KEGG   Xiphophorus couchianus (Monterrey platyfish): 114133471
Entry
114133471         CDS       T05908                                 
Symbol
sptbn4
Name
(RefSeq) spectrin beta chain, non-erythrocytic 4 isoform X1
  KO
K06115  spectrin beta, non-erythrocytic 1/4/5
Organism
xco  Xiphophorus couchianus (Monterrey platyfish)
Pathway
xco04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:xco00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    114133471 (sptbn4)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xco04812]
    114133471 (sptbn4)
Cytoskeleton proteins [BR:xco04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     114133471 (sptbn4)
  Intermediate filaments
   Intermediate filament-binding proteins
    114133471 (sptbn4)
SSDB
Motif
Pfam: Spectrin CH PH_9 PH CAMSAP_CH CREPT SLATT_6 DUF1940 PH_20
Other DBs
NCBI-GeneID: 114133471
NCBI-ProteinID: XP_027855189
Position
18:3537819..3617218
AA seq 2673 aa
MANASPDLDNAEAQRQLNNNNRPISSGFWETECTSAKLFECSRIKALADERDAVQKKTFT
KWVNSHLARVSCRISDLYNDLRDGYMLTRLLEVLSGELLPRPTRGRMRIHSLENVDKALQ
FLKEQRVHLENVGSHDIVDGNHRLTLGLIWTIILRFQIQVIKINTADNRETRSAKDALLL
WCQMKTAGYPEVNIQNFTTCWRDGLAFNALIHRHRPDLIEFHKLTRSNATHNLQQAFNVA
EHHLGLTKLLDPEDVNTENPDEKSIITYVVSYYHYFSKMKALIVEGKRVGKVLDNCIETK
TIINRYDALASDLLEWIEKTIAIISNQKFANSLTGVQQQLQAFTTYCTIEKPIKFQEKGN
LEVLLFTIQSKLRANNQKPYVPQDGKLISDINKAWERLEKAEHERGVALRKELIRQEKLE
LLAQRFDHKTTMRQAWLNENQRLVSQDNFGYDLPAVEAAMKKHEAIEADIASYEERIGVV
MELSSEMEKEGYYDIRRILACKENILGQWSLLKELVAGRRTRLEKNLAMQKTFQDMVYMI
DWMEDTQALLLSKDFGKHLLEVDDLLQKHSLQEADISIQAERVETLNAAALKFTTIEGYQ
PCDPQVICNRVNHVSSCVEELKQQAAKRRAELEESRQLWAFFQELEESEAWIREKSSILA
SQGFGKDLSSVLRLLQKHKTLAGELLAHRSLLQNTIKRGKQILSEKSFGTAGIQERIMEV
KDEWKKLEDQAAQHLGHLQEALNFFQFSTETDDVAAWLQDAYRLVSSEDFGHDEYSTQSL
LKKHKGVTEAIDKHRLHVVALRKHMVVLSLQYREQEEVQVRLGEVEQLYMEVAEVAVLRQ
QWLHDALAVYRMFSEVNACELWIDEKEQWLEKMEIPEKLEDVEVVAHRFESLDQEMNSLM
GRILDVNEIVQQLLDGGHPSSAEVRGCQDHLNSRWNTIVELVEQKKDQLDSMLRLQNYLL
ECAEIKSQIQDKRKAIDATQYMGSDLGGVLALQRRLSTMEGALSVLEPKLLHLQEEAEFL
AAAHPSRTMEILVPFDGINVEWEELKRTLQGCEDSLMVASRLQSFIQDLDSFLTWLVQTQ
TAAASDQLPNDLEEAEKLINKHAALKEEIGRYEEDYERLQAMNELLESEDAPLPQAALQQ
WLQKLDVGWNKLLEMWESRREVLVQAHIFHLFLRDVKQAESFLNNQESALAHVELPTTVE
TVEGAIKKHKDFTTTMELNLHRIKAVIEAGESLISQNNIYSERIRERIDTLAKRGNRNRV
LAQQWLEKLNDQWELQRFLQDCHELGDWVYEKMLMARDSSRDETQKLHKKWQKHQAFMAE
LAQNKEWLDKIEKEGQQLIKEKPELSPVVRKKLEEIRECWLDLESTTQAKARQLFEANKA
DLLVQSYESLDQRLGQLEGQLAYVDQGQDLTTVNKQLKKLHTMETQMEEWYKEAGQLQVQ
