KEGG   Xiphophorus maculatus (southern platyfish): 102223029
Entry
102223029         CDS       T02923                                 
Name
(RefSeq) spectrin beta chain, erythrocytic-like isoform X1
  KO
K27409  spectrin beta, erythrocytic
Organism
xma  Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:xma00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xma04812]
    102223029
Cytoskeleton proteins [BR:xma04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     102223029
  Intermediate filaments
   Intermediate filament-binding proteins
    102223029
SSDB
Motif
Pfam: Spectrin CH PH_9 PH Guanylate_cyc_2 Ribonuc_L-PSP
Other DBs
NCBI-GeneID: 102223029
NCBI-ProteinID: XP_014324319
Ensembl: ENSXMAG00000015871
UniProt: A0A3B5R6D5
Position
19:26458228..26506461
AA seq 2487 aa
MSSPCLLRTAPISQPRLREVKISLKASSRDAGAVRSSKETASRPFTPAEKEAQVRVGASS
SSRSRSTPPVHRALRPESRKVTSKQQVPEQHPERNGTFLHIPPTSVPTGLSPFSSSSSSS
SSCTPRRPRPSQTHPDLAPILSSSSSSSSARSMKRARWLSYSTSNICFNSILDGRFRQLQ
DEREAVQKKTFTKWVNSILSRVGCRISDLYLDLRDGRMLIKLLEVLSGERLPKPTKGRMR
IHCLENVDKALQFLKEQRVHLENMGSHDIVDGNHRLILGLIWTIILRFQIQDIIVETGQA
DQKETHSAKDALLLWCQMKTAGYPNVNITNFTNSWKDGMAFNALIHKHRPDLVDYTKLKR
SNPTHNLQNAFNVAEQKLGVTKLLDPEDVFTENPDEKSIITYVVAFYHYFSKMKQLAVEG
KRVGKVLDQAIETERMIDKYETLASDLLTWIEQTIVVLNNRKLANSLTGVQQQLQAFNTY
RTVEKPPKFQEKGNLEVLLFTIQSRMRANNQRVYTPKEGALVSDINRAWERLERAEHERE
RVLRDELIRQEKLEQMARRFDRKAAMRETWLLENQRLVAQDNFGYDLPAVEAAKKKHDAI
ETDIAAYKERVQALVNISKELESERYHDAKRIDVRKDNILRLWDYLQELLRSRRGRLDMN
LTLQRIFQEMLYIISWMDEMKARLLSPDFGKHLLEVEDLLQKHALLENDIALQAERVQSA
SAAALKFANGDSYKPCDPQVIRDRVQHLNLCYQELCTLAAQRRARLEQSRRFWNCLWEVA
ELESWIREKEQLFSSLDYGKDLTSVLVLQSKHSAFEDELGARRNNLQQVLAEGDKMIQAK
HFGSPKIQECMDDIKRQWQQLEDLAAFRKQNLRDTQTFFQFQGDADELKAWLLDAKRQMS
SNDVGHDEYTTQRLLKNQNNLRNEAIKNGATIDALSKQASALPEELQNTPDIQRRLKDIK
DLYMELLTLADLRQKKLDDTMALYTIFSETDACELWMSTKETWLVDLEVPENLEDLEVVQ
NRLSALAQEMVNVQSRVDDVNKAAKQLEESRHPRTKDIKECQTRLNKRWEAFKAMVEDKK
RRVDSAVSLHNYGLECDETETWIKEKTRVIESTQDLGNDLAAVMTIQRKLFGMERDLAAI
EAKLTFLNEEANQLAQDHPENAADILARRAELDTAWDRLRKTLKDREDSLGEVSKLQTFL
QDMDDFQSWLFKTQKAVASEEMPTSLQEAEELLSRHNAVREDINNHEEDYHRVRDTGAQV
TQGQEDDPQYQQLEQRLNGLDRGWYELQKMWDSRRNFLDQGLGFQQFLRDGKAVEAILNN
QEYTLAHIDKPDTLAGAEKALKKHEDFVSTMEANEDKIDGALQGGQRLVDSNNLYSPKVQ
EKMDSVQDRQSKNKRRAVDVSEKLRDNRDLQHFLQNTQDLTVWINEKMLTAQDTSYDEAR
NLHSKWLKHQAFMAELASNKDWLNKVDQEGEELMESKPEFEPIVKERLAQLHELWDKLES
TTQEKDRLLFDANRSELFDQSLADMKKWLAELQQQLQSGDEDVKDLTNANIQLKKHQMTE
NQVRDRARELDELQEAVRKHGGAREDQPELEAEQQALQSEFQQLLTPLSQRRGKLEAAKA
VHQFYRDLADELLWIEERMPLAMSQEHGNNLQTVQMLLKKNQTLQREIEGHQPRVGEVLE
RGRRMAAAASAEDRPEAERIGDQMQELEEAWARLRDEMAKRRERLSGSNLAQQYYNDADE
AEAWIGEQELYMIADEKAKDEQSAMLMLKRHLILKQAVDDYAASIQKLSDRAQKTLAEDH
PDGEEIIRRQGQVDKQYAGLKELAEDRRKKLNHTYHHFLLSREVEDLEHWIAEKDVVASS
QEMGQDLDHVTLLRDKFREFSRDMGMIGQDRVDMVNQTIDELIETGHSEAATLAEWKDGI
