KEGG   Sinocyclocheilus grahami (golden-line barbel): 107596124
Entry
107596124         CDS       T04918                                 
Name
(RefSeq) spectrin beta chain, non-erythrocytic 1-like isoform X1
  KO
K23932  spectrin beta, non-erythrocytic 2
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    107596124
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:sgh04812]
    107596124
Cytoskeleton proteins [BR:sgh04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     107596124
  Intermediate filaments
   Intermediate filament-binding proteins
    107596124
SSDB
Motif
Pfam: Spectrin CH PH_9 PH PH_11
Other DBs
NCBI-GeneID: 107596124
NCBI-ProteinID: XP_016142247
Position
Unknown
AA seq 2402 aa
MSTISPTDFDSVEIQQQYNDINNRWDIAAEKEWDNENSSARLFERSRIKALADEREAVQK
KTFTKWVNSHLGRVTCRIGDLYTDLRDGRMLIRLLEVLSGEQLPKPTKGRMRIHCLENVD
KALQFLKEQKVHLENMGSHDIVDGNHRLTLGLIWTIILRFQIQDISVETEDNKEKKSAKD
ALLLWCQMKTAGYPNVNVHNFTTSWRDGLAFNAIVHKHRSDLIDFDNLKRSNAHYNLQNA
FNVAEKELGLTKLLDPEDVNVDQPDEKSIITYVATYYHYFSKMKALAVEGKRIGKVLDYA
IEADQLIEKYETLASELLQWIEQTIVTLNDRQLANSLSAVQNQLQAFNTYRTVEKPPKFT
EKGNLEVLLFTIQSKMRANNQKVYMPREGKLISDINKAWERLEKAEHERELALRNELIRQ
EKLEMLAARFDRKAAMRETWLSENQRLVSQDNFGVDLGAVEAATRKHEAIETDIQAYGER
VATVEAVARELEAEGYHEVRRILARRDNVLRLWEYLKELLAARRERLNAHRDLQRLLQEM
SYIMDWMEDMKSRLQSQDSGKHLHDVEDLLQKHTLVEADISAQAERVKAVQAAAKRFTSN
EQSYKPCDPTLVEEKVDLLGRAYGELSQLAADRRVRLDDSRRLWQFLWELGEEAAWIREQ
EQILSGGDYGKDLSSALHLLSKHEAFRDEMAARYGPLGNSIAGGEALVKEGHYGAPEVTE
RIKDVRAQWSHLEEASQLREQGLIESVAFHQFQTDGNDMEAWILETLRLVSSQEVGHDEF
STQTLARKQREVEEEIQSHRSLIDSLHEQASTLPEAYAQSPQVEGRLPAIEQRYEELEGL
SSSWRQALDGALALYRMFSEASACQQWVGEKEQWLHNMEIPTKLEDLEVVQQRFETLEPE
MNTLGARISDVNQVAQQLLGSDNRNKEQIDQTQNQLNKRWSDFQSLSDQRKQALESALNI
QNYHLECNEIKSWMKEKTKVIESTQSLGNDLAGVMALQRKLTGMERDLEAIQGKLDDLRC
EAEKLVSEHPKQQEEIKGRLAEIQEVWEELRATMKRREESLGEASKLQGFLRDLDGFQAW
LSRTQTTVASEDTPTSLAEAECLLAQHEAIKNEVDNYREDYEKMRATGVEVTQGQTDAQH
MFLAQRLQALDTGWHELRRMWESRHCVLAQAFDFQTLLRDAKQAEGFLNSQEYVLSHTEM
PSSLQGAVEAIKKHEDFLTTMEANEEKINGVVESGRRLISDGNTNADKIQEKTDSIQERH
QKNKQAASELLAKLKDNRELQHFLQDGQELTLWINEKMLTAQDMSYDEARNLHSKWQKHQ
AFMAELASNKDWLDKIDKEGQVLVKEKPELEQTVSETMSSLQKQWEELESTTQAKAQCLF
DANRTELFTQSCSALDSWLQNISSKLQSDDFGKDLTSVNILLKKHQMLDHQMEVREKEVQ
SLQSQALALAQEDSGIMEVDGQQRRVTDSFSKLQDPLRQRRQRLLASKEAHQFNRDLEDE
ILWVKERMPLATSTDHGKDLPSVQLLIKKNQTLQKEIQGHQPRIDDIQAHGRTMSPGKDS
EMDRERRAALDGRLEELRELWALLISETEKRNVRLEAANRAQQFYTDAAEAEAWMGEQEL
HMMSEEKAKDEQSALVMVKKHQILEQALEDYAQTIHQLANSSRLMVNSEHPESERITLRQ
AQVDKLYAGLKDLAEERRGKLQERLRLTQLKREVDDLEQWIAEREVVAGSHELGQDYEHV
TMLRDKFREFARDTSNIGQERVDAVNAQADELIESGHPENASVAEWKDGLNEAWADLLEL
IDTRTQMLAASYELHRFHQDAREALGLIREKKETLAGAELGRDLNTVQHLLRQHTAYEHD
VQALSGQVTQVQDDAARLQKAYAGEKADDIHRHERAVTEAWEGLQSATQARRLLLLDTVE
