KEGG   Salmo salar (Atlantic salmon): 106583629
Entry
106583629         CDS       T04363                                 
Name
(RefSeq) plexin-B1-like
  KO
K06821  plexin B
Organism
sasa  Salmo salar (Atlantic salmon)
SSDB
Motif
Pfam: Plexin_cytopl Plexin_RBD TIG TIG_2 TIG_plexin Sema PSI
Other DBs
NCBI-GeneID: 106583629
NCBI-ProteinID: XP_014023493
UniProt: A0A1S3P7B3
Position
ssa22:complement(48252819..48500517)
AA seq 2262 aa
MAPGKVRRGFSVPVIAPVLLLLLAAGWPSYGLAWASSPYPTFTRNDTLFEHMTLHPDPVV
GRVYVGAQDRLFQLDRHLTAELQFDTGPVTDSRECLPPVTEGNCPQARPTSNHNKLLLVD
PYSMELITCGSINQGICQKRSLDSVGTVLFSAERPVDTQYVAANHPNVSTVGLVVRSRPD
RQPVLFVGRGYTSSHPPISTRNLAQEPIFSYEETAKLSVAGRLSEYDHHFVASFAQRQHV
YFLFYRRDLKSQSREYRTYVSRICLDDQAYYSYVEVPLACRSAAGKSYNLLQAVRLGLPP
RGSGGEAGQAEVLLGVFSTHRPSEDSALCMFNLDDLDHRINSTRDLCYTQFGRAEGGGEA
AYIEYEVKSNCANLPSNTLDAYPCGSDHTPSPMASRVAVEAEPILDSPTARLTAVAVSVR
AGHTIAFLGDSKGNLRKVFLGPNGEVEEYAVISIQANAAISSDLLLDQSEEHLFIMTSTM
LQKRPVAECHEHLDCQACLSAHDPYCGWCVLEGRCGLQAQCSRGAQAGQWLWSFDMKQQC
LTIHSLSPSNISRQEKRSISLSVLGLAVLEEDKSYSCFFHNSESPATVTDMGVTCLSPDP
HRVLTGPPGQDFVTVTLSLRFGDVVVTATEFTFYDCTAVKQLSGSVPCRGCVLSRWGCNW
CVHQHTCTHKPTCDEGVIIYNEHFKLPTPAPPTTKAVTITTTSPSTTVAPTTVPPTTTTT
TPTTTTAAPPTPTTTTIATTTSIKAPTTIATAQEPTTTTLSTTTTPEPTTPPNPAMPTEA
PTILPPTTLAEATTPIPETTTSEEKEQTTAEELVAEAESETGSPVVTPGNVELDAETEVA
TVMTEDGQPSDDLATLIPLAFPPKTSPLEVVTASPPQELDKALSLAEPPMEVQSTPVSYP
LPAPFPLGEPVDSDLPFHLDLTEAPSPLPLDHLHPTDTEGHGPEPEVLLWPREEVEDTAV
ENDTSTTFSAASVLSGDGEAADHFLSGSAYPQLLDADSELDYQYDSSDTFLPGDEGSYVR
WGSSACPCVEKVQGSHLLPVRVARKITLLARNLHLFQDTDLDYECVFVIEGQTVVVDAYV
EMDETNPSLFDITCQLHQYSYSAPVDEYNAMVYVKRRDTFHVDSSHDLYVTLYNCSVGRS
DCSRCHTADQKYGCVWCGGDQSTCLYGDSCSEPIEQTCPAPVIHAIEPLSGLVEGGTVLT
ISGSNLGQKAEDILHSVTVAGVSCSVIPHLYEVSSRIVCKTKASGGEKTGQVSVEVSGGE
FGLSSQRFSYQDPFVMEVSPQRGPKAGGTSLTITGRNLLTGHPSDITVTVGGVRCVILSE
AQDDSVVCVTGSSNRTGDHRVTLHYGNSQRHLHDSAYRFTPNPNITQAAPAKSFLSGGRL
IFVSGHNLDVVQQPNMLVTVFPWESIPQRRRRRRSGGEREHEMEDKVLWRHRRIVPEPNC
PGDPVCSIIQYMERCEVNSSSLILCRSPAVEPSVWGSQVDVAFLLDNLRFPFGAVSPQGA
FSYEPNPVLHPLNQQEPLKPYRYNPGSFIQLEGENLDLAISKEEVVVLVGEGVCAVKTLT
RNHLYCEPPPQQPFPGPPSSGRKREGADTLPEFTVHMGNLNFSLGTVQYDILSLSTFPLE
AQVGVGVGASILALIVLIIVLIYRRKSKQALKDYKKVQIQLENLETSVRDRCKKEFTDLM
TEMMDMSSDLVGSGIPFLDYRRYAERIFFPGHRESPLRRDLDVQESRRATVEQGLVQLSN
LLNSKLFLTKFIHTLESQRTFSPRDRAYVASLLTVALHGKLEYFTDILKTLLNDLVEQYV
VKNPKLMLRRTETVVEKLLTNWMSISLYAFLRDSAGESLYMLFRAIKHQVDKGPVDAVTG
KAKYTLNDNRLLREDVEYKTLTLNVLMQGGGVNEMQLLPSKVLDIDTITQVKEKLLDQVY
KGTSFSHRPHTDSLDLEWRSGVAGHLILSDEDLTSIVQGNWKRLNTLQHYKVADGATVAL
