KEGG   Salmo salar (Atlantic salmon): 106568365
Entry
106568365         CDS       T04363                                 
Name
(RefSeq) mucin-5AC-like
  KO
K15198  transcription factor TFIIIB component B''
Organism
sasa  Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:sasa03021]
    106568365
Transcription machinery [BR:sasa03021]
 Eukaryotic type
  RNA polymerase III system
   Basal transcription factors
    TFIIIB
     106568365
SSDB
Motif
Pfam: Myb_DNA-bind_7 Myb_DNA-binding
Other DBs
NCBI-GeneID: 106568365
NCBI-ProteinID: XP_013994125
UniProt: A0A1S3LTG3
Position
ssa13:93784082..93812332
AA seq 2171 aa
MLRRSRISVRPNVRPAGRGPAAPASSQNTPPSSQTTEAPSQAGGQEVDTTTTAEPETSTE
STTPREDEKDPNREASSGTPSDSIQRRKRFSFMPNLAKPRAAATPALTLSSPRTSKSPVR
AGTETPAPEAPGAPSETDAGPSQGMRYPRRRPSGGSRQAKVQPKPSPLSPSSPAPETTTP
PLGKQAVDYSFPSQQTLQAADKEETSSQLTKQDKGSIQLDLSKKTPATKAPSTPLENVPS
SSLPHKEGISVSERAKTLVARSVSVGLTGLALGKSRLSRFLNDPTDLQRLAKARKLRELL
RQEMNKEKKLRKAKVCLSEYTLDPSKMTMRDLLYYLPDTNPMTSYLEEEQRENQTVLLLT
PPREESPARPPTPEAPAETASQWDEDDDDANDGVIVPRVRVAEDGSLIIDEESLTVEVLR
QKGPNPADDGDPIFERGSTTTYSSFRKGTHVKPWSNKETDMFFLAINMVGTDFSMIGQLF
PHRGRIEIKNKFKKEERANSWRIDKAFKEKRRLDLEFFTGLLEKILGIEAKSNKNNKSPT
EKKVIKKNKRKPIEKKAANQLSDVEEERPDAEMDSDEVEGEKENVSNVGTTPAADATTPK
RKRKRKDGGESSPKKAMYRKKKKSSNLITSDQEEAGVLQGEVPEDQSPAESSKQAEGPVE
GDKGHVEIKPAQLSRGRPQRPLPNLGRKWGQRGLHPKTKPKDKDKDGPTPVEEENIEEGV
SKEQVDKAASLKVSQKKKKKAGDVSEEEEEEANDKPIKPTRYGRKPQKTQLLNYPAKEEG
DSPSDSAPTPASNGSPSTSSSYTKPKAKPPTRRAKIKPGPALPGRKGQSAARKPKLITLR
ASQSEDDDDDEEGGREQKEEAQAQGDHHNPTSAREENQAPAFVPMSLRSPQPVVTEVEET
MEEDVIDFLSPDNMEVSEESYNEAARTLLAIGNLTHLSQAAVACTAGADDFITEECSNEE
QQYQMSSQPADQSQTSTTPSESLTPDLWVTEESLTAEDSVPVATSTASIPVSKISAYVAV
AMTTTTSVPVTTTTKIASVPVTTTTASVPVTTTTASVPVTRTTTCITVTTTTASVPITTT
TSSVPITMTTASVRVTTSTASAQVPQSSDAPTQGTTPAEEEPLRHGEGTVIGHASHVELC
SEVSKQQTTSQTRRSRFPKVKPNLGLAARTTQPKPTHPTENITTQPKPPQYTITQSEPPP
QPMMNITASSKPQPTKNITTEPPLPTESITTESEPQPKQRSTTHSKPQRTANIITHREPQ
PIQRSRVAHSKPQCTQNITTHTEPDQPTLNTTTQSEPHQPTLDTTTQSEPPQPTLDTITN
TLSEPQPIPNLEQPGPGTCRTRATVPESPLRSSEEEKGCDGPKEYTSSSLSAVGSQSGTS
DSDQPKQTGPPTRRARLPKPKPNLGRTARAATRTSSQVPESRNCPVAQTPDVATRPSSEV
QIPHVEATRPSSEVQIPHVEATRPSSEVQIPHVEATRPSSEVQIPHVEATRPSSEVQIPH
VEATRPSSEVQRHCTEVQTPEADEVPMEIQQILQVIPLTDIIDVTQEEIQLIHQVTPLTD
IIDATQEDTSLLTEEIFFSQRSDALITQHSESSGSTVLLDPAQPDPDEPIFILSLTEIPF
IPTEEEYGCTSQTLSEPLSFLLVADACSQLQQSSDIVDPGGGKEEGYAGMLCKAPEPMSV
DEVVPQPMYTSIKEVEYGSTAGPVDVCASANPSEDSMADAETREDIDPPFKRKVPERARR
DKLQMRPNTAVRKQPSRSVLAKEAVSASTSDHTTIPEMDHPTASTSDHTTTTIPETDHKT
