 1
  KO
K06560  mannose receptor, C type
Organism
cmy  Chelonia mydas (green sea turtle)
Pathway
cmy04145  Phagosome
Brite
KEGG Orthology (KO) [BR:cmy00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    102933096
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cmy04131]
    102933096
  09183 Protein families: signaling and cellular processes
   04054 Pattern recognition receptors [BR:cmy04054]
    102933096
   04090 CD molecules [BR:cmy04090]
    102933096
   04091 Lectins [BR:cmy04091]
    102933096
Membrane trafficking [BR:cmy04131]
 Endocytosis
  Phagocytosis
   C-lectin receptors
    102933096
Pattern recognition receptors [BR:cmy04054]
 Membrane-bound pattern recognition receptors
  C-type lectin receptors
   102933096
CD molecules [BR:cmy04090]
 Proteins
  102933096
Lectins [BR:cmy04091]
 C-Type lectins
  Group 6: Mannose receptor family
   102933096
SSDB
Motif
Pfam: Lectin_C fn2 UL45 Ricin_B_lectin Xlink CDtoxinA DUF4366 CD34_antigen Adeno_E3_CR1 DUF6669 FeoB_associated
Other DBs
NCBI-GeneID: 102933096
NCBI-ProteinID: XP_007058518
Position
2:222620531..222707614
AA seq 1455 aa
MTLSLLLVFLSLIQSAFQLLDTKLFLIYNEDHKRCVQVLSSSSVTTANCNQDNESQKFRW
VSDHQLMSVALKLCLGVPSKKDWVPITLYPCDKASELQKWECRNETLFAIQGEDLFFNYG
NKQEKNIMLYKGSGLWSKWKIYGTTDDLCSRFYEGMFTLLGNANGAPCVFPFKFDRKWYA
ECTDAGRSDGWLWCGTTDNFDADKKYGFCPLKFKGIDTLWYTDPLTGVYYQINSQSALMW
HQARKSCQQQNAELLSITELHEQTYLAGLTRTLSSSLWFGLNSLNFNSGWQWSGGSPFRY
LNWVPGSPAPEPGKICAALNPGKGAKWENRECDQKLGYICKRGNATLESFIIPSETNVPI
KCPAQWMAYAGHCYIIQRDTKIWKDALTSCRKEDGDLASIHNVEEYSFIVSQLGYKPADE
LWIGLNDRKVQMYFEWSDGTPVTYTKWLRGEPTHANNRQEDCVVMKGQDGYWADHACEKK
LAYICKRKPLAEASGEEEIIDPGCQRGWKRHGFHCYMIASTFASFYEANQTCGRNQAYLA
TVENRYEQAFLTSLTGLRPEKYFWIGLSNIQEKGTFKWTNDEAVLFTHWNSEMPGRKSGC
VAMRTGLAGGLWDVVKCEEKAKFLCKQWAEGVTRPPIPTTTPAPTCPEGWDSNNRISFCF
KPFSREQKKTWLESQDFCRAVGGDLATINGKEEQYVIWRSVVKNGYYHQKFWIGLYYLNP
DDGFAWSDGSPMIYTNWAYGEPNNYQGMELCGELSGDSSMLWNDRHCDYVYDWICEIKKG
AKVKPEPTEPPSPKYKVTDDGWIIQEDKQYYFSTESVPMEKGREFCKKNFGDLVVIEGDS
ERKMLWRYILKNGKEDAYFIGLELSLDKQVSWMDGTPVNFLAWAAHEPNFANNDENCVVM
YKNLGLWNDINCGYPNPYICERHNSSINATLSPTTSSPPGGCPETWLLFQNKCYKMFGSN
EDERLSWHAARTACMNLGGNLVTIPNEQVQAFLTFHLKDSVVDAWIGLNDINHELKYLWT
DGSGVYFTNWGKGFPSGQLALYSYDSQADCVFMKNSPVKEAGKWVDESCGNNKGYVCQIN
KDSKLYHSSTAVPTNFIRYGNSSYLFIHSKMKWEDARRKCIHESSDLASILDPYSHSFLW
LRMLKYGEPVWIGLNSNLTDGHYEWIDNWRLKYTKWAKGEPKQKIGCVYLDLEGTWKTAS
CDENYYSICKWSDVKAPTDPPQLPGKCPETEHRSWIPFRGHCYFIESSSTRNWAQASLEC
