KEGG   Esox lucius (northern pike): 105011330
Entry
105011330         CDS       T04894                                 
Name
(RefSeq) alpha-2-macroglobulin
Organism
els  Esox lucius (northern pike)
SSDB
Motif
Pfam: TED_complement A2M A2M_recep A2M_BRD MG2 MG3 MG4 SVA
Other DBs
NCBI-GeneID: 105011330
NCBI-ProteinID: XP_010869581
Position
LG01:complement(7413314..7458513)
AA seq 1429 aa
MVMFPSGFQVWRWMFFAYFHWLCVCQDMQEKPRPCYLVTIPENMKAGLKTKVVASLLHPT
LMQETLHMTISLIDDGQSTILFQKSSDQDFHLGFQFQAPQVQEKKVVKFKVEVRGETFLS
SEERKITILPFRKMTFVEMDKPVYHPGQIVHFRIISLDINFTPLNELYSVELEDVNGNRI
GQWLNTTSRGNILQLSHPLNSEAPEGKYTITFWIDGERHYRNFQVQQYVLPKIQIECYLG
NWISAGQEEYKVKVCAKYTDGQPVMGKAEVELCRPMGGLFSEISQKHCHKETVEMDQTGC
VSHVFNLSTFLDDSKKMFSDVFVFNTKVVEQGTGITRDEKMHIQLFYSIGRLSFLDTPRT
FKPGSIVEGKIKAVHFNDTPISNMSVYLLKWSSEHLPNLTTDIHGIASFSLNTTEMPQEY
LHLRVSSKPDLIYEGDRVPYIVSGQHSLSAMRPAAPQRIKSSYLEIQGIDKTLACGQDVS
ITVRYKFEFKTVPVGSVDVIYLALSRRAIVDHGYRKVIVQDSSVTEGEVTLDLGVVPEMV
RTLQILVYSMLPSGTVIAHSMNFPTEKCFRNKVSVEFSPSNAVPGEKNTLQLSALPGSLC
GLSVVDKRLKAGQILDYDSAALYVGPDLSDCVPMHPSRYMQPYLETDRDKITAYSVFKDL
ELEMATNLDDRVPSCIIYKGKLYEKSGNTQSIKKFWFTVEQNYNRPTETVHKFFPETWIW
DLVEVGESGSADVSLTVPDTITNWTTEAFCLAPGGFGLAPPVELNVFQPFFLEITLPYCI
IQGENFDLKATVFNYLSKCIMVAVTPAPSLDYTLTPLNDVQYSSCLCANERKTFSWTMSP
SVLGVLNVTISAEAVQSHAACDNEIVSVPERGRVDIVTRSLLVKAEGTEETETYNWLLCP
SGEALTEEVKLQLPMIVVKGSARASLSVLGDILGRALKNLDGLLRMPYGCGEQNMALLAP
NIYILEYLRNTEQLTSAIRDKATKFLTSGYQRQLNYKHSDGAYSTFGRGSGNTWLTAFVF
KIFSKARSFIYIDYPKNMETMTWLQKKQKENGCFMKLGELFNNRIKGGVTDEVTLTAYIT
ASMLELNMSVSDPVVNSSLSCLRNSTSDLSNTYTTALLAYTFTLAGDMEMRTLLLQHLDK
MALQKGGLLHWTQTSSETSASLAVEISSYVLLASLSASPLSTADLGYSSRIVRWLVKQQN
SYGGFSSTQDTVVALQALSLYSTKVFSKEGSSTVTVKSPSGGQHVFDVNQNNKLLYQERQ
LQDVVGKYTVEVKGSACASVQLSLHYNIPTPKVGTSLSIQVIPEVECNSDTKRKVKLYLQ
FQYGGKEQSSNMIIVDVKMLSGFSPVPESLKEVKDSLLVERVDNKDDHVLLYLTGLQSAV
PQNCSLDIIQKFPVKNLKPAVVKIYDYYQPSDLAETEYVFPCAVDTSRK
NT seq 4290 nt   +upstreamnt  +downstreamnt
atggtgatgtttccctctgggtttcaggtttggagatggatgttttttgcctattttcac
tggctttgtgtgtgtcaagatatgcaagaaaagccaaggccgtgctacctagtaactatc
cctgaaaacatgaaggcaggtttgaaaaccaaggttgttgccagtcttttgcaccccacc
cttatgcaggagaccctgcatatgaccatatcgctgattgatgatggacagagcacaatc
ctctttcagaagagttctgaccaagattttcaccttgggttccagtttcaggcccctcag
gtgcaggaaaagaaggtagtgaagtttaaggtggaggttcgtggtgaaacatttctatca
tcagaggagcgaaagatcacgattttaccattcagaaagatgacatttgttgaaatggac
aaaccagtataccacccaggacaaatagtgcattttagaatcatctccttggatataaat
tttacacctttgaatgagttgtactcagtggagcttgaggatgtaaatggtaacaggatt
ggacagtggttaaacaccacatccagaggcaacattctacagctttctcaccccttgaac
tctgaagcacctgagggaaaatataccataactttttggattgatggggaaagacattac
cgtaattttcaggtacaacagtacgttttgccgaagattcagattgaatgttaccttggc
aattggatcagtgctggtcaagaggagtataaagtgaaagtgtgtgcaaagtacacggat
ggccagcctgtcatgggtaaagctgaggtagagttgtgtcggcccatgggcggcttattc
tcagaaatttctcagaaacattgtcacaaagaaacagtagagatggaccaaactggatgt
gtctctcatgtctttaacctgtcaactttcttggacgatagcaagaaaatgttctctgat
gtatttgtatttaatacaaaagtagtggagcagggaacaggtattacaagagatgaaaaa
atgcacatccaacttttctacagcataggaaggctctcatttctcgacacacccagaaca
tttaaacctgggtcaattgttgaaggcaagattaaagctgttcacttcaatgacacgcct
atatccaacatgtcagtttatctgcttaagtggtcatcagaacatctaccgaacctaacc
acagacattcatggtatcgccagtttctccctcaacacaactgaaatgcctcaagagtat
cttcatctcagggtaagcagcaaaccagacttgatatatgaaggagacagggtcccatat