VPRHSKHIHHDNHDYVAGEKTPMLEDADEGGVRLWHLVKAGEEPELPKHRRGSVRERAKA
IPEIYLTRLLSMKGTLQKFVDDLFTVILSTSRPVPLAVKYFFDLLDDQAQHHAITDPETI
HIWKTNSLPLRFWINIVKNPQFIFDVQPSDHVDAVLTVISQTFMDSCTTSEHKLGRDSPI
NKLLYARDIPRYKQMVERYYADIRQTISASDQEMNSALAELSRNYSGELNYLVALHELYK
YINKYYDQIIGALEEDSTAQKMQLGCRLQQIAAAVENKVTDL
NT seq 6789 nt   +upstreamnt  +downstreamnt
atggctccggggaaggtgcgacgtggtttctctgtcccggtgatagccccagtactgttg
ctgctgctagctgctggctggccctcctatggcctggcctgggcctcctccccctacccc
acctttacccgcaacgacaccctctttgagcacatgaccctgcacccggaccctgtggtg
ggacgtgtctacgtgggggcgcaggaccgcctcttccagctggaccgccacctgaccgcc
gagctccagttcgacaccggacccgtgacggacagccgtgagtgcctgccacccgtcacc
gagggcaactgcccacaggcgcggcccaccagcaatcacaacaagctcctgctggtggac
ccctactctatggaactgatcacatgtggcagcatcaaccagggcatctgccagaagcgg
agtttagactctgtgggtacagtgctgttctcagccgagcggcctgtggacacgcagtac
gtggcagccaaccaccccaacgtgagcacggtgggcctggtggtgcgctcccgccctgac
cgccagcccgtgctctttgtgggtcgcggctacaccagcagccacccacctatctccacg
cgcaacctagcccaggagcccatcttttcctacgaagaaactgcaaagctatcggtggcg
ggccgcctctcggagtacgaccaccacttcgtggcctcctttgcccagcgccagcacgtc
tacttccttttctaccggcgtgaccttaagtcccagtcgcgcgagtaccgtacctacgtg
tcgcgcatctgcctggatgaccaggcctactactcgtacgtggaagttcctctggcctgt
cgctcggcggccggtaagagctacaacctgctccaggctgtccgccttggtctaccaccc
aggggcagtgggggcgaagctgggcaagccgaggtgctcctgggggtgttctccacccat
cggcccagtgaggactcggctctctgcatgtttaacctggacgatctggaccacaggatc
aactccaccagggacctgtgctacacacagttcggtcgtgccgagggagggggggaggcg
gcctacatcgagtacgaagtcaaatccaactgcgccaacctgccgtcgaacaccctggat
gcctacccatgtggttcagaccacacccccagtccaatggccagccgggtggctgtggaa
gccgagcccatattggacagcccaaccgcccgtctcaccgctgtggccgtcagcgtgagg
gcgggacatacaatcgccttcctgggggattccaagggaaacctgcgcaaggtgtttctg
ggccctaacggtgaggtggaggagtacgccgtcatctccatccaggccaacgcggccatc
agctctgacctgctcctggatcagtctgaggagcatcttttcatcatgacgtccaccatg
ctccagaagaggccagtggctgagtgccacgaacacctggactgccaagcctgtctgtct
gcccacgacccctactgtggatggtgtgtcctggaggggaggtgtggcctgcaggctcag
tgttcacgcggggcccaggcaggccagtggctgtggagcttcgacatgaagcagcagtgc
ctcaccatccactccctcagcccctcgaacatcagccggcaggagaagagaagtatctct
ctctcagtcctgggcctggccgtcctagaagaggacaagtcgtactcctgtttctttcac
aactctgagagtcctgccacagtcacagacatgggggtcacctgcctctcccctgacccc
cacagggtgctgactgggccccctggacaagattttgtcacggtcaccctgtccctgcgc
ttcggtgacgtggtcgtcacggcgacagagttcaccttctacgactgtactgccgtcaag
cagctgtctgggagcgtcccttgccgtggttgtgtgttgagtcgctggggctgcaactgg
tgtgtccaccagcacacctgtacccacaagcccacctgtgacgagggggttatcatctat
aatgaacacttcaaactccccaccccggctcctcccacaaccaaagccgttactataaca
