KEGG   Oreochromis niloticus (Nile tilapia): 100692350
Entry
100692350         CDS       T06104                                 
Name
(RefSeq) spectrin beta chain, non-erythrocytic 1 isoform X4
  KO
K23932  spectrin beta, non-erythrocytic 2
Organism
onl  Oreochromis niloticus (Nile tilapia)
Pathway
onl04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:onl00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100692350
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:onl04812]
    100692350
Cytoskeleton proteins [BR:onl04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     100692350
  Intermediate filaments
   Intermediate filament-binding proteins
    100692350
SSDB
Motif
Pfam: Spectrin CH PH_9 PH PH_11
Other DBs
NCBI-GeneID: 100692350
NCBI-ProteinID: XP_013127780
Ensembl: ENSONIG00000005298
Position
LG10:complement(11955177..12012012)
AA seq 2352 aa
MSTISPTDFDSLEIQQQYNDINNRWDLAAETDWDNENSSARLFERSRIKALADEREAVQK
KTFTKWVNSHLGRVTCRIGDLYTDLRDGRMLIRLLEVLSGEQLPKPTKGRMRIHCLENVD
KALQFLKEQKVHLENMGSHDIVDGNHRLTLGLIWTIILRFQIQDISVETEDNKEKKSAKD
ALLLWCQMKTAGYPNVNIHNFTTSWRDGLAFNAIVHKHRPDLIEFDNLKRSNAHYNLQNA
FNVAEKELGLTKLLDPEDVNVDQPDEKSIITYVATYYHYFSKMKALAVEGKRIGKVLDYA
IEADQLIEKYETLASELLQWIEQTIVTLNDRQLANSLSAVQNQLQAFNSYRTVEKPPKFT
EKGNLEVLLFTIQSKMRANNQKVYMPREGKLISDINKAWERLEKAEHERELALRNELIRQ
EKLEMLAARFDRKAAMRETWLSENQRLVSQDNFGTDLGAVEAATRKHEAIETDIGAYWER
VAAVESVAKELEAEGYHDVRRILARRDNVLRLWEYLKELLAARRERLNAHRDLQRLFQEM
RYIMDWMADEKGRLQSQDSGKHLHDVLDLLQKHNLVEADISAQAERIKAVQGAANRFTSH
EQAYKPCEPGLVSEKVELLGQAYEELGQLAANRRERLEDSRRLWQFLWDLGEEAAWIREQ
EQILASGDCGRDLTSALHLLSKHEAFRDEMAARYGPLSNSIAAGEDLVKEGHFGASEVTE
RIQDIRAQWAHLEETTKQREQSLKEAVALHQFQTDANDMEAWIMETLRQVSSQEVGHDEF
STQTLARKQREIEEEIQSHHPLIDSLHEQVQALPQAYVHYPEVDGRLPAIEQRYEELETL
SAARRQALEGALALYRMFSEAGACQLWVEEKEQWLDSMEIPTKLEDLEVVQQRFETLEPE
MNNLGTRVTDVNQVAEQLLNSDSCNKDQIHQTTDQLNNRWKEFQQLAGQKKQDLESALNI
QNYHLECNEIQTWMKEKTKVIESTQSLGNDLAGVMALQRKLTGMERDLEAIQGKLDDLRN
EAEKLAKEHPDQAGEIQGRLAEIQEVWEELNATMKRREESLGEASKLQGFLRDLDDFQSW
LSRTQTAVASEDIPTSLPEAESLLAQHESIKNEVDNYKEDYEKMRAVGEEVTQGQTDAQH
MFLAQRLQALDTGWHELRRMWENRHSLLAQAFDFQTFLRDAKQAEAFLNSQEYVLSHTEM
PTSLQAAEEAIKKHEDFLTTTEASEEKITGVVEAGRRLINDSNANSDKIQEKVDSIQERH
LKNKEAANELLTKLKDNRELQHFLQDGQELTLWINEKMLTAQDMSYDEARNLHSKWQKHQ
AFMAELASNKDWLDKIDKEGQALVAEKPELKPVVQQTLEDLQRQWEELESTTRTKAQCLF
DANRAELFTQSCSALDVWLKNLEGQLQSDDYGKDLTSVNILLKKHQMLEHQMEVREKEVQ
ALKSQALALSQEDAGLAEIDGQQRRVTDSFASLQDPLNLRRQQLLASKEAHQFNRDLEDE
ILWVTERMPLATSTDHGKDLPTVQLLIKKNQTLQKEIQGHQPRIDDIHRRGKTQTQVDGE