KFRYLNMARDLMLWMEGINLQIQSHDSPRDVSSAGLVIANHQDIKSEIETRADSFTACSE
MGHTLTNNNHYASDEIQEKLDQLLAKRTEINQKWQEKMDHLQIVLEVLQFSRDASMAESW
LAGQEPLVRAAELGSNVDEVECLIKRHEAFEKLAAGWEDRFTQLEKLTTLEEQEIQRRRE
EEERARRPPTPPPMEEVVQSEMNDSAARTSLDQTTLNQSVSVNGVYSDQDTSQSLSVSVS
ELKKPEPKPESNPQSNPVSKLVPKPHKAQERFRRILLYSKGSESESVNGPGRDSGLDSAS
HQDPSATLPGRGGADATTEAMEGILCRKQEMESHNKKAATRSWQNVYCVLRKSSLGFYKD
NKSAANGIPYHGEVPISLSEAVCEVAHDYKKRKYVFKLRLGDGKEFLFQAKDEAEMSSWI
QAILSSLSSTERSPGATRGLSRAMTMPPMSPSSGEAGGVTMRNKDGKERDREKRFSFFGK
KK
NT seq 7209 nt   +upstreamnt  +downstreamnt
atgagcaccatctcaccgactgattttgacagcgtcgagatccagcagcagtacaacgac
atcaacaaccgctgggacatcgcagctgaaaaagagtgggataatgaaaacagttctgca
cgtctgtttgagcgttcccgcattaaagctctcgcagatgagagagaagcggtgcagaag
aagaccttcactaaatgggtgaactctcacctgggccgcgtgacctgcaggattggtgac
ctctacactgacctccgcgatggacgtatgcttatccgactgctggaggtcctctctggg
gaacaactgccaaagcccaccaagggccgtatgcgcatccactgtctggagaacgttgac
aaggctctgcaattcttgaaggaacaaaaggttcatctggagaatatgggttctcatgac
attgttgatggaaaccaccgcctcacacttggactcatttggaccataattctccgtttc
cagatccaagacattagcgttgagacagaggacaacaaggagaagaaatcagccaaagat
gctctgctgctgtggtgtcagatgaagactgcagggtacccaaatgtcaatgtccacaac
tttaccaccagctggagagatggtctagcgttcaatgccatagtgcacaaacacaggtca
gacttgattgactttgataatctcaagcgctctaatgcccactataacctgcagaatgcc
tttaatgtggcagagaaggagctgggtcttaccaagctactggatccagaggatgtgaat
gttgatcagcctgatgagaagtccatcatcacatatgtggctacatactaccactacttc
agcaagatgaaggcgcttgccgtagagggcaagagaatcggcaaggtgctggactatgcc
atcgaagcagatcagctgattgagaaatacgagactctggcctcagagctgctgcagtgg
attgaacaaaccattgttacccttaatgatcgtcagctcgctaactcgctcagtgcggtt
cagaaccagctacaggccttcaatacataccgcactgtggagaaaccacctaaattcact
gaaaagggaaatttggaggttttgctcttcaccattcagagtaaaatgagagcaaacaat
cagaaagtctacatgccaagagagggaaaactcatctctgatatcaacaaggcatgggag
aggctggagaaagcggaacacgagagggagttggcactgagaaatgagctgattcgtcag
gagaagctggagatgttggctgcacgttttgaccgcaaagcagccatgagagaaacctgg
ctcagcgaaaaccagcggctggtctcacaggacaattttggtgttgacctgggtgctgtg
gaagcagccactcgcaaacacgaggccatcgagaccgacatccaggcgtacggtgagcgc
gtagcaaccgtagaagctgttgctcgagaactggaggcagagggatatcatgaagtgcgc
cgcatactggcacggagggataacgtccttagactgtgggagtatctgaaggaactactt
gcagcacggcgagagaggctgaatgcacacagagacctgcagcgccttctacaggagatg
agctacatcatggactggatggaagacatgaagagtcgtctgcaatctcaggacagtgga
aaacaccttcatgatgtggaggacttgctgcaaaaacacacacttgtggaagctgatata
tccgcacaggccgagcgagtcaaagccgttcaggctgctgcgaagagatttacttcaaat
gaacagagttataagccatgtgaccccactctggttgaagagaaggtggatcttctgggc
cgagcgtatggagaactgagccagctggctgcggatcgacgagttcgactagatgactcg
cgaaggctgtggcagttcctatgggagctgggagaggaggccgcctggatcagagagcag
gagcagatcctttctggaggggactacggaaaggacttgagctccgctcttcacctcctg
tctaaacatgaggccttcagagatgagatggcagcccggtatggccctctggggaacagc
