KEGG   Nothobranchius furzeri (turquoise killifish): 107380767
Entry
107380767         CDS       T05163                                 
Name
(RefSeq) alpha-2-macroglobulin-like isoform X1
  KO
K23593  alpha-2-macroglobulin-like protein
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:nfu01002]
    107380767
Peptidases and inhibitors [BR:nfu01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   107380767
SSDB
Motif
Pfam: TED_complement A2M A2M_BRD A2M_recep MG3 MG4 MG2 SVA
Other DBs
NCBI-GeneID: 107380767
NCBI-ProteinID: XP_015807589
Position
sgr06:45683521..45713104
AA seq 1470 aa
MAPVLRLLLVAAALLPTATSASLNETTYVVTVSSVLTGGKQETLCAQIQNPTARLSLTIS
LALDTTSSIILQQSITQNFYTCVRFKVPLVLVNTVATIQVSLQDEATSVNKTTKVMIEPP
DIIHLIQTDKPIYKPGQTVQFRIVSMDVNFLPVDQVYTEVTLQDPNTNRIAQWLNKTIVG
VGILDFSFLIIPEAAQGTYTITAVTDKGEEINNNFDIKEYVLPKYEVNIFLPSVITILDK
EATVKICGKYTYGKPVQGRAKVEFCRKATWFFWFTERRAEDICRSFELTTDKTGCASVKV
KLSEFALNQYSYADSFDVTAELEEFGTGVTLKSSGSATFTSQIRTITFEDVPSSYKPGIP
FEGKIRVTGPNDQPIANEVVYLYVEDSTKITLSTDLKGLILFSLDTTYWKNSVSLRATTK
DTNNEPFDSNVRRPDYGTAYQYVSPFFSKSNSFVMLKQINDDFSCNKDAKIHAEYIIRGN
ELNDGQTVLDFFYLVLSKGSIVRHDRVPVTVKAGALNKGELRITLNQVLDLAPYAQVVVY
TLMPSGELVADSQDFPIQLCLKNQVSLKFSSLQVLPAEKTTLTLKASPKSLCSVRAIDQS
VLLLKPEQELTVDYVYNQLTNQRLSGYSFEIDDSEPFPCFPGIRPMPEFVAPPAPEPTPV
PTPEPLTGNNTVIRPKRSLIFQPSGQKDDIYSVFKNIGVKLVTNSDVRKPQECFFWKFDA
FRDHQAPPQAPPPAPPPVPAENQSGNSKQTVREYFPETWIWDLVFVEDNGSVNVVKKAPD
TITKWAAGAFCVSPVGFGVAPNTGITVFQPFFVSLTLPYSVIRGEVFTLRATVFNYLSNC
IMVEVTLADSDQFTYRACEGCQYSVCVCSEETRTFSWIVTPKVLGDVSLKVSAEALKTRA
LCGNKVTTLPDVGRVDTVIQTLLVEAEGTPQMVGYNALLCPPKGPVEKSISLQLPEAFVP
GSARASVSVLGDLMGRAMKNLDQLLAMPYGCGEQNMILFAPNIFILNYLKSSGQLTLPIL
DRAKVFLESGYQRELTYKHTDGSYSAFGMSDDSGNTWLTSFVMKSFGGASSYIFIDSVYI
NDARTWLSQLQKKDGCIRSVGNLIHTDLKGGVNDEVTLTAYVAAAMLELDGNSTDPVVES
CLKCLTAAVNGQLDNLYTVALLSYTFSLAGDQEMRSKLITHLDQKAITDGGSRHWEYSSG
SDSLNIELTSYVLLSLLTSPPLENFGLDYCSGIVRWLVQVQNPFGGFSSTQDTVVALEAL
AKYAAATYSPQSTTTVTVTSSGGLNKVFVVNQDNRLLYQEEQLSEVPGDYNITAKGQSCV
LTQISLFYNIPPPKGFSAFVITTSTLAKCNAARPQLILYVTVRYRGSREETNMVLIDIKL
LSGYVLDGSSLDQLKKDSSVKRVDADAGHISIYLDGLKKEQTQMYSVTLEDDQHVRNLKP
AVVKVYDYYQTSDKGVTEYTSPCAASDNGN
NT seq 4413 nt   +upstreamnt  +downstreamnt
atggcacctgtcctccgcctgctcctggtcgcggctgcgctccttccaactgcgacatca
gccagcctcaacgagactacgtatgtagtgacagtcagctcggttctgacgggaggcaaa