TGSIPQQTQIQGTVVERQAAVETRMARLIEPLKERRRLLLASKEVHQVGRDLEDEILWVQ
ERLPLAMNQEHGSSLQAVQQLMKKNQTLQRELEGHRSRIEDVLERAGIIATIRSPEADCV
RAGHDQLAQLWALLWAETERRQLVLDAMYQAQQYYFDTAEVEAWLSEQELHMMNEEKGKD
EPSTLQLLKKHLLLEQTIEDYAETIGLLSQQCRQLLEMGHPDSERISKRQSQIDRLYVSL
KDLVEERKSRLEQQYWLYQLNREVDELEQWIAQREVVASSPELGQDFEHVSVLQEKFTEF
ASETGSVGQERVTAVNQMVDELIDYGHSEAATIAEWKDGVNEAWADLLELMETRAQMLAA
SHQLHKFFSDCKEILAQIEDKHRRIPEVRARQGSTPNTSTLQRLLQSFEQDIQLLVTQVR
QLQESAAQLRTVYAGEKAEAIACREHEVMQCWKELLTSCEECRLQITTETDKLRFFSMVR
DQIMWMESIICQIGTGEKPRCAEKSNSWRDVSSVEVLMNYHQSLKSEVEARSQSTLECIE
MGKMLLAARNPAAEEIKEKLEKVVAKQRELSEKWDKHWEFLQQLLEVHQFAQEAMVAEAW
LTAQEPLISSKELGGSVDEVEQLIRRHEAFRKAAATWEERFSSLRRLTTVEKLRAEQSKL
PPTPLLGRKVFLDPQDAAPGPATLPRLPVSPVMRQTIYEQNEATTPPSPSPATPTPSPSA
AARRLASAVVNSSGYRHGGMVAVQPAASSIASVATAAMLVSANQMRESASTAKEQATKAM
SYLQPEAKTSPYLRQPKIKHLDDAVTPLIVASRLERGRERGREREERAEVAVMAEVVLQE
PGRERLHSEPTRGPRGSRTDPLGRAEPQVQAYQRQLSSEQLIQARRDELPQEVWREQAGR
RDRRTLERQTSSEQEGHEGRRRERERHRVERQESSDNDVGREQSDRRSTGGEKRTTMAEI
VEQLQEREAAQARGEVPRLPNGLPEKSSRPDRPRARDRPKPRRRPRPKEPGETTRRSRSA
PAQSSQATPQPPTHTAHHEGFLFRKLDIESMKKSTNSRSWVNLYCVLNKGELGFYKDAKN
TATPYNNEPLLSLSHCHCDVTNGYKKKKNVFTLKTKDGSEFLFHAKDEEDLKVWVNNITA
SISEHEEIAKWGQPQLTTSSTDEGTRRDGSKVDNRSDRGGERSDRGDQIERADKEKEREK
EKEKEKERERGERSEKSDRAGKSDGKRSEKKKK
NT seq 8022 nt   +upstreamnt  +downstreamnt
atggctaatgcctctccagacctggacaatgcagaagcccagcgccagctcaacaacaac
aaccgaccaatcagctccgggttctgggagaccgagtgcaccagcgccaaactgttcgag
tgttcccgcatcaaggctctggcagatgagagagatgcagtgcagaagaaaaccttcaca
aagtgggtcaactcccacctggccagagtgtcctgtcgcatatctgacctctacaacgac
cttagggatggctacatgctcaccagactgctggaggttctcagtggggagctactgccg
agacctacgaggggtcgtatgcggatccacagcctggaaaacgtggacaaagctctgcag
ttcctgaaagagcagagagttcatctggaaaacgtcggttcccacgacattgtggatgga
aaccatcgcctcacgctcggccttatctggaccatcatccttcgctttcagatccaggtg
atcaaaataaacacagcggacaacagagagacccgctccgccaaggacgcgctgctgctg
tggtgccagatgaagaccgcagggtacccagaggtaaacattcagaacttcaccacctgc
tggagagacggcctggccttcaacgccctcatacacagacacagaccggacctgatagag
ttccacaagctgacgcgctccaatgcgacgcacaacctgcagcaagccttcaacgtcgcc
gagcaccacctgggtctcaccaaactcctggacccggaggatgtgaacacggagaatcca
gatgaaaagtccatcattacgtacgtggtctcctactaccattacttctccaagatgaag
gctcttattgtggaggggaagagggttggcaaggtgttggacaactgcatcgagacaaaa
acgatcatcaaccgctacgacgctctggcgtcggacctgctggagtggatcgagaaaacc
atcgccatcatcagcaaccagaaattcgccaactcactgactggagtccagcagcagctg
caggccttcacaacctactgcactatagagaagcccatcaagtttcaggagaaaggaaac