LRLGASLVSVEDLAEANFLAHNIEPLEEKSSTFWTGMYRNVDGQWLWLDNTAVDFVNWNV
GEPSSQQNEHCVEMYANSGYWNNIYCSSYKGYVCKKPKTVDVQSTEKPPDKKAVKKEEKI
PEPSHSKTGIVIIVVILILAGVGLAGYFFYRKRKNHMSTNDSFENNLYFNTDAVPGTSDT
KDLVANIERNEHATL
NT seq 4368 nt   +upstreamnt  +downstreamnt
atgactctctccctgctcctggtttttctctctctcattcagagtgcctttcagctgctt
gataccaaactgtttttaatatataatgaagaccacaagcgctgtgtacaagttctgagt
tctagttcagttacaactgcgaattgcaaccaggacaatgagtctcaaaaattcaggtgg
gtctctgatcaccagctgatgagcgtagcactgaagttatgcttaggagtgccgtcaaag
aaagactgggttccaatcactttgtatccgtgtgataaggcaagtgaactccaaaaatgg
gaatgcagaaatgagaccctttttgcaatccaaggtgaagatttatttttcaactatggc
aacaaacaggaaaagaatattatgctctacaagggatcaggactatggagtaagtggaag
atctatggaaccacagatgatttgtgctcccgattctatgaaggtatgtttaccttgcta
ggaaatgccaatggagcaccctgcgtattcccattcaagtttgatagaaaatggtatgct
gagtgtacagatgctggcaggtcagatggctggctctggtgtgggacaactgacaacttt
gatgcagacaaaaaatatggattttgtccgctgaaatttaaaggcattgacacactgtgg
tatacagatccattgacaggagtctactaccagataaactcccaatcagccctaatgtgg
caccaggcaaggaaaagctgtcagcaacagaatgcagaattattaagtatcacagagttg
catgagcaaacatacctggcaggattaactaggactttgagttcttctctctggtttggt
cttaacagtttgaatttcaacagtggatggcaatggagtggtggtagccctttcagatac
ttaaactgggttccaggaagtcctgccccagagcctgggaaaatctgtgcagctttgaat
cctggaaaaggtgctaaatgggaaaaccgggaatgtgatcagaaacttggctacatttgt
aaaagaggaaatgccactttagagtctttcattattccttcagagactaatgtgcctatt
aaatgccctgctcagtggatggcatatgcaggtcattgttacataattcaaagagacacc
aaaatatggaaagatgccttaacttcgtgtagaaaggaggatggtgatctggctagtatc
cacaatgttgaagagtacagctttattgtctcgcagcttgggtacaagccagcggatgag
ctgtggattggactgaatgatcgtaaagttcagatgtattttgaatggagtgatgggact
cctgtgacatacaccaagtggctacgtggcgaaccaacccatgcgaacaacaggcaagaa
gattgtgttgtcatgaaaggacaggatggatactgggcagatcatgcttgtgaaaagaaa
cttgcatacatctgtaaaaggaaacctttggcagaagctagtggggaagaggagatcatt
gatccaggctgtcaaagaggatggaaaagacatggctttcattgttacatgattgcaagt
acgtttgcatcattttatgaagcaaatcaaacgtgtggaaggaaccaggcttacctagct
actgttgaaaacagatatgaacaagcttttctaactagtctgacagggctgaggcctgaa
aaatatttttggatcggtctttcaaatatacaagaaaaggggactttcaagtggaccaat
gatgaagcagtcttattcacacactggaattcagaaatgccaggacgaaagtcaggctgt
gttgccatgaggactggacttgccgggggattatgggatgttgtgaaatgtgaggaaaag
gcaaaatttctctgcaaacagtgggctgagggagttacacgtccacctattccaacaacg
actcctgcccccacatgcccggaaggatgggattcaaacaatcgtattagtttctgcttc
aaacctttttcaagagaacaaaagaaaacatggttggaatctcaagatttttgtagagct
gtaggaggagatctggccaccattaatggtaaagaagaacaatatgttatttggcgttct
gtagtgaaaaatggatactatcatcagaaattctggataggtttatactatttgaatcct
