KEGG   Xenopus laevis (African clawed frog): 108699197
Entry
108699197         CDS       T01010                                 
Symbol
sptb.L
Name
(RefSeq) spectrin beta chain, erythrocytic
  KO
K27409  spectrin beta, erythrocytic
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xla04812]
    108699197 (sptb.L)
Cytoskeleton proteins [BR:xla04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     108699197 (sptb.L)
  Intermediate filaments
   Intermediate filament-binding proteins
    108699197 (sptb.L)
SSDB
Motif
Pfam: Spectrin CH PH_9 PH Talin_middle PH_11
Other DBs
NCBI-GeneID: 108699197
NCBI-ProteinID: XP_018086599
Xenbase: XB-GENE-6488440
UniProt: A0A1L8FAL0 A0A974C8P4
Position
8L:99743907..99800662
AA seq 2341 aa
MQTTDFDNLEIEQQYCTINSRWETAEDDLDNDNSSARMFERSRIKALADEREAVQKKTFT
KWVNSHLAFVSCRISDLYLDLRDGRMLIKLLEVLSGEQLPRRTKGRMRIHCLENVDKALH
FLKEQRVHLENIGPHDIVNGNHRLILGLIWTIILRFQIQDIIIEMKGSETRSAKDALLLW
CQMKTAGYPNVNVTNFTSCWRDGLAFNALIHKHRPDLLDFERMKKSNPKHNLEQAFNVAD
RKLGITQLLDPEDVLTENPDEKSIITYVVAFYHYFSKMKALAVEGKRIGKVLDNAIETDK
MIHEYESLTSDLLTWIEQTILALINRTFANSLTGVQQQLQAFSAYRTTEKPPKFQEKGYL
EVLLFTIQSRMRENKQKVYVPQDGKLVSDINRAWGRLEKAEHDRETALRNELIRQEKLEQ
LAKRFDRKAAMRETWIAENQHLIAQDNFGFDLPSVEAAKKKHEAIETDIYAYEERIQAIV
NVAKELENERYHDIRRISARKDNIVRLWQYLLEILNARRNRLNMTLELQTLFQEMLHIVN
WMDEIKVGLLSGDYGKHLLEVEYLLQKHNLIEADIAAQADKVKSFGQTALKFVGGEGYQP
CDPQVIKDRVQHLELCYQELVSLAAQRKHNLQQSRCMWKFFGDIEEVARWIREKEQIYTS
MDFGKDLTSISILKRKHRAFEDELRGLESNLQQTLKDGENMIANKHYASPKIKEQIEKIN
LQWAQLKDLAAFRLKILSDTENFFQFQVDADDLAARMQDTYRMMQTDDVGHDEYSTKILV
KKQKDLLDDIMLNRKALEGLSEVVQQFPDEFKTSPEIDSRLQKLRALFSDLASLADLRSQ
KLQDALSFYTILGDIDACEMWMNEKEKWLENMEVPESLEDMGVVQHRFNTLDQEMGNLGS
QIQDVNTAANTLIESGHPSRKQVKHDLDHMNTRWTVFQEMVSQKRRAVDSALGLHNYGVE
CDETMNWINSKIKVVESIQDLGSDLASVMSIQRKLYGIERDLAAIEAKLINLQGDAQKLA
NDHPDQAQDILDRLIDINKKWEELQKALQDQEESLGESSKVQKFLVDLFDFETWLYRAQQ
ATASEDIPTSLPEAEKLYTNHLSLKDDIQRHEPDFCDVVDTGNKVTSGQTDPQYEQLDQR
VKEIQEGWNDLHKMWNNRENSLSQCLEFQKFLKDAKQSEAILSNQEYTLTYSEVPTTLEA
AENRLKKHEDFLATMENNEEKIAGTINHGKKLDEVKNVFADKALAKISTIEERYAKNLNK
AKDVSILLKDNCDLQNFLENCEELNIWINEKMLTAKDTSYDGARNLHSQWLKHQAFKAEL
DSNKERLENLDKEGKQLVQEKEQFAPIVSEKLSNLHRLWDELETTTLKKEQSLFDAHRTE
LHEQRYSDLIKWIKDMEQQVEIYDYGTDLTSVNILLNKHKRIEDQIQQKTIELDEVLPET
SALGKEPDEKEQDIKMRFQQLQPVLHERKRKLHSSKQVHQLHRDLEDEILWILERLRLAE
SQDYGNNLQTVQMLMKKNQTLQREIAGHGPRIEDVLTRAKDMEQDPEIDHQPIESKSKSL
EESWDNLQKQIAEREKHLLQALDAHHYYMDAAEAEAWIDEQQLYMIGDEQPKDEESVVVM
LKKHLNLQHAAEHYGKNIKDLADQAQRLLALEHPDSEKITRHQGNIEKQYAALRDMADEK
RQKLDNIYHMFQLRREFEDLEQWIAERDVKASSQEMGQDLDHVTILRDKFRDFARETGAI
GQERIDNVNILIEQLIDAGHADAAMIAEWKDNLNESWADLLELIDTRVQLLSASYELHKF
FYDGTEILSMIEEKYKELPEDLGADVHTAQSLHRVHTAFERDIHLIGSQVQHFQDTATRL