ASTSDHTTIPETDHPTASTSDHTTTTIPETDHKTASTSDHTTIPEMDHPTASTSDHTTTT
IPETDHKTASTSDHTTIPEMDHPTASTSDHTTIPETDHPTASTPDHTTTTPETDHPTAST
PDHTTTPESDHPTASTQDHTTTTPETNHPTAPSPPAQPGPAVKETASGEVAAEEAQQEIV
GRLDLPETEEDTPTGGHEMEDSRSGAESQVARQMTPLATSGPLSRPGRRPRGFLSFMSNK
TSTPAAAPSAPPRGPRAAPQRPQVNTTRPGGKRAAPAPSTRNTTISSTRTVTRPDSSPRV
TWEQPSDVQAFHSDPDTSTSQCTTATKPSQVPATQHSMSTCVDSCSAGEEPLNVSQYFFS
DIFTEVEESEG
NT seq 6516 nt   +upstreamnt  +downstreamnt
atgctccgcagatccaggatcagtgttcggcccaacgtcaggccggcaggcagaggccca
gcagccccagcctcctcccaaaacactcctccatcgtcccagaccaccgaggctccttcc
caggcagggggccaggaggtggacaccaccactactgcagaaccagaaacctccacagag
tccaccacacccagagaggatgaaaaagacccaaatcgtgaggcttccagtggcaccccc
tcagacagtattcaaaggaggaagaggttctctttcatgccaaaccttgccaaaccacgg
gctgctgcaaccccggccctcaccctctcctccccccggacctccaagtcccctgtgaga
gcaggcactgagaccccagcccctgaggctccaggggcccccagcgagacagatgctgga
ccctcacagggcatgagatacccaaggcggagaccctctggaggtagtaggcaggccaaa
gtacaacccaaacccagccccctgtccccatcttccccagcccctgagacaacaaccccc
ccactggggaagcaggcagtggattactcattcccgtcacaacagaccctgcaggcagca
gataaggaggaaacatcctcacagctcaccaaacaagacaaaggcagcatccaattagat
ctctcgaaaaaaacaccagccactaaagctccatccactccattagagaatgtcccatca
tcctcccttccacacaaagagggtatctcagtatctgagagagctaagactctggtagcc
aggtctgtgtctgttgggctcaccgggttggcactagggaagtccaggcttagcagattc
ctgaatgacccaacggacctgcagaggctggccaaggcccggaagctcagagaactgctg
agacaggagatgaacaaggaaaagaaactgaggaaagccaaggtgtgtttgagtgaatat
acgctggatccctctaaaatgaccatgagagatctcctatactacctgcctgataccaac
cccatgacgtcctatctggaagaggaacagagggagaaccagactgttctgctgctcacc
cccccaagagaagagtcccctgcgaggcccccaacgccagaggccccggctgagacagca
agccagtgggatgaggatgatgatgatgctaacgatggggtgattgtgccgcgagtgagg
gtggcagaggacgggtctctgatcatcgatgaggagagtttgacggtagaggtcctgagg
cagaaggggccaaatccagctgatgatggagacccaatctttgagcgtggctccacaacc
acctactctagctttaggaaagggacacacgtcaaaccctggtccaacaaagagacagac
atgttcttcctggctatcaatatggtgggaacagacttctctatgattggacagctgttt
cctcaccgcggtcgcattgagatcaagaacaaattcaagaaagaggagagagcaaacagc
tggaggatagacaaggccttcaaggagaagcgtaggctggatctggagttcttcactggc
ctcttggagaagatcttgggcatcgaggcgaagagtaacaaaaacaacaagtcccccacg
gagaagaaagtgatcaagaaaaataagagaaaaccaatagaaaagaaagcagcgaatcag
ttgagtgacgtggaggaggagaggccagatgcggagatggacagcgacgaggtggaggga
gagaaggaaaacgtctctaacgtagggaccacacctgccgctgacgccaccacccccaag
agaaaacgcaaaaggaaggatggaggagagtcctcccctaaaaaagcaatgtatagaaag
aaaaagaagagcagcaacctgataacaagtgatcaagaagaggctggagtactgcaaggt
gaagtacctgaggaccagtcacctgctgaaagttcaaagcaagcagaaggcccagtggaa