NESWADLLELIDTRSQLLTASYDLLKYFDDGKELVTQIHEKQKELPEDVGDDFSKAESFH
RMHAAFERDITALGKQVQQFQETALRLRAQYAGDKQDAIQAMEREVVEAWKGLLDASDGR
RAELVDTAEKFRFFSMVRDLMAWMESIIQQIETQEKPRDVSSVELLQKYHQGIRSEIETR
SAKFTDCIDLGKSMLTRKHRDSAEIKEKLVQLMEKRQEMMFKWDDRWDWLRLLLEVCQFA
RDASVAEAWLIAQEPYVTSRDLGQSVDEVEKLLKRHEAFEKSTATWEERFSALERLTTLE
LLEVRKQQQEIEQFIKDEQRSDKESRREDTGFVEESSQLYTIEEQTLSGAMEPSSGQLDG
TAGDSTMPMVSEMRESASLELEPSVSVVTPREPERAATVPLETQRSQAVLQEGMLCRKHD
VEGSGKKASNRSWNNLYCVLKPGQLSAYKDAKSFGHGLTFHGEDPLPLGNATWESLTNYK
KKKNVAKLRLADGSEYLFQCKDEEELQRWSQAMEKAVQTLAAEEAPGPSGSKTHSLPTAP
SSSAALPEPGSAKKDKEKKFSRFAKKK
NT seq 7464 nt   +upstreamnt  +downstreamnt
atgagcagcccgtgcctgctgcgcactgcccccataagccaaccccggctaagagaggtc
aagatcagcctaaaggccagcagcagggatgctggagccgtccggagcagcaaggagacc
gcaagccgaccctttactccagctgagaaagaggcccaggtccgggtcggagcgagcagc
agcagccggagcaggagcaccccgccggttcatcgcgccctcagacccgagagcaggaag
gtaacaagcaagcagcaggtaccggagcagcaccccgagaggaatggcaccttcctccac
atcccacctacctcggtgcccacagggctctcccccttctcctcatcatcgtcctcatcc
tcctcctgcaccccccggcgtccacggccctctcaaactcacccggacctggcccccatc
ctctcctcctcctcctcttcctcatcagccaggagcatgaagcgggcgcgctggcttagt
tacagcacctccaacatctgcttcaactccatcctggatggacgcttcaggcagctgcaa
gatgagcgcgaggcagttcaaaagaagacctttactaaatgggtcaactcgatcctttcc
cgagttggctgtcgcatctctgacctctacctggaccttcgcgacggacgcatgctaatt
aaactgctagaggtcctgtctggagaacgtctgccgaagcccactaaaggtcggatgcgt
atccactgtttggaaaatgtagacaaggccttgcagtttctcaaagagcagagggtacac
ctggagaacatggggtcccatgacatcgtcgacggcaaccaccgcctcatacttgggctc
atttggaccatcatcctgcgtttccagatccaggacattattgtggaaaccggccaggca
gaccagaaggagacacactcagctaaagatgctcttcttctgtggtgtcagatgaaaact
gcgggatacccgaacgtcaacatcacaaacttcaccaatagctggaaagacggaatggcc
ttcaacgccctcatacacaaacaccggcctgatctggtggactataccaaactgaagagg
tccaatcccacccacaacctccagaacgcctttaatgtggcagaacagaaacttggcgta
accaaactgttagacccagaagatgtgttcacagagaacccagatgaaaaatccatcatc
acgtacgttgtggcgttttaccactacttctctaagatgaagcagcttgctgtcgaggga
aagagagttggaaaggttctggatcaagctatagagacggagaggatgatcgataagtac
gagacgctggcttcagacttgctgacatggatcgagcagaccatcgtcgtgctaaacaac
aggaagcttgccaattctctgacaggagtccagcagcagcttcaggccttcaacacgtac
cggactgtggagaaaccgcccaagttccaggagaaagggaatctggaggtgctgctcttc
accattcagagtcgcatgagggccaacaaccagagggtctacacgccgaaagagggagcc
ttggtgtcagacatcaacagggcctgggagcgtctggaaagggcggagcatgagcgggaa
cgggtcctgagggacgagctgatccggcaggagaagctggaacagatggcgcgaagattc
gacaggaaggcggccatgagggaaacgtggctcctggagaaccaaagactagtggctcag
gataactttggttacgacctgccagccgtggaagcagctaagaagaagcacgacgccatc
gagacagacatcgccgcatacaaagagcgcgttcaggcgctggtgaacatctccaaggag
ctggagtctgagcgttaccacgacgccaagcggatcgacgtgcgaaaagacaacatcctg
cgactgtgggactacttgcaagagctgctgaggtcccgcagagggcgtctggatatgaat
ctcaccctgcaaaggatcttccaggagatgctctacatcatcagctggatggatgaaatg
aaggcacgactgctctctcctgactttgggaaacacttgttagaggtggaggacttgctt
caaaaacacgctctgctagagaacgacatcgccctgcaggcagagagggtacagagtgcc