HAAYAGTQAMDIQKKEKEVVEAWKGLLDACDGRRTELVSAAEKFRFFSMVRDLMLWMENM
IRQIETQEKPRDVSSVECLIKYHQELKAEIEARNVTYTACVDLGNTLLARNHPASEEIKE
NLVQLDDRRQEMMEKWHKRWDWLNVLLEVCQFARDASMAESWLISKEPYLYSTFVGNSID
DVEKLIRKHESFEKSTLTWEERFSALERLTTLELLEIRKYQEAKRQEMLMAAESEMKEST
QMETQFQTQKERVHEEKAIIHSIPEIPMLEEPKPRLPSITEVTEETKEKEEEMMIIQEEY
TLTEPMEQTEYSILDPETRKTEEPTLPTDFGSSGYIQHQGYLNRKHDLDGTLKKAANRSW
NNVYCVLKNHDLYFYKDAKGFAMNESFQGEGPLPLRQASCEIVADYKKKKHVFKFRLGDG
NEWLFQGKDEADLQEWVHNLTTSITEATDYKSKSKSLPLPSTSAPEGKQEKKRFTFFSSK
K
NT seq 7026 nt   +upstreamnt  +downstreamnt
atgcagaccaccgactttgataatctggaaattgagcagcagtactgcaccatcaactcc
cgctgggaaacggcagaggatgaccttgacaatgataacagttccgctcggatgtttgaa
agatctagaattaaagcccttgccgatgagcgtgaagctgtgcaaaagaaaacctttacc
aaatgggtcaactcccatcttgcttttgtaagttgtcggatttctgatctctacttggat
ctgagggatggaaggatgttaataaaactactggaggtgctatcaggtgaacagctgcca
agaagaacaaaaggaagaatgcgtatccattgcttagaaaatgtggacaaagctctccat
tttctaaaggagcaaagagtccatcttgaaaatattggcccccatgatattgtcaatggc
aatcaccgattaatattgggcttgatatggaccatcatattacgtttccagatccaagat
attataattgagatgaagggcagtgaaactcgttctgcaaaagatgctttactgttatgg
tgccagatgaagacagcaggatatccaaatgttaatgtgactaatttcacatcatgttgg
agggatggtctggcatttaatgctctaatccacaaacacaggcctgatttgcttgatttt
gaaagaatgaaaaaatccaacccaaagcacaaccttgagcaagcctttaatgtggctgat
cggaaactgggaataactcagctccttgatccagaagatgttcttactgaaaacccagat
gaaaaatccataatcacctatgtagttgcattttatcattatttttcaaagatgaaagcc
ttggctgttgaaggaaaaagaattggcaaggtgttggataatgctattgaaacggataaa
atgattcatgaatatgaaagccttacatcagatttgttgacatggattgaacaaaccatc
ttagcccttataaatcgaacatttgcaaactctttaactggggtccaacagcaactccag
gcattcagcgcatatagaactacagaaaaaccacctaaatttcaagaaaagggttattta
gaggtgctcttattcaccattcagtctaggatgagagagaacaaacagaaagtatatgtc
cctcaagatgggaagcttgtatctgacatcaaccgggcatggggtcgccttgaaaaagcc
gagcatgaccgcgagacagcactgagaaatgaacttattcgacaagaaaagcttgagcaa
ctggcaaagaggtttgatcgcaaggctgcaatgcgagaaacttggatcgcggaaaaccag
cacctaattgcacaggataactttggttttgatttgccctctgtggaagccgccaagaag
aaacatgaagctattgagacggacatctatgcttatgaagaacgtattcaagcaatagta
aatgtagcgaaggaattagagaatgaacgataccatgatatcaggcgtatcagtgccaga
aaggacaacattgtgcgcctgtggcagtatttactggagatactgaatgctaggcgcaat
agacttaacatgactcttgagctgcaaactctgtttcaagagatgttgcacattgtaaac
tggatggatgaaataaaggtaggccttttatccggagactatgggaaacatctccttgag
gtggaatatttactgcagaaacacaacttgatagaagctgatattgctgctcaagcggat
aaagtgaaatcattcggccagactgctctgaagtttgtaggtggagaggggtatcagcca
tgtgatccacaggtgattaaagatcgagtgcagcaccttgaactatgttatcaggaactg
gtgtcactggcagcacagagaaaacacaatctgcagcaatcacggtgtatgtggaagttt
ttcggagacattgaagaggtggcaagatggataagagagaaagaacaaatctatacttca
atggacttcggaaaagacctaaccagcatctccattcttaaaaggaaacacagagctttt