ggcgataagggtcatgtggagatcaaaccagcccagctgtcccgtggtcgaccccagaga
cccctccctaacctggggaggaagtggggccagagaggcctgcatcccaagaccaagcct
aaagataaggataaagatgggcccacacctgtggaggaggagaacattgaagaaggagtt
tctaaggaacaggttgataaagctgcttcgttgaaagtcagtcaaaagaagaagaagaaa
gctggtgatgtctctgaggaagaggaggaagaagccaacgataaacccatcaaacccacc
aggtatggtagaaaaccccaaaagacacagctcctgaattaccctgcaaaggaggagggg
gactcgccctctgactctgcccccactcctgcctcaaacggatccccctccacttcctcc
tcatacaccaagccgaaagccaaaccaccaaccagaagggccaaaatcaaacctggcccc
gccctgccaggtaggaagggccaatcagcggcccggaaacccaagctgataaccctgagg
gcatcccagtctgaagatgatgatgatgatgaggagggaggaagagaacagaaagaggag
gcacaggcccagggggaccaccacaatcccacaagtgcccgggaggagaaccaggcgcca
gcgtttgttcctatgagccttcgctcgccacaacccgtcgtcacagaggttgaggagacc
atggaggaggatgtaattgacttcctgtctccagataacatggaagtgtctgaggagagc
tacaacgaggcagctagaaccttactggccatcggcaacctcacccacctgtctcaggct
gctgtggcctgcactgcaggagcagatgatttcatcactgaagaatgttccaatgaggaa
caacagtaccagatgtcatcacagcccgctgaccaatcacaaactagcaccactccttct
gaatcactgacccctgacctttgggtcactgaggaatcactgactgctgaggattctgtc
cctgttgccacgtcaacagcctctatcccagtctccaagatatcagcctatgttgcagtc
gctatgacaacaaccacatctgtcccagtcaccacgacaacaaaaatagcctctgtccca
gtcactacgacaacagcctctgtccctgtcaccacaacgacagcctctgtcccagtcacc
aggacaaccacctgtattacagtcactacaacaaccgcctctgtcccaatcaccacaaca
acatcctctgtcccaatcaccatgacaacagcctctgtccgtgtcaccacgagcacagct
tctgcccaagtgcctcagagcagtgacgcgccaactcagggaaccacacccgcagaggag
gagcctctcagacatggggagggaactgttattggacacgcctctcatgtggaattatgt
tcagaagtgtccaagcagcagacgacctcacagaccaggaggagccgcttccctaaggtc
aaacccaacctgggcctggctgccaggaccacacaacccaaaccaacacatcctacagaa
aatattaccacacagccaaaaccaccacagtataccatcacacaatcagaaccaccacca
cagcctatgatgaatatcactgcatcctcaaaaccacagccaaccaagaatatcaccaca
gaaccaccactgcctactgaaagtattaccacagagtcagaaccacagcccaaacagaga
agtaccacacactccaagccacagcgcactgcaaatatcatcacacacagagaaccacag
cccattcagaggtccagagtagcccattcaaagccacagtgtacacaaaatattactacg
cacacagaaccagaccagcccacactaaataccaccacacagtcagaaccacaccagcct
acactagataccaccacacagtcagaaccaccccagcccacactggataccatcacaaac
actctctcagaaccacagcccatcccaaatcttgagcagccaggcccaggtacatgcaga
accagagcaacagtcccagagtcacctctgaggtcatcagaagaggagaaaggttgcgat
ggcccaaaggaatatacgtcctcctccctcagtgctgtagggtctcagtcaggaacatca
gactcagaccagcccaaacagactggtcctccaacccgcagagcccgtttacctaaaccc
aaacccaacctgggtcgcaccgctagagctgccacacgcacttcatcccaggtaccagaa
agcagaaactgccctgtagcccagacaccagatgtggctaccaggcccagctctgaagtc
cagataccacatgttgaggcaaccaggcccagctctgaagtccagataccacatgttgag
gctaccaggcccagctctgaagtccagataccacatgttgaggctaccaggcccagctct
