KEGG   Salmo salar (Atlantic salmon): 106589590
Entry
106589590         CDS       T04363                                 
Symbol
bahcc1
Name
(RefSeq) BAH domain and coiled-coil containing 1
Organism
sasa  Salmo salar (Atlantic salmon)
SSDB
Motif
Pfam: BAHCC1-like_Tudor BAH Tudor_3
Other DBs
NCBI-GeneID: 106589590
NCBI-ProteinID: XP_014035218
UniProt: A0A1S3Q745
Position
ssa28:complement(15925749..15998454)
AA seq 2833 aa
MQDDLSEVHKRDYCIWEAFDASGFSSGLGDLFLLDRMESRDFAPPHHLLTERGALVHHAA
SRIAPGGHSTVQHPAHFQPGKYYPSHISMAPHSGASFMGSFLASSLGSPQSHPSGPPASP
SSPSYRGVPHSSASPIWFPHSHEGYPRYSGGLTSPFLPMSHLDHHSNSSVLYGQHRFYDT
QKDHFYLRSLPSQPPLLSTNHSLPPLSRTAPGHPLGSCSRETDSGEGGGGGGSQKSSKEP
GMVEKSVSRERSSSKERHQESKERHHHHHHQHQPHALSHPHFLPTHIGEEDHRHKTPNLP
TEYRDDPAKHGNDPLNQGAKHMTNCAQLSKLSNGDSGSGSKGGSLNSCGGGGEGGNRPQG
SGSGGARRCSKEGGVSGEMRISETVPSSSSDCLRRAAMMGPHNPHAMASYSMPPPPPPPL
HMGPAVGGGWLHHPHHPHHPHPEFYCPPPPAPLTLTPPKDRGSGREAKGSGPTYVPSVGP
FGDMGSPDCRGAGGGVGGSGAKDVKGAEKSGGGGRGGGSSESLHSLLNPHHPQSTNCQRK
PSSQTQQPQPHQQQLGYGKADKPPDWNQNHKYNQHHHSQNNQPKSQPQPHTSNPQSHHPN
PKPGPRTCSLEASSSRGDLEVLEVYRPSLPLEAQSAYPGVGHHATKTGPYASTPPFQDCS
HSAPPEGKGGSGGRAQRVGQKVARIKHQQHSSHGSGSGSDGSGTERGREGGRQSQNQNGE
GGVVMGYGVQTPPTLHPWGVLRGPQEDERRMSPHTESYPDKRTQNPHDQQQSMTAPHPSH
PHSSPNPEGESSAMKNLMNYSSQQPLLLSQRSPFGGLGCLKQGGERGVKGGRPSAPQDPP
KQPLPPRRGSTSEGERTDGGGRGGREAGETHGEGEVRQPPVGIAVAVARQREPPQCPSDT
PPGHSRQGRVLPSIKGMSRSVYPLGREAEERKRMTEEQLSLHHLDRDRELLIRENKERGE
FARIHPSSSCHGDLTSHLLVPGGASQLGGDPSAHAHHHWMQRTGSPSLWMGHSYGLSHAA
LHQSMGPGFGPGLPSPLQPVLPLSQDPSGSLVVLPSEPGAHHHLDVMDQSALWPSVYAAR
GPSPHMQHHAVYSRSPFLRQQELYALQHQHHQQQHRAMEHMHRQHTLSQRKAEDTTITID
DPPLHDTSRTSRAAKPFSHTPPSKTTPPSQGVCPSSRQAPCCNSPSRRTHPQNRLNPAPS
PAAAAPRSPALSPAPSHLLKGAERGERGEGQPPQDYPQSLEPDLPPSYTYPEITMGYKAG
PSPEEARLTEHADLEVEPAEPCPKPRPHTVRIVEDEEAKTEKKENGCKVVESSGVVERER
EGAEVEGQSVSEPPLFGSGVKTPEMAPCPAQVSTSATSPDTLPAPSLAPVSASEDAQKGE
VSVGGLVQPAGLKDPQPAQAKKDEKEESSAELKNNHLPDCTVSLPLELTGHGEKEEREKG
KDVEEKEEGRMSTSEASVEILSSPRTSPAPTPASTLTLSDDPCIWSLELLIAAALCATRD
ACYPPVPPSNTLLPAPCPLPHRGMEILGELAELGILQRNREKERETGSEDVLTFDLHSLA
TLAAARSLELGGGATGTGEGQQCSVRRTLNLRRKCSWMPRHEPVCPVKAAMETMDEAELA
MRVQLAEIQRRYKEKQRELAKLQRKHDHQKADTSHSPVRRRPGRPRKRKSTPGPSASDGP
KRLRAADEEAEGGGEKRRKRMTNHGFLKRRRGRPSLSSRLARRVTQLKQKAVAQRGAPSG
GMHRHRVDPRPGAHANCRESDTAANTSSAKQDWVPNQGVRRRRRGRPKVKLGGPSTRVLR
RVGEASVNQEVNEGKSNSETSGQEEEDEGSYDSDKGTNDVKTTPPSSKDTPINTAAIGPA
AKLQANQKARSKKERQGDDVSMPSAELRMRGAPCTPRPATADRRRPELQEPQGARRGPVP
SWRASSVGNSLQDSRGIQGPLAEAEMKSSGPQSILGQRRGCWLETETQSEDTTRGRKTRK
