KEGG T01428: Odosp

Odoribacter splanchnicus: Odosp_1409

Entry

Odosp_1409 CDS T01428

Definition

alpha-2-macroglobulin

Orthology

K06894

Organism

osp Odoribacter splanchnicus

Class

SSDB

Motif

Pfam:

A2M_N_2 A2M_N MG1 A2M Thiol-ester_cl CarboxypepD_reg A2M_comp Prenyltrans_2 Big_5

Other DBs

NCBI-GI:

325280084

NCBI-GeneID:

10253128

UniProt:

F9Z362

Position

1659161..1664596

AA seq 1811 aa
MIHRMNLAALFFMAVLLLTGCTNKEKTDFSKYITGYTSGVIKSSSSLSVYLGQPSDKGFQ
AGSTLPADLFRISPAIKGELILKDNHSIEFIPAERFKNGTTYKVTFNLGALCNVPKPYEK
FNFEFDIVPLVTIFEPGVLISEPDHENELQYQGMLQSSDETDPTEMEQKLTATYNGQSVT
PEWNHQGNRHYFAIRHLLKEKESKTLNLKFSKDIKATDGTEISIPGLNDFTVLNVKASDS
EPPVIRIYMSENIDPNQDLKGLFSLEGASTLNYKISDNIIYLYPGNTIENNQPNLTIHAG
IRSANGNTLHTEYIRSVRLSSTKPQVQLIGKGIIVPGNNQVLIPFSAIGLQAVDLEIIQV
LDQNMNFFLQENSYDDRSELTRTARPVFMKKIDLKKDHPHIDLDKWNDFTIDLSDLVNLE
KGNIYRFRLKFKKSYTTLSCADESPDSDYGDTDWDNPGSYYSEYYYPSGFDWEQRENPCH
ISYYTGDRFAARNIINTSLGIMAKQGADNQYVVCVSDLSTAEAIPNCNISLYNYQNQKID
SARTDKEGFAYLKPASPGFIVLAQKGKDKAWLRLAENSALSLSNFDVSGQHVQMGVKGFI
YGERGVWRPGDEIYLSLILEDKLGVLPEGHPIVAQLVDPNGHITQTLKGAITPNNIHCFT
FKTEPEDQTGYWHVLFRIGGLTFKQTLRIETVKPNRLAIQMLFPNDKIIGTGVSLKPVEV
KTKWLNGAPTSNQKAITEVRLYHADAGFSEFPDYRFSDKSRYFEPSTETLFDGQTDQQGN
FSFSLNKIKTEDAPGILNAVFTTRVFENGGDFSISSQSIRYSPYDEYVGIRLPENDDNWY
STEQPVRLQGVTITPTGKQSGNATIQIEVYKLDWHWWWDSEDENLGSYVNREYSSSVLSQ
KVKATDGRFQLDLHIPKYGRYFIRATDPSGHTSGLIAYFGSWSDNADQTAATTLHLNSDK
KSYRVGEKIKVTIPSATGSVAIVSLENGKTVSNMKRINTSAGNTTFELEATSEMCPNTYI
AVTLLQPHNNRDNDRPIRMYGVVNIHVEDPALHLNPKIKMAQELRPGKEFNVEVSEKDGK
AMNYTIAIVDEGLLSLTTFRTPDPFAAFYAREALGVKTWDFYDYIYGAYGARLDKAFAVG
GDEALKDLQDEKTNRFKPVVLFDGPFSLKAGATQKHTFKMPEYIGEVRTMVIAATNGQYG
AASVNSTVNKPLMVSVALPRLFTPGDIIDIPVTVFVLKDHIREVTVKMTTDDKITLTGEK
EQHIQFDKKGEQVVYFKARINSQTGMSTLRTEATSGNETAIVTEDVQVRIPNPRMTEIEE
KEAKAGETVSFDTRITGTEPLSVLEVSSIPPLNLEQRLSYLLDYPHGCAEQITSQAFPQL
ALSWLLALSPAQQITAENNVREVINRLRSYQTPEGGFAYWPGEPYISEWVTSYAVNFLAN
AQKQGYAVPIQMLQHATNYMRQVANSWNRTEPWSQQDQAYRLYVLALAGKPDLAAMNRLK
ETRLQRPVSQWLLASAYALSNQQEIATKMIRDLSFEVTPYRETGGTFGSTTRDNALILQS
MVILNMQQDAYRMLEKISKAMGSGNWYSTQETSFALYAAAQFVQKYLGSQKGIDITVKTN
SGNENVKTDKTIWQKQLVLQGDKASVTVTNNGQGSLFVRQINSSAPLEVVKEKVMSGMSM
SVRYYNDKGTPLNIEQLQQGEDITTEITIKNTGLTGTYQELALNYPVPSGFEIINDRLTG
NTSAWKEAEYVDIRDDRFYVYFSLEQNQSKTFRFRCNAAFRGEYMLPAIYCSAMYDNSIQ
AILPGGKVKIE