gaagtccagataccacatgttgaggctaccaggcccagctctgaagtccagataccacat
gttgaggctaccaggcccagctctgaggtccagagacattgcactgaagttcaaacacca
gaggctgatgaagttcccatggaaatacaacagattctccaagtcatcccccttactgac
atcattgatgttacccaggaggaaatacagctgattcaccaagtcaccccccttactgac
atcattgatgctacccaggaggatacatctctcctcacggaggaaatcttcttctctcaa
cgaagtgatgctctcatcacacagcattcagaaagttctggatcaactgttctgttggac
ccggcccagccagaccctgatgagcccatcttcatcctctccctgactgaaatccctttc
atccccacggaggaggagtatggctgtacgtcccagaccctctccgagcccctctctttt
ctactggtcgcagacgcgtgctctcaactgcagcagagcagtgatattgttgatcctgga
ggtggtaaggaggaagggtatgctggtatgctctgtaaagcccctgagcccatgtcagtg
gatgaggtcgtccctcaacccatgtacaccagtatcaaggaagtggagtatggctccaca
gcaggcccagtagatgtgtgtgcctcagccaatccctcagaagactccatggctgatgca
gagactagggaggacatagatcctccttttaagaggaaagtgccagagagagccaggaga
gacaaactgcagatgagacctaacacagcagtaaggaaacagcccagtcgttcggtccta
gccaaggaggctgtgtcagcctccacctcagaccataccaccatcccagagatggaccac
cccacagcctccacctcagaccataccaccaccaccatcccagagacggaccataagaca
gcctccacctcagaccataccaccatcccagagacggaccaccccacagcctccacctca
gaccataccaccaccaccatcccagagacggaccataagacagcctccacctcagaccat
accaccatcccagagatggaccaccccacagcctccacctcagaccataccaccaccacc
atcccagagacggaccataagacagcctccacctcagaccataccaccatcccagagatg
gaccaccccacagcctccacctcagaccataccaccatcccagagacggaccaccccaca
gcctccaccccagaccataccaccaccaccccagagacggaccaccccacagcctccact
ccagaccataccaccaccccagagtccgaccaccccacagcctccacccaagaccatacc
accaccaccccagagacaaaccaccccacagcccccagccccccagcccagccaggtcca
gccgtcaaagaaacagcatcaggagaggtggcggctgaggaggcacagcaggagattgtg
ggccgtttagacctcccagagacagaggaggacacgcccactggaggacacgagatggag
gacagtaggtcaggggcggagtctcaggttgcccgtcaaatgacaccgctggctacgagt
ggccccttgagcaggcctggtagaagacccagaggatttctttctttcatgtccaataag
accagcacccctgcagctgccccctctgcccctcctcgagggcccagagcagcccctcag
aggccccaggtcaacaccacccggccaggggggaaacgggcggcgccagccccctccacc
agaaacaccaccattagttccaccagaacggtcactaggccagacagttcccccagggtg
acctgggaacagccctctgatgtccaggccttccactcagacccagataccagtacttcc
caatgtactacagctaccaagccttctcaggtgccagccacccagcacagtatgtctacc
tgtgtagacagctgttcagcaggcgaggaacccctcaacgtgtcccagtacttcttcagt
gacatcttcactgaggttgaggaaagtgagggatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (145)   
   KEGG ORTHOLOGY (1)   
   RefGene (141)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   RefSeq(pep) (7)   
DNA sequence (9)   
   RefSeq(nuc) (7)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (167)   

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