KQAKGRAVSRLLESFAADEGFRLDEESSFSEGEEEDMQHISHTRRAPAVLNCVLSREMLV
DGLKVLISKEDELLYAARLHTLDLPDIFRVVIEGERGNRPRIYSLEQLLEEAVLDVRPQT
EAILTAGMRVCAYWSERSRCLYPGYVHRGGLGEEEKEGSVMVEFDDGDRGRISLPNIRLL
PPGYQIHCAEPSPALLSPGRRGRRSSTQDSRDKPTERPTNGEAGERSQERRPVGRPKKVK
PGANSSTTSESVTSGNTSSLSWPAKRLPADFFLFNGTSRKTHRVGHQRDLGVFHRPATHP
FAPPAPLKGIFRSPFEIDSFSSIANGYAGAFGTGTQRPVTTVMPLGLRDSVTMTTGPSNR
KSSDRDRKQFLVKLDHEGVTSPKTKNGKALLRLGGGRGHKGPSPGVAGAPLRYIHPALVV
KDRKKGGGESGVSRSELLLTGAPALRKGLPSSGLGGLGGEFGALDCPSDCPSSYSELDED
DDDDGDEDVARRRAAAAGAGRFLSRLSVCSSSSSSSSSSGSLSSSSLCSSDNDSSYSSDE
EGSSSLLLHRALLQQQKHKHRQSLTSNRLTPDPSTNPKPNAASSASAQPHAYVAKAAMAI
TGGSKVRGSDRGEDRKEYTSKGRTNSSSSAAKSQTKRRDGPGSNTHIAIPNTHTSTPNTP
ASQPKPPKDHPAAKRQRMLSPDPLPNMSALLPGRQLWKWSGNPTQRRGLKGKARKLFYKA
IVRGGETVHVGDCAVFLSPGRPQLPYVGRVESLWESWSSSMVVRVKWFYHPEETRLGKRH
HDGKHALYQSSHEDENDVQTISHRCQVVNRAEYEHLIRRRKSGGGAQDLFYLAGTYEPTT
GQLVSAEGVAIVP
NT seq 8502 nt   +upstreamnt  +downstreamnt
atgcaagacgacctatccgaagttcataaaagggattattgcatctgggaagcgttcgat
gcttctggcttttcctctggattgggggatttatttcttctcgacagaatggaaagccgg
gatttcgctcctccacaccacctcttgacagagcggggcgcgttggttcaccatgccgcc
tctcggatagctcctggcggccacagcaccgtgcagcaccccgctcatttccagcccgga
aaatactatccctctcacatctccatggccccacattcaggtgcatcgttcatgggctca
ttcctggccagcagtttgggctctccccagtctcacccatccggcccccctgcctcccct
tcctcgccctcctacaggggagtacctcactccagtgcctctcccatctggttcccccac
tcacatgaagggtatccccgttattcaggaggtctgacctccccctttcttcccatgagc
cacttggatcaccatagcaacagcagcgttctctacggacagcaccgattctacgacact
cagaaagatcatttctatctgagaagtctgccgtcccagccccctcttctctcaaccaat
cacagccttccgccactgtctaggaccgcccctggacatcctctggggtcctgcagcaga
gaaacagactctggggaaggaggagggggagggggatcccaaaagagctccaaggaaccg
gggatggtggaaaagagtgtgtcgagagagagatccagcagcaaagagagacaccaggag
agcaaagagcgacatcatcatcaccaccatcaacatcagcctcatgcgctttctcacccc
cacttcctccccactcacattggtgaggaggaccaccgacacaaaacccccaacctgccc
acagaatacagggacgaccccgcaaagcatggaaacgaccccttaaaccagggcgccaaa
cacatgactaactgtgcgcaactaagtaaactatccaatggagactctgggtctgggtcc
aagggcgggtccctgaacagctgtgggggtggaggtgaagggggtaacagaccccaaggg
agtggtagtgggggggcgagacgatgctccaaggaagggggcgtgagcggggaaatgagg
ataagtgaaactgtcccctcctcctcgtcagactgcctgcgtcgagcagccatgatggga
ccccacaacccccatgccatggcttcctactccatgcccccgccccctcctccaccacta
catatggggcctgctgtgggagggggctggctccaccatcctcaccacccccatcacccc
caccctgagttctactgcccccctccccctgccccccttaccctcaccccccctaaagac
agaggatcagggagggaggcgaaaggctctggtccaacgtacgtcccctcggtcgggcct
tttggggacatggggtcccctgactgccgtggggctggaggaggagtgggtggaagcgga