caggagaccttgtgtgcacagatccagaatcccacagcacgcctctccctgaccatcagc
ctggccctggacaccaccagcagcattattctacagcaaagtatcacccagaacttctac
acatgcgtacggttcaaggttcctttagtgctggtcaacaccgtggcaaccattcaggta
tcacttcaggacgaggccacctcggtaaacaagactaccaaagtcatgattgagcctccg
gatataatccacctcatccagactgacaaacccatctacaaaccaggacaaaccgtccag
ttccggatcgtctcaatggatgtcaacttcctccctgtggaccaagtgtacacagaagtg
acgctgcaggatccaaacactaaccgcatcgcccagtggctgaataagaccatcgtcggc
gttggcatcctcgacttttcattcctgattattcccgaggctgcacagggaacgtacacg
atcacggccgtgacggacaaaggagaagagatcaacaacaactttgacatcaaggagtac
gtcctgccaaagtatgaggtgaacatcttcctgcccagtgtgattaccatcctcgacaaa
gaggccacagtgaagatttgtgggaaatacacctatggaaaaccagttcaggggagagcc
aaggtggagttttgccgaaaagccacctggtttttctggtttactgagcggagagcagaa
gacatctgcaggagctttgagctgactacggataaaactggatgtgcttcagtaaaggtg
aagttgtcagagttcgccctcaatcagtactcctacgctgacagttttgatgtaactgct
gagcttgaggagtttggcacaggagttactctgaagagttctgggtcggctaccttcacc
agtcagatccgaacgatcaccttcgaagacgttccctcatcctacaaacctggaataccc
tttgaaggaaagatcagagtcacgggtccaaatgaccagccgattgctaacgaggtggtc
tacctgtatgtcgaagactcaacgaaaataactctctctacggacctgaaaggcttgatt
ctgttttctctggacacgacatactggaagaactctgtgtctttgcgggcaaccactaag
gatacaaataatgaaccatttgattcaaatgtgaggagaccagactacgggacggcctac
cagtacgtgtcccccttcttctccaagagcaacagctttgtgatgctgaagcagatcaac
gacgacttctcttgcaacaaagatgcaaagattcacgctgagtacattatccgggggaat
gagttgaacgacggacagacggtcctcgacttcttctacctggtgctgtccaaaggttca
atagtgcgtcatgaccgtgtcccagtgactgtcaaagcaggagctttaaacaaaggagag
ttgagaataactctgaaccaggtgttagacctggcgccatatgctcaggtggtggtttac
accctgatgcccagtggagagttggttgccgacagccaggacttccccatccagctctgc
ttaaaaaaccaggtgtcgctgaagttctcctccctgcaggtgcttcctgcagagaagacc
accctgaccctgaaggcctctccaaagtccctgtgttctgtcagagccatcgatcagagc
gtccttctgctgaaacccgagcaggagctcactgtggactacgtgtacaaccagctaact
aatcagaggctgtcaggatacagctttgagatagacgacagtgaaccgttcccctgcttc
cctgggataagaccaatgcccgagtttgttgctccgcctgcacctgaacctacacctgta
cctacacctgaacctttaactggcaataataccgtcatacggccgaagcgctcattgatc
ttccaaccaagcggacaaaaggacgacatctacagcgtctttaaaaacattggagtcaaa
cttgtgacaaactctgatgtgaggaagcctcaggagtgcttcttctggaagtttgatgca
ttcagagaccaccaagcacctcctcaagcacctcctccagcaccacctcctgtgcccgct
gagaatcaatctgggaattccaagcagactgttagggaatactttcctgagacgtggatc
tgggatctggtgtttgttgaggacaatggctcggtgaacgtggttaaaaaggcgccggac