acgacttccccgtccacaacagtggccccaacaaccgtacccccgacaactacaacaaca
accccaacaactacaacagcagcaccccctacacctaccacaacaactatcgccacgact
acatcaatcaaagcccctaccaccatagctaccgcccaggagcctacaacaacaaccctg
tctacaaccaccacaccggagccgactacaccgcccaaccctgctatgccgactgaggcc
cccaccattcttccccctacaacgttagccgaagctacaacgcccatacctgagaccaca
accagtgaggaaaaggagcaaacaaccgcagaagagcttgttgcagaggctgaaagtgaa
actggaagccccgtggttacccctggcaacgtggagcttgacgcggaaactgaggtggcg
acggttatgaccgaagacgggcagccatccgatgatctcgccactctaatccccctggcg
ttcccgcccaagacatccccgttggaagtggttactgcatccccccctcaggaactggac
aaggccctgagtctggcggagccccccatggaggtccagtccacacccgtcagctaccct
ctcccagcccccttccccctgggggaaccggtcgactcagatctccccttccacctggac
ctgacagaggccccctccccactcccgctagaccacctccaccccaccgacaccgagggc
catggtcctgagccagaagtgcttctctggcccagggaggaagtggaggacacggcggta
gagaacgacacatccaccacgttttcggccgccagcgtgctgtcaggggatggagaggcc
gctgaccacttcctttcgggctcggcctatccccagctcctggacgccgactcagagctg
gactaccagtatgactcgtccgacaccttcctgccgggggacgagggctcctatgtgagg
tggggctcgtctgcctgcccctgtgtggagaaggtccagggttctcatctgttaccagtc
cgagtggcgaggaagatcacactactcgccagaaacctccacctgttccaggacacagac
ctggactacgagtgtgtgtttgtgatcgaggggcagacggtggtggtagacgcctatgtg
gaaatggatgagactaacccgtctctctttgacatcacctgtcagctgcaccagtattcc
tactccgctccagtggatgagtacaacgccatggtgtatgtaaagaggcgggacaccttc
cacgtggacagctctcatgacctgtacgtgactctgtacaactgttcggtggggcgttct
gactgtagccggtgtcacacggcggaccagaagtatggctgtgtgtggtgtggaggggac
cagtccacctgtctgtacggagactcctgcagcgagcccattgaacagacctgccccgcc
cccgtcatccatgccattgagcccctgtctggactggtggaggggggaaccgttctgacc
atctcagggtccaacctgggccagaaggctgaggacatcctgcactctgtcactgtggcc
ggggtttcctgctctgtcatcccccacctctacgaggtctcctccaggattgtgtgtaag
accaaagccagcgggggagagaagacgggccaagtatcagtagaagtgagcgggggagag
tttggcctctccagccagaggttcagctaccaggatccgtttgtgatggaggtgtccccc
cagaggggtcccaaggcggggggcacgtccctgaccatcactgggaggaacctgctcacg
ggacacccctctgacatcactgtcaccgtgggaggagtgcgatgtgtcattttatcagag
gcccaggatgacagtgtggtgtgtgtgacgggcagcagcaacaggactggcgatcaccgc
gtgacgcttcactatggcaacagccagcgccaccttcacgattcagcctaccgctttacc
cccaaccccaacatcacccaggccgcgcccgccaagagcttcctcagcggtggccgtctg
atcttcgtgtcgggtcacaacctggatgtggtacagcaacctaacatgttggtcactgtg
ttcccctgggagtccatcccccagaggagaaggaggaggaggagtggaggagaaagggag
catgagatggaggacaaggtgctgtggaggcatcgcaggatcgtaccggagcccaactgc
cctggggacccagtctgctctatcatacagtacatggagcgttgcgaggtcaactcgtcc
agtctgatcctgtgccggagcccggcagtggagccctctgtgtggggctcgcaggtggac
gtggccttcctcctggacaacctgcgcttcccgtttggtgccgtcagcccccagggggcc