gctaaggatgtaaaaggggcagagaagagcggaggaggaggaagaggaggagggtctagt
gaaagtcttcattctcttcttaatcctcatcatcctcagtctactaactgccagaggaag
ccgtcgtcccagacgcagcagccccagccccatcaacagcagctgggctacggaaaggca
gacaagcccccagactggaaccagaaccacaaatacaaccaacaccaccacagccagaac
aaccagcccaaatcccagcctcagccccatacctctaacccccagtcccaccaccctaac
cccaagcccgggcctcgcacctgcagcctagaggcctcttcttccaggggagacttggag
gtcctagaggtctaccggccctccctgcctcttgaagcccagagcgcttaccccggggtt
gggcaccatgccaccaagactgggccctacgccagcaccccgcccttccaggactgttcc
cactcagctcctcctgagggaaagggtgggtcaggggggagagcccaaagagtggggcag
aaggttgctaggataaagcaccagcagcacagtagtcatggcagcgggtcgggttctgat
ggatcagggactgagagggggagagaggggggtaggcagagtcagaatcagaatggtgag
ggtggtgttgtcatggggtacggggttcaaacgcccccgacactgcacccttggggggta
ctgagaggtcctcaagaggacgagaggaggatgtccccccacacagagtcctaccccgat
aagaggactcaaaacccccatgaccaacagcagtctatgacagcgcctcacccctctcac
ccccactcctcccccaacccagagggagagagcagcgccatgaagaacctaatgaactac
agttcgcagcagcctttgctgctctcccagaggagtcccttcggggggctgggctgcctg
aagcaagggggcgagaggggagtgaaggggggtagacccagcgcccctcaggatcccccc
aaacagcccctaccccctaggagagggtccaccagcgagggggaaaggacggacggaggg
ggaagaggcgggagggaggcgggggagacacacggggagggggaggtgcgacagccccct
gtgggtatagctgtggcggttgcccggcagagagagcccccccaatgcccgtctgatacc
cccccaggacacagccgacagggcagggtgctgcccagcatcaaaggtatgtctcgctct
gtgtacccgctgggccgggaggcagaagagagaaagaggatgacagaggagcagctgagc
cttcatcacctcgaccgagacagagaactcctcatcagggaaaacaaggagagaggggag
tttgccaggatccacccatccagcagttgccatggtgacctgacctctcaccttctggtg
cccggcggggccagccaattaggtggagacccttctgctcatgcccaccaccattggatg
cagcggactggaagtccctccctttggatgggccattcatatggtctgagccatgctgcc
ctgcaccagagtatgggcccagggtttggccctggcctgcccagccccctgcagcctgtg
ctgcctctgtcccaggacccctctggctccctggtggtcctaccctcagagcctggagca
caccaccacctggatgtgatggaccagtcagctctgtggccctcggtctacgcagcacga
ggtccctccccccacatgcagcatcacgctgtttactcccgttcgccgttcctacggcaa
caggagctctacgccctgcagcatcagcaccaccagcaacaacacagggccatggagcac
atgcaccggcaacacacactctcacagaggaaggcagaggacaccactatcaccatcgac
gaccctcctctccacgacacttcgagaacctcccgtgctgctaagcccttctcccatacc
cctccctccaagaccacccctccctcccagggggtgtgtcccagcagtcgccaagcaccc
tgctgcaactccccttccaggagaacacacccccagaaccgtttaaatcccgcccccagc
cctgcggctgcagccccgagatccccagctctaagccccgccccctcacacctgttgaaa
ggagcggaaagaggggaaagaggagaggggcagccgcctcaggattacccacaatcctta
gagccagatctaccgccaagttacacctatccagaaatcaccatgggttacaaggctggt
ccttccccagaggaggcccgattgactgaacatgctgatctggaggtggagccagctgag
ccctgccctaagccccgtccacacaccgtgaggattgtggaggatgaggaggcgaaaaca