attgcaggcggagaggccctagtgaaggaaggccactatggggcacctgaggtgacagag
cgaatcaaggacgtgagagcacagtggtcgcacctggaggaggcctcacagttgcgtgag
caggggctgatagagtctgtagctttccatcagttccagacagacggcaacgacatggag
gcctggatactggaaacactaagactggtgtctagtcaagaagttggccacgatgagttt
tctacacagactctggccagaaagcagagagaggtggaggaggagattcaaagtcaccga
tcactcatcgactcactacatgaacaggcctcaacactgccggaagcatacgcacagtct
ccacaggtggagggccgtctcccagcaatagagcagcgctatgaagagttagaggggttg
tcgtcatcatggcgacaggccttagatggagcgcttgcgttgtatcgcatgtttagtgaa
gctagtgcctgccagcagtgggttggagagaaagaacagtggctgcacaacatggagatt
cccaccaaactagaggatctggaggtggtccagcaaaggtttgaaactctggagccagag
atgaacacactgggtgctcgcatttctgatgtcaatcaagtggctcaacagctgcttgga
tcagacaaccgcaacaaagagcagatcgaccagacacagaaccaactcaataagaggtgg
tctgatttccagagtctatctgaccagcgtaaacaagctctggaatcagcactgaatatc
cagaactatcatctagagtgtaatgagatcaagagctggatgaaggagaagaccaaggtc
atcgagtccacgcagagccttggaaatgacctggctggagtcatggccctgcagcgtaaa
ctcactggtatggaaagagacctggaggctatacagggtaagctggatgacctgcgttgt
gaggcagagaagttggtgtctgagcaccccaagcagcaggaggagatcaagggtcgattg
gctgaaatccaggaggtgtgggaggagcttcgagccaccatgaaacggcgcgaggagtcg
ttgggcgaagcctctaagcttcagggcttccttagagatcttgatggcttccaggcctgg
ctgtctcgtacacagaccactgtggcatccgaagacacgcctacatctctggcagaagca
gagtgtctgctggctcaacatgaggccataaagaatgaagtagataactacagggaagat
tatgagaagatgagagccactggagttgaggttactcaaggacagacggatgcccagcac
atgttcctagcccagcggctgcaagcattggacactggctggcatgagctgaggagaatg
tgggagagccgccactgtgtcctcgctcaggcctttgatttccaaaccttgctacgagat
gcaaaacaggcagagggcttcctcaatagccaggagtatgttctgtcacacacagagatg
ccctccagcctgcaaggggctgtggaggccatcaagaaacacgaggacttcctcaccacc
atggaggccaatgaagaaaagatcaatggtgtggtcgaatctggacgaagactcatatct
gatggcaacaccaatgcagacaagattcaggagaagacagactccattcaggaaaggcac
cagaagaacaaacaagctgccagtgagctgctagctaaactgaaggataacagagagctg
cagcacttcctacaggatggacaagagctgactttgtggataaatgagaaaatgttgaca
gctcaggacatgtcctatgatgaggctagaaacctccacagcaagtggcagaagcaccag
gccttcatggcagagctagcctccaataaagactggctggacaagattgacaaggagggt
caggtgttagtaaaggagaagcctgagctggagcagactgtatcagagactatgagcagc
ctgcagaagcagtgggaggagctagagagcaccactcaagccaaagctcagtgtctgttt
gatgctaaccgaactgaacttttcacgcagagctgctcagctctggactcctggctccag
aacatctcctctaaactccaaagtgatgacttcggaaaagatctcacaagtgtcaacatc
ctgctcaagaaacaccagatgctggatcatcagatggaggtgcgtgagaaagaggtccag
tctctgcagtcacaggctctggccttggcccaagaggattctgggataatggaggttgat
gggcagcagagacgggtgacagacagcttctctaaactgcaggaccctctaagacagcgg
aggcagcgtcttcttgcttcaaaagaggctcatcagttcaacagagaccttgaggatgaa
attttatgggtgaaggagaggatgcctctcgccacatccacagaccacggtaaagatctg
cccagtgtccagctgctcatcaaaaagaatcagactctgcaaaaggagattcagggccat
cagccccgtatagatgacatccaggctcatggtaggaccatgtcccctgggaaggattca
gagatggacagggagagaagagcggctcttgatgggcgtctggaggagctgagggaattg