gaggatgaactccgaggtcttgaatctaatttgcagcaaactcttaaagatggagaaaac
atgattgccaataaacattatgcctcaccaaaaatcaaagaacaaattgaaaaaatcaat
cttcagtgggctcagctgaaggatttggcagccttccgtttgaaaattcttagcgacacc
gagaacttctttcagttccaggttgatgctgatgatctagctgcaaggatgcaggatacg
tatcgtatgatgcaaactgatgatgttggtcacgatgaatattcaaccaaaatattagtg
aaaaagcaaaaggatctcttagatgacataatgctcaacagaaaggcgttggaaggtctc
agtgaggttgttcaacaattcccagatgagttcaagacatcacctgagattgacagtcga
ctgcaaaaactaagagctctgttttctgatttagcatccctagcagacctgcgttcccaa
aaacttcaagatgctctctccttttataccattctcggtgacatagatgcatgtgagatg
tggatgaatgagaaggagaaatggctggaaaacatggaggttccagaatcactagaggac
atgggagttgttcagcacagatttaatactttagatcaagaaatgggtaatctgggttcc
caaattcaggatgtgaacacagcggccaatactcttattgaaagtggacaccccagtagg
aagcaagtaaagcatgatctggatcacatgaataccagatggaccgtgtttcaagagatg
gtttcacaaaagcgaagagcagttgattctgcccttggccttcataattatggtgtggaa
tgtgatgagaccatgaattggataaattcaaaaattaaggtggtagaatctattcaagat
cttggaagtgatcttgcttctgtgatgtcaattcaaagaaaactctatggcattgaaaga
gatctagccgctattgaggctaaactcataaatctgcaaggagatgcacaaaaacttgca
aatgatcaccctgaccaagcccaagacatccttgatcgactgattgatataaataagaaa
tgggaagaattacagaaggcactgcaagatcaagaggagtccttaggagagagtagcaag
gtgcaaaaattcttggtggacttgtttgattttgaaacatggctttacagagcccaacag
gcaacagcttcagaagatatacccacttcactgccagaggctgaaaagctatatactaac
cacctttctcttaaagatgatattcaacgtcatgagcctgatttctgtgatgttgtagat
acgggtaacaaggtgacctccggacaaacagatccccaatatgaacaacttgatcaaaga
gtcaaagagatacaagaaggctggaatgacctccacaagatgtggaacaacagagagaat
tccctttctcagtgcttggaattccagaagttcctaaaggatgcaaagcagtctgaagct
attttgagtaatcaggaatacacacttacttatagcgaagttcccaccaccttagaagct
gccgaaaacagactaaaaaaacatgaggatttcctggctactatggaaaataatgaagag
aagattgccggaaccataaatcatggaaagaaattagatgaagttaaaaatgtttttgct
gacaaagctttggccaagatttccactattgaagaaagatatgccaagaacttgaacaag
gccaaggatgtttccattctactaaaggataactgtgacctccagaatttcctagaaaac
tgtgaagagctcaatatatggatcaatgaaaaaatgttgactgctaaagacacatcatat
gatggagcccgaaacttgcacagccagtggctcaagcaccaggcttttaaggcagaactt
gattccaacaaagagaggctcgagaatcttgacaaggaaggaaaacaactggtacaggag
aaagaacagtttgcaccaattgtttctgagaagctgagtaacttgcacaggctctgggat
gagttggaaaccacaaccctcaaaaaagaacagtccctttttgatgcccaccgcacagag
ctacatgaacaaagatattcagacctaattaaatggataaaagatatggagcaacaagta
gagatatatgactatggaacagaccttacaagtgttaatattcttttaaataagcacaaa
agaattgaggatcagattcaacaaaagacaattgaactggatgaagtactaccagaaact
tcagctttgggcaaagaacccgatgagaaggagcaggatattaaaatgcgtttccagcaa
ctacagccagtactgcacgagagaaagaggaaacttcattcttcaaagcaagtacatcaa
ctgcatcgggacttggaagatgaaattctctggattctagaaagattacgtcttgcagaa
tcacaggattatggaaataaccttcagacagtgcaaatgcttatgaagaaaaatcagact
ttacagagagagattgcaggtcatggtccaaggatagaggatgtacttacaagagctaag