agtgctgctgctctgaagtttgcaaacggagatagctataagccatgtgatcctcaagtg
attcgagacagggtgcagcacctcaacctttgctaccaggagctttgcaccctggccgca
cagaggagagctcggctggagcagtcccgccgcttctggaactgtctgtgggaggtggcg
gagctggagagctggattagagagaaagagcagcttttctcctctctggattatggcaag
gacctgacgagtgtgctggtgctccagagcaagcacagcgccttcgaggacgagcttgga
gctcgtcgcaacaacctgcagcaggtcttggctgaaggggataagatgatccaggccaag
cactttggctctccaaagatccaggagtgcatggatgacatcaagaggcagtggcagcag
ctggaggacctggctgcatttcgaaagcagaaccttcgggacacccagacattcttccag
tttcagggtgatgctgacgaacttaaagcctggctgctggatgccaagaggcagatgagc
agcaatgacgttggtcacgatgagtacacaactcagcgactactgaaaaaccagaacaac
ttgagaaacgaagccatcaagaatggagccaccattgatgcgctgtccaaacaggccagc
gctctgccagaggagctacaaaacacccctgacattcagagacgtctaaaagacatcaag
gacctttacatggagctcctgactctggctgacctgaggcagaagaaactggatgacacc
atggctctgtacaccatcttcagtgagacggacgcttgtgagctctggatgagcacgaag
gagacatggctggtggatttagaggttcctgagaacctggaggatttggaagtggtacag
aacagattaagcgctctagctcaagaaatggtgaacgttcagtcaagagtagatgacgtc
aacaaagctgcaaaacagcttgaggagagcagacaccctcgcaccaaagacatcaaggaa
tgccagacacgactcaataagagatgggaagcattcaaggctatggtggaggacaagaaa
aggagagttgattctgctgttagtctacacaactatgggttggagtgtgacgagacagaa
acctggatcaaagaaaagacgcgggtgattgagtctacacaggatctgggcaatgacctg
gcagccgtcatgacaatccagaggaaactgtttggcatggagagagatttagcagctatt
gaggccaagctcaccttccttaacgaagaggcaaaccagctggcccaggaccacccggag
aacgcagcagatatcttagcccgcagggcagagctcgacacggcctgggatagacttaga
aagaccctaaaggacagggaggactctctaggtgaggtcagtaagttacagactttcctg
caagacatggatgacttccagtcctggctattcaaaacccagaaagctgtggcatctgag
gagatgcccacctcactgcaggaggccgaagaattgctcagccgtcacaacgctgtgcga
gaagacataaacaatcatgaagaggactatcaccgtgtgagggacacaggagctcaggtc
acccaaggtcaggaagatgatcctcagtaccagcagctggagcagaggctaaatgggctg
gaccgtggctggtatgagctccaaaagatgtgggacagtcgcagaaattttctggaccag
ggtttgggcttccagcagttcttgagggacggcaaagctgtagaggccatcctaaataat
caggagtacacgctggcccacatagacaagcctgacacgttggcaggggcagaaaaggct
ttgaagaagcacgaagacttcgtcagcacaatggaagccaacgaagataagattgatggg
gccctgcagggcggacagcgattggtggacagcaacaacttgtactctcccaaagtccag
gagaaaatggactcagtccaggacaggcaaagcaagaataagagacgagctgtggatgtt
tctgaaaagctgagagataaccgtgaccttcagcactttctgcaaaacactcaagatctg
actgtgtggatcaatgaaaagatgctgacagctcaggatacctcatatgacgaggccaga
aacctgcacagcaagtggctcaaacatcaggctttcatggcagagctggcctccaataag
gactggctcaataaagtagatcaggagggtgaggagctcatggaatccaagcctgagttt
gagcccattgtgaaggagcgcctggcccagcttcatgagctctgggacaagctggagtcc
acaactcaggagaaggaccggctgttgtttgatgccaatcgctcagagcttttcgaccag
agcctggctgatatgaagaagtggctggccgagcttcagcagcaattgcagagcggagat
gaggatgtaaaagatctcacaaatgccaatattcagctgaaaaagcaccagatgacggag
aaccaagttcgtgaccgggcgcgggagctggacgagctccaggaggctgtcaggaagcac
ggaggagccagggaggaccagccggagctggaggccgagcagcaagccctgcagagcgag
ttccagcagctcctcacgccgctgtcccagcgccgaggcaagctggaggctgccaaagct