cttgaggtccttctgttcaccatccaaagcaaactcagagccaataaccagaaaccctac
gtgcctcaagacgggaagctcatctcagacatcaacaaggcctgggagcgcttggagaag
gcggagcatgagaggggcgtggctctgcgtaaggagctgattcgtcaggagaagctggag
ttgctagctcaacgcttcgatcacaagacgaccatgaggcaagcctggctcaacgagaac
cagagactcgtgtcgcaggataacttcggctacgatctgccggccgtggaggcggcgatg
aagaagcacgaggccatcgaggcggacatcgcctcgtacgaggagcgcatcggcgtggtg
atggagctctcctcggagatggagaaggagggatactacgacatccggcgcatcctggcc
tgcaaagagaacatcctgggccagtggagcctgctgaaggagctggtggctggcaggcgg
acccggctggagaagaacctggctatgcagaaaacctttcaggacatggtctacatgatc
gactggatggaggacacacaggctctgctgctgtcaaaggacttcgggaagcatctcctg
gaagtggacgacctgctgcagaagcacagcctgcaggaagctgacatttccattcaggcg
gagagagtcgagacgctcaatgctgcggcgctcaaattcaccaccatcgagggctaccag
ccgtgcgacccgcaggtgatctgtaaccgtgtgaaccacgtctcttcctgtgtggaggaa
ctgaaacagcaagccgctaaacgccgcgcggagctggaggagtcgaggcagctgtgggcg
tttttccaggagctggaggagtcggaggcctggatacgggagaaaagctccatcctggcg
tctcaaggcttcgggaaggacctgagcagcgtgttgaggttgctacagaaacacaagact
ctggccggggagctgctggcgcaccgctcgctgctgcagaacaccataaagcgggggaaa
cagattctgagcgaaaagagctttggcacggcggggatccaggagcgcatcatggaggtg
aaagacgagtggaagaagctggaggaccaggcggcgcagcatctcggccacctgcaggag
gcgctcaacttcttccagttctccacggagacggacgacgtggcggcgtggctgcaggac
gcctaccgcctggtctccagcgaggactttggccacgatgaatactccactcagtcgctg
ctaaagaagcacaagggcgtgacggaggccatcgataaacacaggttacatgtagttgct
ctgcgcaaacacatggtggtgctgtctctgcagtacagagagcaggaggaggttcaggtg
cgtttgggtgaggtggagcagctgtacatggaggtcgcagaggtcgccgttctcagacag
cagtggctccacgacgcgctcgccgtgtaccgcatgttcagcgaggtgaacgcctgcgag
ctctggatcgacgagaaggagcagtggctggagaagatggagatcccggagaagctggag
gacgtggaggtggtggcgcacaggtttgaaagtctggaccaggagatgaacagcctgatg
ggacggatcctggacgtcaatgagatcgttcagcagctgctggacggaggtcatccgtct
tcagcggaggtcagaggttgtcaggatcacctcaactccaggtggaacaccatcgttgag
ctggtggagcagaagaaggatcagctcgactcgatgcttcgcctgcagaattacctcctg
gagtgcgccgagatcaagtcccagatccaggacaagaggaaagccatcgacgccacgcag
tacatgggcagcgacctgggaggcgtccttgctctgcagcgacgcctctccaccatggag
ggggcgctgtctgtcctggagcccaaactgctgcatctacaggaggaagcagagtttcta
gccgccgctcatcccagccgaaccatggagatcctggtgccgttcgatggcatcaacgtc
gagtgggaggagcttaaaaggacgctacagggatgtgaggactcgctgatggtggccagc
aggctgcagagcttcatacaggacctggactccttcctcacctggctggtccagacccaa
acggccgctgcctcggaccagctgcccaacgatctggaggaggcggagaaactcatcaac
aagcacgccgctctcaaagaggagatcggccggtacgaggaagactacgagcgtctgcag
gccatgaacgagctgctggagtcggaggacgcccccctgccgcaggccgccctgcagcag