attgtatcaggacagcatagcctttcagcgatgcggcctgcagcccctcaaaggataaag
tctagctacctggaaattcagggaatagacaaaacactggcatgtggacaggatgtatcc
atcaccgtccgctacaaatttgaattcaagaccgtcccagtgggctctgttgatgtcatc
tacctggccttatccagaagggcgatagttgatcatggatacaggaaggttatcgttcag
gacagttctgtaacggagggtgaagtcaccttagatctgggagtggttccagagatggta
cggacgttacagatccttgtgtatagtatgttacccagtgggactgtcatcgcccacagc
atgaacttcccgactgagaaatgcttcagaaacaaggtgtcagtggagttctctccctcc
aatgcagttccaggggagaagaacaccctgcagctctctgccctgcctggttccctgtgt
ggcctcagtgtagtggacaagagactgaaagcaggccagatattagattatgattcagcc
gccttgtacgttggccccgatctttcagattgtgtgccgatgcatccaagcaggtacatg
cagccctacctggaaacggatcgggacaaaatcactgcttatagcgtttttaaggatttg
gaactagagatggcaactaatctggatgacagagtaccttcctgcataatatacaagggc
aaattatatgagaaatctggaaatacacagtcaatcaagaagttctggtttacagtagag
caaaattataatcgacccacagagacagtgcataaattcttccctgagacgtggatatgg
gaccttgtggaagtaggggagtctggatcagcagacgtgtctctgacagtcccagatacc
atcaccaactggacgacagaggctttctgcctggcccccggtgggtttggtctggctccc
ccagtggagctcaatgtcttccagcccttcttcctggagatcaccctgccctactgcatc
atccagggagagaactttgacctgaaggccactgtcttcaactacctgtccaagtgcatc
atggttgcagtgactccagctccctcattggactacactctcacacccttgaatgacgtc
cagtactcatcatgcttgtgtgccaatgaacgaaagaccttcagctggacaatgtcaccc
tctgtccttggggttttgaatgtgaccattagtgcagaggctgtccagtcacatgctgct
tgtgacaatgagattgtgagtgtaccagagagaggacgcgttgacatagtcacacggagc
ctgctagtgaaggctgaaggaactgaagaaactgaaacctacaactggttgctgtgtcca
tctggagaagctctgacagaggaggtgaaactgcaactgcccatgattgtggtgaaagga
tctgctcgagcttcgctgtcagtcttgggggacatcctgggccgcgccctcaagaacctg
gacggactgttgcggatgccatatgggtgcggagagcagaacatggcgctccttgccccc
aatatctacatcctagagtacttgaggaacacagagcagctcacctcagccatcagagac
aaggccaccaagtttctcactagtggttaccaaaggcagctaaactacaagcattcagac
ggggcctacagcacttttggacgaggatctggaaacacgtggctgactgcatttgtcttc
aaaatctttagcaaagcacggtcctttatctatatagattacccaaaaaatatggaaacc
atgacatggttgcaaaagaaacaaaaagaaaatggctgtttcatgaaacttggggagctg
tttaacaaccgaataaagggtggggtgactgatgaagtaactcttacagcctacataact
gcctcaatgctggagctcaacatgtcagtttcagatcctgttgtgaacagcagcttgtct
tgtctgaggaactccaccagtgatttgtccaacacctacactactgctctgctagcctac
acctttaccctggcaggagacatggagatgcggacgctgcttctgcagcacctggacaag
atggctttacaaaagggtggtctcctgcactggacccagacctcctcagagacctcagcc
tctctggcagtggagatcagctcctatgttctgctggcgtccctcagtgcctcccctctg
tctaccgctgatctgggctactcctcccgcatagtcaggtggttggtgaagcagcagaac
tcctatggtggcttctcctccacacaggacacagtggtggccctccaggccctgtctctc
tactccaccaaggtgttcagtaaagagggctccagcacagtgacagtaaaatctcccagt
gggggacagcatgtctttgatgtgaaccagaacaacaagcttctctaccaggagcgccag
ctgcaggatgtggttgggaagtacactgtggaggtgaagggcagtgcttgtgcctcagta
cagctgtcactgcattacaacatccctactcctaaagttggcacatcgctcagcattcag
gtcataccagaagttgagtgcaacagcgacactaagagaaaagtcaagctgtatcttcaa
ttccagtatggaggaaaagaacagagcagcaatatgattatagtggatgtgaaaatgtta
tctggcttttcccctgtcccagaatccttgaaagaggtgaaggattcccttcttgtggag
cgtgtcgataacaaagatgaccatgttttactgtacttgacagggttacaatcagccgtg
cctcaaaactgcagcctagacatcatacagaagtttccagtaaagaatctaaaaccagct
gtggtcaaaatctatgactactaccagccaagtgacctggctgagacagaatatgtcttc
ccatgtgctgttgatacaagtagaaaatga

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Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (8)   
   Pfam (8)   
All databases (38)   

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