accatcactaagtgggccgccggagcattctgcgtctccccagtgggcttcggcgtggct
cccaacaccgggatcaccgtcttccagcccttctttgtcagcctgactttgccttactcc
gtcatcagaggggaggtgttcaccctcagagccacggtcttcaactacctctccaactgc
atcatggtggaggtgactctggctgattcagaccagttcacctacagggcgtgtgaaggc
tgccagtacagcgtctgtgtgtgcagtgaggagaccaggaccttctcatggattgtgact
cccaaagttctgggtgacgtgagcctgaaggtcagcgctgaggccctgaaaacacgtgct
ctgtgtggcaacaaggtgaccaccctccctgatgtgggccgggtcgacaccgtgatccag
accctgctggtcgaggctgaaggaaccccacagatggttggctacaacgctctgctctgt
cctccaaagggaccggtggagaagagcatctctctgcagctgcctgaagcgtttgtgcca
ggatcagccagagcgtccgtctccgtcctaggagatctgatgggccgggccatgaagaat
ctggaccagctcctggccatgccgtacggctgcggggagcagaacatgattctgtttgct
cccaacatcttcatcctcaactacctgaagagctccggtcagctgactctgccaatcctg
gacagggccaaggttttcctggagagcgggtatcagagagagctcacctacaagcatacc
gatggttcctacagcgcttttgggatgagcgacgattccggtaacacctggctgaccagt
tttgtgatgaagtccttcggcggagccagttcctacatcttcattgactctgtgtacatt
aatgacgccaggacgtggttgtctcagcttcagaagaaagatggctgcatcagatcagtg
ggaaacttgatccacactgacctgaagggaggagtcaatgatgaagtgactctgacggcg
tacgttgctgctgccatgctggagctagatggaaactccacggatcctgtggttgagagc
tgtctgaagtgcctgacggccgctgtgaacgggcagctggataacctatataccgttgcc
ctgctgtcctacaccttcagcctggctggggaccaagagatgaggagcaagctcatcacc
catctggaccagaaggccatcacagacggaggaagccgacactgggagtatagctccggt
tcagactccctgaatatagagctgacctcctacgtgctgctgagtctgctcacctctcca
cccctggagaactttggtttggattactgctccggcatcgtccgctggctcgttcaagtg
cagaaccccttcggcgggttctcctccacacaggacacagtggtggccctcgaggctctg
gccaaatatgccgccgccacctacagtccacagtccaccaccacggtgacggtgacgtct
tcaggaggcctgaataaagtgtttgtggtgaatcaagacaacaggctgctgtaccaggag
gagcagctcagtgaggtcccaggggattacaacatcacagctaagggtcagagctgtgtg
ctgactcagatctccctgttctacaacatcccacctcctaagggcttctctgccttcgtc
atcaccaccagcaccttggctaaatgcaacgccgcccggcctcagctcatcctctacgtg
acggtcaggtatcgtggcagtagagaggaaaccaacatggtcctcatcgacatcaagctg
ctgtcgggatatgttctggatgggagctctctggatcagctgaagaaagacagctcagtg
aagcgagtggacgcagacgcaggacacatcagcatctacctggacgggctgaagaaggag
cagacccagatgtacagcgtgactctggaggatgatcagcacgtcaggaatctgaaacca
gcggttgttaaagtctacgactactaccagaccagtgacaagggcgtgaccgaatacaca
tccccctgtgcagcgagtgacaacggcaactag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (8)   
   Pfam (8)   
All databases (48)   

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