tggctgcagaagctcgacgtcggctggaacaagctcctggagatgtgggagagccggagg
gaggttctggtccaagctcacatctttcacctgttcctgcgagacgtcaaacaagcggag
tccttcctgaacaaccaggaatcggctctggcccacgtggagctccccaccacggtggaa
acggtcgaaggcgccatcaagaaacataaggatttcactaccaccatggagctgaacctg
cacaggatcaaagctgtgatcgaggcgggagaaagcctgatcagccagaacaacatctac
tccgagcgaatccgggagcgcatcgacactctcgccaagaggggaaaccggaacagggta
ctggcccagcaatggctggaaaaactgaacgaccagtgggaacttcagagatttctccaa
gactgtcatgagctgggggactgggtgtacgaaaagatgctgatggcgagggacagcagc
cgagacgagacccagaagctgcacaagaagtggcagaagcaccaggctttcatggccgag
ctggcccagaacaaggaatggctggataaaatcgaaaaggaagggcagcagctgataaag
gaaaagccggagctgagcccggtggtccggaagaagctggaggagatccgggagtgctgg
ctggacctggagagcaccactcaggccaaagctcgccagctgtttgaggccaacaaggcg
gacctgctggttcagagctacgaaagcctggaccagcggctggggcagctggaggggcag
ctggcctacgtggatcagggtcaggacctcaccactgtcaacaagcagctcaagaagcta
cataccatggagacccagatggaggagtggtataaggaggcggggcagctccaggtccag
acaggctccatcccgcaacagacacagatccagggcacggtggtggagcggcaggccgcc
gtggagaccaggatggcccgactcatcgagccgttgaaggagaggcggcgccttcttcta
gcgtctaaggaggtccatcaagttgggcgagacctggaggacgagattttgtgggtccag
gagcgcctccctctggccatgaaccaggagcacggctcatcgctgcaagccgtccagcag
ctcatgaagaagaaccagacgctccagagggagctggagggccacaggagcaggatagaa
gacgtcctggagagggcagggatcatcgccaccatcaggagcccagaggccgactgcgtc
agggcgggccacgaccagctggcccagctgtgggccctgctgtgggccgagacggagcgc
aggcagctggttctggacgccatgtaccaagcccagcagtactacttcgacacggccgag
gtcgaggcctggctgagcgagcaggagctgcacatgatgaacgaggagaagggaaaggac
gagccgagcacgctgcagctgctgaagaaacatttgctgctggaacaaaccatcgaggat
tatgctgagaccatcggcctgctgtcgcagcaatgtcgccagctgctggaaatgggacat
ccagacagcgaacggatcagcaagcgtcagtcgcagattgaccgtctgtacgtgtctctg
aaggacctggtggaggagaggaagagccgcctggagcagcagtactggctgtaccagctc
aacagggaggtggacgagctggagcagtggatcgcccagagggaagtggtggccagctcg
cctgaactgggccaggactttgagcacgtctccgtcctccaggaaaagttcacagagttt
gcgtcggagacaggaagtgtgggacaggagcgcgtgacggccgtcaatcagatggtggac
gagctcatcgactatggccactctgaggccgccaccatcgccgagtggaaggacggggtc
aacgaggcctgggccgacctgctggagctcatggagacccgagcgcagatgctcgctgct
tctcaccagctgcacaagttcttctccgactgcaaagagatattggcccagattgaggat
aagcaccggcggatcccagaggtccgggctcggcagggcagcacgcccaacaccagcacg
ctgcagaggctcctgcaaagcttcgaacaggacatccagctgctggtcactcaggtgcgt
cagctgcaggaaagcgcggcccagctgaggacggtgtacgcaggcgagaaggccgaagcc
atcgcttgccgtgagcacgaagtgatgcagtgctggaaggagctgctgacttcctgcgaa
gagtgccggctgcagatcaccacggaaacggacaagctgaggttcttcagcatggtccgg
gatcagatcatgtggatggagtccatcatctgtcagatcggcaccggggagaaacccagg