RQSVLEDRLVELQSLWDQLIAETDKRHDRLIEANRAQQFYADAAEAEAWMGEQELHMMSE
EKAKDEQSALVMVKKHQILEQALEDYAQTIHQLANSSRLMVNNEHPESERITLRQAQVDK
LYAGLKDLAEERRGRLQERLRLTQLKREVDDLEQWIAEREVVAGSHELGQDYEHVTMLRD
KFREFARDTSTIGQERVDGVNALADDLIESGHPENASVAEWKDGLNEAWADLLELIDTRT
QMLAASYELHRFHQDAMEVLGRVKEKREALPSELGRDLNTVQHLHRQHTAFEHDIQALSG
QVNQVQDDAARLQKAYAGEKADDIHRSEHAVTSAWEGLLEAGEARRLLLLDTVEKFRFFN
MVRDLMLWMDGVNLQIDAHDSPRDVSSAGLVIANHQDIRSEIDARTDSFTACIEMGNTLI
NKNHYASDEIREKLTQLQEKRDKINKKWQDKMDHLQIVLEVLQFGRDAYVAESWLAGQEP
LVRAAELGSNVDEVESLIKRHEAFEKLATAWEERFVQLEKLTTLEEQEIQRRREEEERAR
RPPTPPPVEVPQSETESQPHDSAARTSLDQTTLNQSVSVNGVHSDNDTSQGSESESVNGP
GRDSGLASSRVDPSATLPSRGAADSEPETMEGMLCRKQEMESHSKKAASRSWQNVYCVLR
KGSIGFYKDGKSASNGIPYHGEVPISLGEAVCEIAHDYKKRKHVFKLRLGDGKEYLFQAK
DEAEMSSWIQSILSAIPKGSGDSPGAQRPLSRAMTMPPISPSSGEAGGVTMRNKDGKDKD
REKRFSFFGKKK
NT seq 7059 nt   +upstreamnt  +downstreamnt
atgagcacaatctcgccaacagacttcgacagcttggagatccagcagcagtacaatgac
atcaacaatcgctgggacctggcagcagagactgactgggacaatgagaacagttcggca
cgtctctttgaacggtctcgtattaaggccctcgcagatgagcgtgaagcagtacagaag
aaaacctttaccaaatgggtaaattctcacttaggccgagtaacctgtcgcattggtgac
ttgtacaccgacctacgggatgggcgcatgctaatccgccttctggaagtgctctcagga
gaacagctgccaaaacctactaagggccgcatgcgtatccactgccttgaaaatgttgac
aaagccctacagtttcttaaggagcaaaaagtccatctggaaaatatgggctcacatgac
attgtggatgggaatcaccgtctcaccctgggtctcatctggaccatcatccttcgcttc
cagattcaagacatcagtgtggaaactgaggacaacaaggagaagaaatcagctaaagat
gccctgctgctttggtgccaaatgaaaactgctggatacccaaatgtcaacatccacaac
ttcactaccagttggagagatggtctagcgttcaatgccatcgtgcacaaacacagaccc
gacctgattgagtttgacaacctgaagaggtccaacgctcactacaatctccaaaatgct
ttcaatgtggctgagaaggaactggggcttaccaagctgctggacccagaagatgtcaat
gtggatcagcctgatgaaaagtctataattacctatgtggcaacttactatcattacttc
tccaagatgaaagccctggcagtggagggcaaaagaattggcaaggtgcttgactatgct
attgaggccgaccagctgatagagaagtatgagaccctggcctctgagctgctgcagtgg
atcgagcagaccatagtgacactcaatgatcggcagctggctaactctctgagtgctgta
cagaaccagctccaagcttttaactcctacaggactgtggagaaacctcccaaatttaca
gagaaaggaaacttggaggttcttctttttactatccaaagcaagatgagagcaaacaat
cagaaggtttacatgccaagagagggaaaactcatttctgacatcaataaggcatgggaa
cgactggaaaaggcagaacatgaacgtgagctggcactgagaaatgagttgattcgccag
gagaaactggagatgctcgctgctcgctttgacaggaaagccgctatgcgggagacatgg
ctgagtgagaaccagagactggtgtctcaggataattttggaactgacctgggagcagtg
gaagctgccacccgtaaacacgaggcaattgagacagacatcggggcatactgggagcgt
gtggccgcagtggagtctgtcgccaaagagctggaggcagagggatatcatgatgtgcgg
cgcatactcgcacgaagggataatgtgcttcgactctgggaatacttgaaagagcttctg