gatatggagcaggatccagaaatagaccaccaacctattgaaagcaagagcaaatctttg
gaagagagttgggataacttacagaaacaaatagcagaaagagaaaaacacttgcttcag
gctctcgatgcacaccattattatatggatgcagccgaggcagaggcttggattgatgaa
caacagctttacatgattggagatgaacaaccaaaggatgaagaaagtgttgttgtaatg
ttgaagaaacatttgaatttacaacatgcagcggaacactatggaaagaatattaaggat
ctggcagaccaggcacaaagactccttgcattagaacatcctgatagtgaaaaaattact
cggcaccaaggcaatatagaaaagcagtacgctgcactgagggacatggctgatgagaaa
aggcagaagctggacaatatttatcacatgtttcagctgaggcgtgaatttgaagatctg
gaacaatggattgcagaaagagatgtgaaggcttcatcccaggaaatgggacaagatttg
gaccatgtgacgatcctgagagacaaatttcgtgactttgcaagagagacaggagccatt
gggcaggagcgtattgataatgtcaatattttaattgaacaactgattgatgctggccat
gcagatgcagctatgattgcagaatggaaagacaacttgaatgagagctgggcagacctg
ctggaacttattgatacgcgtgtacagctcctgtctgcatcctatgaactccataaattc
ttctatgatggcacagaaatcctaagcatgatagaggagaagtacaaggagttgccagaa
gatttgggagcagatgttcacacagcacaatcacttcatcgagtgcacactgcctttgaa
agagatattcatcttattgggagccaggtccaacacttccaagacacggcgacacgttta
cacgccgcctatgcaggaacccaagctatggatatacagaaaaaggagaaagaagtggtc
gaagcctggaaaggccttctggatgcctgtgatgggcgtcgtacagagttggttagcgct
gcagagaaatttaggtttttcagcatggtgcgggatttgatgctttggatggagaatatg
attagacagattgagacacaagaaaaaccaagagatgtatcatctgttgagtgcctgata
aaataccaccaagaactgaaagcagaaattgaagctagaaatgttacgtatacagcatgt
gtggacttgggaaacactctcttagctcgtaaccacccagcttccgaggagataaaagaa
aacttggtgcagctagatgacaggagacaggagatgatggagaagtggcacaagcgctgg
gattggcttaatgttttgttagaagtttgccagtttgcaagagacgcctccatggctgaa
tcctggttaatatcaaaggaaccatacttgtacagtacatttgtaggaaacagcattgat
gatgtggaaaagttaattagaaagcatgaatcctttgagaaatccactttaacgtgggaa
gagagattttctgcactggaaaggcttacaacgctggaactattggaaataaggaaatac
caggaagctaaaagacaagaaatgttaatggctgctgaatcagaaatgaaagaatcaacc
cagatggaaacacaattccaaacacaaaaagagagagtacatgaagaaaaagccatcatc
cattcaatccctgaaattccaatgttagaggagcccaaaccaagattgccgagtataaca
gaagtaactgaagagactaaggaaaaagaagaggagatgatgatcattcaggaagagtac
acacttaccgaacccatggaacagacagaatatagcattttagacccagaaaccagaaaa
acagaagaaccaactctaccaacagactttggtagctctggctatattcagcaccagggt
tacttaaacaggaaacatgaccttgatgggacacttaaaaaagcagcaaacaggtcctgg
aacaatgtctactgtgtacttaagaatcatgatttgtatttttacaaggatgccaaaggc
tttgctatgaatgaatctttccaaggtgaagggcctttgcctttacgtcaagcaagctgt
gaaatagtggcagattataaaaagaaaaagcatgtctttaagtttcgacttggtgatgga
aatgaatggctatttcaagggaaagatgaggctgatcttcaagagtgggttcacaatctt
acaacatccattacagaggcaacagattataaatcaaagtcaaaaagtcttcctctgccc
tccacctctgcacctgaaggaaaacaagaaaagaaacgatttacatttttctcctcaaaa
aaataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (4)   
   UniProt (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (78)   

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