tgtgcagaaaagtccaacagctggagggacgtgtcgtcggtggaggtgttgatgaactac
caccagagcctgaagagcgaagtggaggcccgcagccagagcacgctggagtgcatcgaa
atgggaaaaatgctgctggctgctagaaaccctgcagctgaagagatcaaggagaagcta
gaaaaggtggttgcgaagcagcgtgagctttcagagaagtgggacaaacactgggagttc
ctccagcaactgttggaggttcaccagttcgcccaggaggcgatggtggcggaggcctgg
ctgacggctcaggaaccgctgatcagcagcaaggagctgggcggcagcgtggacgaggtg
gagcagctcatacggcgacacgaagccttccggaaagccgccgccacctgggaggagaga
ttcagctcgctgcggcgtctcactacggtggaaaagttgagagcggagcagagcaagctg
ccgccgacgccgctgctgggccgtaaagtcttcctggaccctcaggacgcggcgccgggc
ccggctacgctgccccgcctccccgtctcccccgtcatgaggcagaccatctacgagcag
aacgaagccaccacaccgccgtccccctcgcccgccacgcccacgccgtccccgtcggcg
gccgcccgccggctcgcctccgccgtcgtcaacagctccggctaccggcacggcggcatg
gtggccgtccagccggccgcttcatccatcgcctccgtcgccacggcggccatgttggtt
tcggccaatcagatgcgggaaagcgccagcacggcgaaggaacaggcgacgaaagccatg
agctacctgcagccggaggcaaagacgtcaccgtatctacggcaaccgaagatcaaacac
ttggacgacgcggtgacgccgctgatcgtggcgagccgcctggagcgagggagagagcga
gggagggagagagaggagcgcgcggaggtggcggtgatggcggaggtggtgctccaggaa
ccgggccgggagcggctgcacagcgagcccaccagggggccccgtgggtccagaaccgac
ccgctgggccgcgccgagccgcaggtccaggcataccagcggcagctgtccagcgagcag
ctgatccaggcgcggcgcgacgagctgccgcaggaagtctggagggagcaggcgggacgg
cgcgacaggcggacgctggagcggcagacgtccagcgaacaggaaggacacgaaggccgg
cggagagagagagagcgccaccgagtggagaggcaggagtccagcgacaatgacgtgggg
agggagcaatccgaccgacgctccactggaggagagaagagaaccaccatggcagaaatt
gtagagcagcttcaagaaagagaagcagcacaggcgcgcggcgaggttccccgcctgccc
aacggtctgccagaaaagtcttcccgtccggaccggcccagagcccgggaccgacccaaa
cccagacggcggccgcgccccaaagagccgggagagacgacgcggcgttcccgatcggct
ccggcccagagcagccaggcgacgccgcagcctccgacccacacggcgcatcacgagggc
ttcctgttccgcaagctggacatcgagagcatgaagaagagcaccaacagcaggtcatgg
gtcaacctgtactgcgtgctgaacaaaggggagctgggcttctacaaggatgccaagaac
acggcgacgccctacaacaacgagccgctgctcagtctgtcccactgccactgcgacgtc
accaatggatacaagaagaagaagaacgtcttcacgctcaaaacgaaggatggcagtgaa
tttctgtttcatgcaaaagacgaggaggacctcaaagtgtgggtgaacaacatcaccgcc
agcatttcagagcacgaggaaatcgccaaatggggccagccccaactaactacctcatcc
accgacgaagggacgcggcgagacggcagcaaggtggacaaccggtccgaccgcggcggc
gagcgctccgaccgtggagaccaaatagagcgtgcggacaaagagaaggaacgggagaag
gagaaagagaaggaaaaagaaagggagagaggggaacgctcagagaagtcagatcgggca
ggaaagtcggacggaaaacgctcagagaagaagaagaaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (9)   
   Pfam (9)   
All databases (28)   

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