ttcagctacgagcctaaccccgtgctgcacccgctcaaccagcaggagcccctcaagccc
taccgctacaacccaggaagctttattcagctggagggtgagaacttggacctggccatc
tctaaagaggaggtggtggtgttggtgggggagggggtgtgtgctgtgaagaccctgacc
aggaaccacctgtactgcgagcccccaccccagcagcccttcccgggaccccccagcagt
ggcaggaaacgtgagggtgccgacacgctgcccgagttcaccgtccacatgggcaacctg
aacttctccctgggcacggtgcagtacgacatcctcagcctgtccaccttccccctggag
gcccaggtaggagtgggtgtgggggcctccatcctagccctcattgtcctcatcatagtg
ctcatctacaggaggaagagtaaacaggctctgaaggactacaagaaggttcagatccaa
ctggagaacctggaaaccagtgtgagagaccgctgcaagaaggagttcacagacctgatg
acggagatgatggacatgtccagtgacctggtgggctcgggcatccccttcctggactac
cggcgctacgccgagcggatctttttcccgggccaccgcgagtcgcccctgcggagggat
ctggacgtgcaggagagtcggcgggccacagtggagcagggcctggtgcagctctctaac
ctgctcaacagcaaactcttcctcactaagttcatccatactctagagagccagcggacg
ttctcaccaagggaccgggcctacgtggcctctctcctgacggtagcgctgcatggtaaa
ctggagtacttcacagacatcctcaagaccctgctcaatgacctggtggagcagtacgtg
gtcaagaaccctaaactcatgctgcggagaacggagacagtggtggagaagttgctgacc
aactggatgtccatcagcctctatgcgttcctcagggactctgcaggcgagtctctctac
atgttgttcagagctatcaagcaccaggtggacaaggggccggtggacgctgtgacgggc
aaggccaaatacacgctcaacgacaaccgtctgctccgagaggatgttgagtacaagacc
ctgaccctgaacgtgttgatgcagggtgggggggtgaatgagatgcagctgcttccttcc
aaggtgctggatatagacaccatcacccaggtgaaggagaaactcctggaccaggtctac
aagggcacctccttctcccaccggccacacacagactctctggacctggagtggaggtct
ggtgtagcaggtcatctgatcctgtctgatgaagacctgacgtctattgtccagggcaat
tggaaacgcctcaacacactccaacactacaaggttgcagatggcgcgacagtggctttg
gtcccgcgccacagcaaacacatccaccacgacaaccacgactacgtggcaggtgaaaag
acgcccatgctggaggatgcagacgagggcggggtgaggctgtggcacctggtcaaggcc
ggcgaggagcctgagctacccaagcaccgccgcggcagcgtgagggagagggccaaggca
ataccagagatctacctcacacgtctgctctccatgaagggcactctgcagaagtttgtg
gacgacctgttcacggtgatcctgtccaccagtcgtcccgttccgctggccgtcaagtac
ttctttgacctgctggacgaccaggcgcagcaccacgccatcaccgaccctgagaccatc
cacatctggaagaccaacagcttgcccctgaggttctggatcaacattgtaaagaacccc
cagtttatctttgacgtccagccctcggaccacgtggacgccgtgctaacggtcatctcc
cagaccttcatggactcctgcaccacctcagagcataaactgggcagggattcaccaata
aacaaactgctttatgccagagatatcccccgttacaagcagatggtggaaaggtactac
gctgacatcagacagaccatctctgccagtgaccaggagatgaactccgctctagcagaa
ctatccaggaattactcaggcgagttgaattaccttgttgccctgcacgagttgtacaag
tacatcaacaagtactatgaccagatcatcggggccctagaagaggacagcacggcccaa
aagatgcagctgggctgccggctccagcagatcgctgcagccgtagagaacaaagtcact
gacttgtga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (81)   

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