gatgatggatttgcttggagtgatgggtctccaatgatatatacaaactgggcctatgga
gaacccaataattatcaaggaatggaactttgtggagaactcagtggagattccagcatg
ttatggaatgacaggcactgtgactatgtatatgactggatctgtgaaataaagaaagga
gcaaaagtaaaacctgaaccaacggagcctcctagtcccaaatataaagtcacagatgat
ggatggattatacaagaagacaagcagtattatttcagcacagaaagtgttcccatggaa
aaaggcagggagttttgcaagaagaattttggagatcttgttgtcatcgagggtgacagt
gaaagaaagatgctgtggagatatatcttgaaaaatggcaaagaagatgcatatttcatt
ggtttagaactgagtttggataaacaggttagctggatggatggaacccctgtgaatttc
ttagcatgggcagcacatgaacccaactttgcaaacaatgatgaaaactgtgtagtcatg
tataaaaacttaggattatggaatgatataaactgtggttatccaaatccttatatatgt
gaaaggcacaacagttccattaatgcaacactttctcctacaacatcttcaccgccagga
ggatgtccggaaacttggcttttgtttcaaaataagtgttacaaaatgtttggctcaaat
gaagatgagcggctgtcgtggcatgctgcacgaacagcttgtatgaatttaggcggaaat
ctagttaccatcccaaatgaacaagtgcaagcctttctcaccttccatttaaaggattct
gtggttgatgcttggattggattaaatgatataaaccatgaactcaagtacctttggaca
gatggaagtggagtctactttacaaattggggcaaaggtttcccatctggacaactggca
ttatattcatatgatagccaggctgactgcgtctttatgaaaaatagtcctgttaaggag
gcagggaaatgggttgatgaaagctgtggcaacaacaaaggctatgtttgccaaattaac
aaagactccaagttgtaccattcatcaacagcagtccccacaaactttatccgttatggt
aacagtagttatttgttcatccattccaaaatgaaatgggaagatgcaaggagaaaatgc
atacatgagtcctctgaccttgccagcatcttagatccctacagccactcattcctatgg
ctgcgaatgttaaagtatggggagcctgtatggattggtctgaacagcaatctgactgat
ggacattatgaatggattgataactggaggttgaagtatactaagtgggccaaaggagag
ccgaaacagaaaataggctgtgtttatttggaccttgaaggaacctggaagacagcatcc
tgtgatgaaaactactactctatctgtaaatggtcagatgttaaagcccccacggatcct
ccccagctccccggaaagtgcccggagacagaacacagatcatggatccctttccgtggt
cactgctacttcattgagtcttcatctacgagaaactgggcccaggcctccttagaatgt
cttcgattaggtgcctctttggtttcggtagaagatttggctgaagccaactttctggca
cacaacatagagccacttgaagaaaaatcatcaactttttggacaggaatgtacagaaat
gtggatggacagtggttgtggctagacaacactgcagtggattttgtcaactggaatgtc
ggagaaccctcaagtcaacaaaatgagcactgtgttgaaatgtatgcaaactctgggtac
tggaataatatttattgttcttcctacaaaggatatgtttgtaaaaaaccaaaaactgtt
gatgtgcaatcaactgagaagcccccagacaagaaagcagtgaaaaaggaggagaagatt
cctgaacctagtcacagcaaaactgggattgtaattattgtggtgatccttatcctagca
ggagttggccttgcaggctatttcttctacaggaaaagaaagaaccacatgtcaacaaat
gacagctttgagaacaacctgtattttaatactgacgcagttcctggaactagtgacaca
aaggatcttgtggccaacattgagcgaaatgaacatgctactctctag

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (50)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (74)   

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