gtccatcagttctacagagacctggctgatgagcttctctggattgaggagaggatgccc
ctggcaatgtcacaggagcacggcaacaatcttcaaactgtgcagatgctgttaaaaaag
aaccagacgctgcagagggagatcgagggccaccagcctcgtgtcggcgaagtgctggag
cgaggcagacggatggcggctgcggccagcgcggaggacaggccggaggcggagcgaatc
ggggaccagatgcaggagctggaggaggcgtgggcccggctgcgggacgagatggccaaa
cggcgagagaggctgagcggctccaacttggcccagcagtattacaacgatgctgatgag
gccgaggcctggataggagagcaggagctctatatgattgcggatgaaaaggcgaaggat
gagcagagtgccatgctgatgctgaagcgccacctgatcctgaaacaggcagtagacgac
tacgccgcctccattcagaagctttccgatcgtgcgcagaagacgcttgcagaggaccat
cccgacggggaggagatcataaggcgacagggtcaggtagataagcagtacgcaggcctg
aaggagctggcagaggaccgcaggaagaaactgaaccacacctaccatcacttcctgctg
agcagagaggtggaggacctggaacactggattgcagagaaagacgttgtggcgtcctcg
caggagatgggacaggacctggaccacgtcacgcttctgagggataaattcagagagttt
tcgcgggacatggggatgataggtcaggatcgggtggacatggtcaaccagaccatagat
gagctgattgaaacgggccacagcgaggcggccaccctggcagagtggaaggacggcata
aacgagagctgggccgatctcctggagctcatcgacactcgatctcagctcctcacggcg
tcttacgatctcctcaagtactttgatgatggaaaggagttggtgacgcagattcacgag
aagcagaaagagctgccagaggacgtgggagacgatttcagcaaagccgagtccttccac
aggatgcacgccgcttttgagagagacatcaccgccctgggcaaacaggtgcaacagttc
caggagacagccttgagacttcgagctcagtatgcaggggacaaacaggacgccatccag
gccatggagagggaggtcgtagaagcctggaagggcctgctggacgcctctgacggccgg
cgggcggagctggtggacacggccgagaagttccgcttcttcagcatggtgcgagacctg
atggcctggatggagagcatcatccagcagatagagacccaggagaaacccagggatgtc
tcctccgtggagctgctgcagaagtaccaccaggggatccgatcagaaattgaaaccagg
agcgccaagttcacagactgcatagacctcggcaagtccatgctgacacgcaagcaccga
gactctgctgaaatcaaagagaagctggttcagctgatggagaaaaggcaggaaatgatg
ttcaaatgggatgacagatgggactggctccgactcttgctggaggtgtgtcaatttgca
cgagacgcttcggtggcagaggcctggctcatcgctcaggagccctacgtgaccagcagg
gacctgggccagagcgtggacgaggtcgagaaactcctcaagaggcatgaagcctttgag
aaatccactgccacatgggaggaacgcttctcggcactggagcgcctcactacgttggag
ttgctggaagtgaggaagcagcaacaggagattgagcaattcattaaagatgagcagcgc
tcagataaagaaagcaggagagaagacacaggcttcgtagaagaatcttcacaactctac
actattgaggaacaaaccctgtctggtgcaatggagcccagctcaggtcagctggatgga
actgctggtgactccacgatgccgatggtgtcagaaatgagagagagcgcctctctggag
ctggagccctctgtctcggttgtgactcccagagaaccagagagggcggccaccgtgccc
ttagagacccagaggtcgcaggcagtgctgcaggagggcatgctctgccgcaagcatgac
gtggaaggctccggaaagaaggcttctaacaggtcctggaacaacttgtactgcgtactg
aagccgggtcagctctcagcatacaaagacgccaaaagctttggtcatggactgacgttt
cacggtgaggaccccctacccctcggcaacgccacctgggagagcctcaccaactataag
aaaaagaagaatgtagccaagctgcgacttgcagatggaagcgagtatctgttccagtgt
aaagacgaggaggagctccagcgctggagccaggccatggagaaggccgttcagaccctg
gcagcggaggaggccccgggcccctcggggtccaaaacccacagcctacccaccgctccc
tcctcctcagctgccctgcctgagcccggctctgccaagaaagacaaggagaagaagttc
agccgctttgccaagaagaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (60)   

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