tgggcccttttgatttctgagacggaaaagaggaatgtgaggctagaagcggctaaccga
gcgcagcagttttacacagatgctgcagaggctgaggcctggatgggagaacaagagctt
catatgatgtcagaggaaaaggcaaaggatgagcagagtgctttggtgatggtgaagaaa
caccagattctggagcaggctctagaggactacgctcaaaccatccatcagctggccaat
agcagcagacttatggtgaatagtgaacacccagagagtgaaagaattactctgaggcag
gcccaggtggataaactgtacgcagggttgaaggatctggcagaagagaggaggggcaaa
ctgcaggagagactgagactgacccagctgaagagagaggtagatgatttagagcagtgg
atcgccgaaagagaggttgtcgctgggtctcacgaactcggacaagactatgaacatgtg
acgatgttgcgtgacaagttccgagagtttgcgcgggacaccagcaacattggccaggag
cgtgtggatgcagtgaacgctcaggcagatgaacttattgagtctggtcatccagaaaac
gccagtgtggctgagtggaaggacgggctcaatgaggcctgggctgacctgctggagctc
attgacacgcgcacacagatgcttgccgcctcatacgagctgcaccgcttccaccaggac
gcacgggaagctttggggctcatacgggagaagaaggagacactagctggggccgaactc
ggacgggacttgaacactgtccagcacttgcttagacagcatacggcgtatgagcatgat
gtgcaggcactcagcgggcaggtcacacaggttcaggatgatgctgcacgtctgcagaaa
gcgtacgctggagagaaagctgatgatatccatcgccacgagcgtgcagtcacagaggcc
tgggaggggcttcagtctgccactcaagccagacggctgctcctactagacacagtggag
aagttcagatacttaaacatggccagagacctcatgctgtggatggaaggaatcaacttg
cagatccagtcacatgacagcccaagggatgtctcctcagctggtctggtcatcgccaac
catcaggatattaagtctgagatagagactagagcggacagctttactgcatgcagtgaa
atgggacacaccctcaccaacaacaaccactatgcttcagatgagattcaagagaaattg
gaccagcttctggccaaacgcactgaaattaatcagaagtggcaagagaaaatggaccac
ttacagatcgttctggaggtgttacagttcagcagggatgcatctatggccgagtcgtgg
ctggctggacaggagccactggtcagggcagcagaattgggctctaacgtagatgaagtt
gagtgtcttatcaaacgccacgaagcctttgaaaagctggcagcaggctgggaagatcgt
ttcacacagctagagaaactcaccacgctggaggaacaggaaattcaaagaagaagggaa
gaggaagagagggcccgacgaccacccacacctccccccatggaagaggtagtacagtct
gagatgaacgattctgctgcaaggacgagtctggaccagactacattgaaccagtcagta
tctgtcaatggtgtctacagtgaccaggacacatcacagtcattatcggtctctgtgtct
gaactcaagaaacctgaacctaaaccagagagtaatcctcagtctaacccagtttctaaa
cttgtgcctaaaccccacaaggcacaggagcgttttcgtcggattttgctttattccaag
ggatcagaatcagaatctgttaatgggccgggccgtgacagcggtctggactcagcatca
caccaagacccttcagcaacactgccagggcgaggaggagcagatgccaccacagaagcc
atggagggcatcctttgcaggaaacaggagatggaatcacacaacaaaaaagcagccacc
agatcgtggcagaatgtatattgcgttttacgtaaaagcagtctgggcttctataaggac
aacaagagtgccgcgaatggaatcccctaccacggagaggttcccatcagcctcagcgag
gctgtctgtgaggttgcccacgactacaagaagagaaaatatgtatttaaacttaggctt
ggggatggaaaagagtttttgttccaagcaaaggatgaggctgagatgagttcatggatt
caagcaatcctatcatccctgtcgtccaccgagcgttcgccgggtgccacacgaggtctg
agtcgggcgatgaccatgccacctatgtctcccagctcgggtgaggcaggaggcgtgacc
atgcgcaacaaagacggcaaagagagagaccgcgagaagcgtttcagtttctttggcaag
aagaaataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (5)   
   Pfam (5)   
All databases (29)   

Download RDF
DBGET integrated database retrieval system