NT seq 5436 nt +upstreamnt +downstreamnt
atgatacacaggatgaacctagcggcactattttttatggctgttctattgctgacaggc
tgtacaaacaaagaaaaaaccgatttcagtaaatacatcaccggttatacgagtggagtc
atcaagtcctcttcttccctttcggtctatctgggtcaaccgtccgataaaggtttccag
gccggtagtaccctcccggccgatttattcaggatatctccggctataaaaggggaattg
attctaaaagataaccatagtatagaattcattccggcagaacgtttcaaaaacggtacg
acatacaaagtcacgttcaatctgggagcactttgtaacgtccccaagccttatgagaaa
ttcaactttgaattcgatattgtcccgctggttacgattttcgaacccggtgttctgatc
agcgaacccgatcatgaaaatgaattacaatatcaggggatgttgcaaagttcggatgaa
accgatccgacagaaatggaacaaaaactgacggccacctataacggtcaatccgtcaca
ccggaatggaatcatcagggtaaccggcattatttcgctatccgccatctgttaaaagaa
aaagaaagtaaaacactgaatttaaaattcagtaaagacattaaagcaaccgacggcacc
gagatctccatccccggtctgaatgatttcacggtgttgaatgtcaaagccagtgacagt
gaaccaccggtaatccgtatctatatgtcggagaatatcgatccgaaccaggatttgaaa
ggtttgttcagcctggaaggagcctctaccctgaattataaaatctcggataacatcatt
tacctttatccgggtaacactatcgaaaataaccaaccgaatctgactatccatgccggg
atacgcagtgccaacggtaatacgttgcataccgaatatatccggtcggtacgtctctcc
agcaccaaaccacaagtacaactcatcggcaaggggatcatcgtcccgggcaacaatcag
gtactcattcctttttctgctatcggactgcaagccgtcgaccttgaaatcattcaggtg
ctcgaccaaaacatgaactttttcctgcaagaaaattcttatgacgaccgcagcgaactg
acccgtacagcccgaccggtatttatgaaaaaaatcgatctgaaaaaagatcatccccat
atcgacctcgataaatggaatgactttaccatcgacttaagcgatctggtcaatctggag
aaaggtaatatttatcgtttcagactgaaattcaagaaatcatataccactctttcctgt
gccgatgaaagtcccgactcggattatggggatacggactgggacaacccgggttcctac
tacagcgaatattattatccatccggtttcgactgggaacagcgcgaaaatccttgtcat
atctcctactacaccggtgatcggtttgcagcccgcaatatcatcaatacttcactgggc
attatggccaaacaaggagccgacaatcagtatgtcgtatgcgtttccgatctcagtacc
gctgaagcgattccgaactgcaacatcagtctttacaattatcagaatcaaaagatcgat
tcggcaaggaccgataaagaaggattcgcgtatttaaaaccggcatctccgggctttatc
gtactggcacagaagggtaaagacaaagcctggttgcgtttagcagaaaacagtgctcta
tccctcagtaacttcgacgtcagcggacaacatgtacaaatgggggtaaaaggattcatt
tatggtgaaaggggggtatggcgtccgggagatgaaatctatttatccctgatcctggag
gacaagctcggtgtcttaccggaaggtcacccgatcgttgcacaactggtcgatcccaac
gggcatattacccaaactttaaaaggagcgattactcccaataatatccattgttttacc
ttcaaaaccgaacccgaagaccaaaccggttattggcatgtcctcttccgtatcggtggc
ctgactttcaaacagacattacgcatcgaaacagtgaaaccgaaccgtctggctatacaa
atgttatttcctaacgataaaattatcggtaccggtgtttccctgaaacctgtagaagtg
aagaccaaatggctgaacggagcaccgacttccaatcaaaaagcgatcacagaggtacgt
ttataccatgccgatgcaggtttctccgaatttccggattatcgtttttccgataaatcc
aggtatttcgaaccttcgacagaaaccctattcgacgggcaaaccgaccagcagggaaat
ttttcattcagcctgaacaagatcaaaaccgaagatgctcccggaatattaaatgcagtc
ttcaccacccgggtatttgaaaacggcggggatttcagtatcagctcacaaagtatccgc
tattccccttacgatgaatatgtaggaatacgtctacctgaaaacgacgataattggtac
tccaccgagcaacctgttcgattacaaggcgttacgattaccccgacaggaaaacaatca
ggaaatgctaccattcagattgaagtatataaactcgactggcattggtggtgggattcg
gaagatgaaaacctgggatcttatgtcaaccgggaatatagtagcagtgtattgagccag
aaagtcaaagccaccgacggtcgttttcagttggatcttcatatcccgaaatatggacgt