gagaagaaggagaacgggtgtaaagttgtagaatctagtggagttgtagaaagggaacga
gaaggagcagaggtggaggggcaatcagtatctgagcccccactatttggcagtggagtg
aagactcctgaaatggcgccgtgtcctgcccaagtttcaacctcagccacatccccagac
acacttccagctccatctctagccccagtctctgcttctgaggatgcccagaaaggagag
gtctctgtgggcggcctggtccagccagctggcttgaaggacccacaaccagcacaggcg
aagaaagatgagaaggaggaaagttcagcagagttgaaaaataaccacctaccagattgt
actgtttccctgcctcttgagctaactggacatggggagaaggaggagagagagaagggt
aaggatgtggaagagaaggaggaaggtaggatgagtacgagtgaagcctctgtggagata
ctaagcagcccacggacctctccagccccaaccccagcctccaccctcaccctcagtgat
gatccctgcatctggagtctggagcttcttattgccgcagcgttgtgtgccacccgggat
gcctgctacccccctgtgcccccctccaatacactcctgcccgccccgtgcccactccca
caccgaggcatggagatcctgggagagttggctgagctggggatactgcagaggaacagg
gagaaggagagagagacaggaagtgaggatgttttgacctttgacctgcatagcctggcg
accctggctgcggcccgcagtctggagctggggggaggagctacagggacgggggagggg
cagcagtgtagcgtcagaaggaccctcaacctgcgacggaaatgcagctggatgcctcgc
cacgagccggtgtgtccagtgaaggctgccatggagacgatggatgaggcggagctagcg
atgcgagtgcagctagcggagatccagagacgttacaaagagaaacagagagagttagcc
aagctgcagagaaaacatgaccaccagaaagcagacacctctcacagccctgttcgcaga
cgacctggtcgcccccggaaacgcaagtctacccccggtcccagcgcctcagatggtccc
aagagactcagggcggcggatgaggaagcagaagggggtggagagaaacggaggaagagg
atgaccaatcatggcttcctcaagaggaggagaggtcgtcccagcctgagctccagacta
gcacggagggtgacccagctgaagcagaaggctgtggcccagagaggtgcaccatcaggg
ggcatgcaccgccacagagtggaccccagacctggagcccacgcaaactgcagagagagt
gacacagcagccaatacatccagtgccaagcaggactgggtgcccaatcagggggtgagg
aggaggaggagaggtcggccaaaggtcaaactgggcggaccatcgaccagagtcctccgc
agagtgggcgaggcctctgtgaaccaggaagtgaacgaggggaagagcaacagcgagacc
tccggccaggaggaggaagatgaggggagctatgacagcgacaaaggaaccaatgacgtc
aagacgacgccaccatcctccaaagacacgccaataaacactgctgcgattggtccagcc
gctaagcttcaagccaatcagaaagccaggagcaagaaggagaggcaaggtgatgatgta
agcatgcccagtgcggagctgaggatgagaggagccccctgcacgccgcgtcctgctact
gcagaccggagacgcccagagctccaggagccacagggggctaggagaggacctgtacct
agctggagggcctcatcagtgggcaacagcctccaggacagcagggggatccagggacct
ctggcggaggccgagatgaagagctcaggaccccaaagcattctgggacagaggagaggc
tgctggctggagactgagacccagagtgaggacaccacccggggcaggaagaccaggaag
aaacaggctaaagggcgtgcagtgagccggctgctggagagctttgcggctgatgaagga
ttccgattggatgaggagagcagcttctccgagggggaggaggaagacatgcagcatata
tctcacacacgcagagcaccagcagtgcttaactgtgtgttgagcagggagatgctggtg
gatggtctgaaggtgttgatatctaaggaggatgagctgctgtatgctgctcgactacac
actctggacctgcctgacatattccgtgtagtgatcgagggagagagggggaacagacct
aggatctactctctagaacagctattagaggaagcggtgttggatgtgcggccgcagacg