tattttatccgggccaccgatccttcggggcatacctccggtttaatcgcctatttcggt
agctggtcggataacgccgatcaaactgcagcgaccaccttacacctgaacagcgacaaa
aaatcttaccgcgtcggcgaaaagataaaagttacaattccttcagcaacaggtagtgta
gccatcgtcagtcttgaaaacgggaaaaccgtcagcaacatgaaacggatcaatacctct
gccggtaacaccaccttcgagttggaggccaccagcgagatgtgtcccaatacatacatt
gcagtcactctgcttcaacctcacaacaaccgggacaacgaccgtccgatccgaatgtat
ggagttgtcaatatccatgtagaagacccggctctccatttgaatccgaagatcaaaatg
gctcaggaactccgaccgggaaaagagttcaacgtggaagtttctgaaaaagacggcaag
gcgatgaattacaccattgcgatagtcgacgaaggactgctttcgctgaccactttccgt
actccggatccctttgctgctttctatgcacgggaagccctgggcgtaaaaacctgggat
ttctacgactatatctacggtgcttatggagcccgtctggataaagcttttgctgtgggt
ggcgacgaagccttgaaggatttacaggacgaaaagaccaaccggttcaaaccggtcgtc
ttattcgacggtcctttcagtttgaaagccggagctactcaaaaacacaccttcaaaatg
ccggaatatatcggcgaagtacggacgatggtcattgcagctaccaatggacaatatgga
gcagccagtgtcaacagtacggtaaataaacccctcatggtatcggttgcccttccccgt
ctgttcacaccgggagatatcatcgatattccggttaccgtttttgtcctgaaagatcat
atccgggaagtcaccgtaaagatgactaccgacgacaaaatcaccctgacaggagaaaaa
gaacaacacatccaattcgataaaaaaggagaacaagttgtctattttaaggctcggatc
aatagccaaaccgggatgtcgacacttcggacagaagcgacatcgggcaatgaaacagct
attgtcaccgaggatgttcaggtacgtattcctaatccgagaatgacggagatcgaagaa
aaagaagctaaagcaggagagaccgtttctttcgatacccgcattacaggaaccgaaccg
ctttctgtcctggaggtatcctctatcccaccgttaaacctggaacaacgcctcagttac
ttgctcgactaccctcatggctgtgcagagcaaatcacttcacaggcatttccgcaatta
gctttatcctggcttctggcattaagtccggcacaacagatcacggcagaaaataacgtc
agagaagtcatcaaccgtctgagaagttatcagaccccggaaggaggctttgcttactgg
cctggagagccgtatatttcggaatgggttacctcttatgctgtaaatttcctggcaaat
gcccaaaaacaaggctatgcagtcccgattcagatgttacagcatgccacgaactatatg
cgtcaggtggctaacagctggaaccgcacagaaccgtggtcacagcaagaccaagcctat
cgtttgtatgtattggctttagccggtaaacccgatctggcagccatgaaccgactgaaa
gagacccgcttgcaacgtccggtttcacaatggctgctggcctccgcttatgctttaagt
aatcaacaggaaatcgctacgaaaatgatacgcgatctgtccttcgaagtcaccccttac
cgggaaacgggaggaacgttcggttctactacccgggacaatgccctgattctgcaatcg
atggtcatcctgaacatgcaacaagatgcttaccgcatgttagagaagatttctaaagcc
atgggatccggcaattggtacagtacccaggaaacctctttcgctctttatgcagccgcc
cagttcgtacaaaaatacctgggcagccaaaaaggaatcgatatcacagtaaaaacaaat
tcaggtaacgaaaacgtcaaaaccgacaagacaatctggcaaaaacaactcgttttgcag
ggtgacaaagcttcggttacggtgacgaacaacggtcaaggttcactttttgtccgtcag
atcaatagttccgcccctctggaagtagtcaaggaaaaagttatgtccggaatgtcgatg
agtgtgcgttattataatgacaaaggtactccgctcaacatcgaacagctgcaacagggg
gaagacattacaaccgaaattacaatcaaaaacacgggcctgaccggtacttatcaggaa
ctggctttaaactatccggtaccttccggcttcgagatcatcaatgaccgtcttaccgga
aacaccagtgcctggaaagaggcagaatatgtcgatatccgggacgaccgtttttatgtc
tatttcagcttggaacaaaatcagtctaagactttccgtttccgttgcaatgcagcgttc
cgcggagaatatatgttaccggcaatttattgttcagctatgtacgacaatagtatacag
gctattttaccgggaggaaaagtgaagattgaatga

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (16)   

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