gaagccatcttgactgccgggatgcgtgtttgtgcctactggagcgaacgctcccgctgc
ctctaccctggatacgtccacagagggggtctaggagaggaggagaaggagggcagtgtg
atggtggagtttgatgacggagacagaggaagaatctctctgcccaacatacgcctgctg
cccccaggttaccagatacactgtgcggagccatctccagccctgctctcacctggtcgt
cgtggtcgcagaagctccacccaggacagtagagacaagcccacagagagaccaaccaat
ggggaggcaggagagaggagccaggagcggagaccagtaggacgacccaaaaaggtcaag
ccaggggccaatagttccacaacatcagagagtgtaaccagtggcaacacttcctcgtta
agctggccagcaaagagacttccagcggatttcttcctgttcaacgggacgtcccgtaaa
acccaccgagtgggtcaccagcgagacttgggggtgttccaccgccccgccacacacccc
ttcgcccctcctgcgcccctcaagggcatcttccgttccccattcgagatcgactccttc
agtagcatcgccaacggttacgctggagccttcggaaccggaacccaacggcctgtaacc
acagttatgcctctggggctgagggactctgtcaccatgacaacaggaccctccaacagg
aagtcgagtgacagggacagaaaacagttcctggtgaagctggatcacgagggagtgacg
tcgcccaaaaccaagaatgggaaagctctgctgcgtctggggggtggcagggggcacaag
ggtccctctccaggggtggcgggtgcacccctgaggtacatccaccctgctctggtagtg
aaggacaggaagaaaggaggaggagagagtggagtgtccaggtctgagctgctcctgacg
ggggctccagccctcagaaaagggctcccctcatctggtttaggaggtctggggggagag
tttggagctctggactgccccagcgactgccccagctcttactctgagctggatgaggat
gatgatgatgatggagatgaagacgtagctcggaggagagcagcagcagcgggtgcggga
cgtttcctctcccgtctctccgtctgctcctcgtcctcctcctcttcctcctcctccggc
tccctctcttcctcctccctctgttcttccgacaatgactcctcatactcctcagatgaa
gaagggtcttcatccctccttctccacagagcgctgctccagcagcagaaacacaaacac
aggcagagcttgacctctaaccgcttaacccctgacccctccactaaccccaaacctaac
gccgcctcctcagcctctgcccaaccacacgcctatgttgccaaggcagccatggccatc
actggaggttcaaaggtgagaggaagtgacagaggagaggacaggaaagagtacacatca
aagggaaggactaatagtagcagtagcgcagccaaaagccaaaccaagaggagagatggt
cccggctccaatacacacattgcgattcccaacacacacacttcgacccccaacacccca
gcctcccagcccaaacctcccaaggaccacccagcagccaagaggcagaggatgttgtca
ccggacccccttcccaatatgtccgccctcctgccgggtcgccagctgtggaagtggtct
ggaaaccccacgcagaggcgtggtctgaagggtaaggcccgtaagttgttctacaaggcg
atcgtgcgtggtggtgagacggtgcatgtgggggactgtgctgtattcctgtcccccggt
cggccccagctaccctatgtggggagagtggagagcctctgggagtcctggtcctccagt
atggtggtcagggtcaagtggttctaccatcccgaggaaacacgcctggggaagaggcac
cacgatggaaagcatgctttgtaccaatcaagccacgaggatgagaatgacgtccagacc
atctcacaccgctgtcaggtggtcaaccgtgccgagtacgagcacctgattcgcagacgc
aagtcagggggcggagctcaggacctgttctacctggccggtacctacgaaccaaccaca
ggccagctagtcagcgccgaaggcgtggccatcgtcccctag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (186)   
   RefGene (183)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (3)   
   Pfam (3)   
All databases (197)   

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