gctgcacgcagagagcgtctgaatgcccaccgtgacctacagaggctgtttcaggagatg
cgttacatcatggactggatggcagatgagaagggtcgtctgcagtctcaggacagcgga
aaacatttgcatgatgtgttagacctactgcaaaagcacaatctggtagaggctgatatt
tctgctcaggcagagaggatcaaggcagtgcaaggagctgcgaaccgcttcacttcccac
gagcaggcctataaaccttgtgagcctggactagttagtgagaaggtcgagctgctgggt
caagcctatgaagaacttggtcagcttgctgcgaatcgcagagagcgcctagaggactca
cggcgtctgtggcagttcctgtgggatctcggagaggaggcagcctggatccgagagcag
gaacagatcctggctagtggagattgtggccgtgaccttacttctgcccttcacctactc
agtaaacatgaggctttcagggatgagatggcagcccggtatggccccctgagtaacagc
attgctgctggagaagatttggttaaagaagggcattttggagcttccgaagtaactgag
aggattcaagacatccgtgcacagtgggcccatctggaggagacaactaagcaaagagag
cagagccttaaggaagccgtggccctgcatcagtttcagacggatgccaatgacatggag
gcatggatcatggagacacttagacaggtatccagtcaggaggtgggccacgatgagttc
tctacccaaactctagctcgcaagcagagggagatagaagaggagatccagagtcaccac
cccctaatcgactccctgcacgagcaggtccaagcactgccacaggcctatgtacattac
cctgaagtagatggtcgtctgcctgctattgaacaacgttatgaagaactggagaccctg
tcagcagctcgacgccaggctctggaaggtgccctggccctctaccgcatgttcagtgaa
gctggtgcctgtcagctctgggtggaggaaaaggaacagtggttagatagcatggagatc
cctacaaagctggaggacttggaggtcgtacagcaaagatttgagacactggaacctgag
atgaacaacctaggaacccgtgtcactgatgtgaaccaagtggcagagcagctgctgaac
tcagacagctgtaacaaagaccaaatccaccagacaacagaccaactaaacaacagatgg
aaggagtttcagcaactggctggacaaaagaaacaagatcttgagtcggctctcaacatc
cagaactatcacctcgagtgtaatgagatccagacttggatgaaggaaaagaccaaagtt
attgaatctactcagagtcttggcaatgacttggcgggagtgatggcactacaacgcaaa
ctcactggcatggagagggaccttgaggctatccagggaaaattagatgacttgagaaat
gaggcagaaaagttggccaaggaacatccagatcaagcaggagagatccaaggacgcttg
gcagagattcaagaggtgtgggaggaattgaacgccaccatgaagcgacgggaagagtca
ctgggagaagctagcaagctacagggtttcctcagggatttggatgacttccagtcctgg
ctgtcccgcacccagacagccgtggcctcagaggacattcccacttctctgcctgaggct
gagagtttgctagcccagcatgaaagcatcaagaacgaggtggataactataaggaggac
tatgaaaagatgcgtgcggttggtgaggaggtcacccaaggtcagacagatgcccagcac
atgtttttggcccagaggctccaggcattggacactggctggcatgagttgcggcgcatg
tgggagaatcggcacagcctgttggcccaagccttcgatttccagactttcctgagagat
gcaaagcaggcagaggcattccttaacagccaggagtacgtgctgtcccacacagagatg
cccaccagtcttcaggcagcagaggaggccattaagaagcatgaggatttcctcaccacc
acagaggccagtgaagagaaaataactggtgtggtggaagctggaaggcgcctcattaat
gactctaatgcaaactctgataagatccaggaaaaagttgattcaatccaggaaagacat
cttaagaataaagaggctgcaaatgagctgctgaccaagcttaaggataaccgggaactt
cagcacttcctccaagatggacaagagctcaccttgtggataaatgagaagatgctgacg
gctcaggacatgtcttatgatgaggctagaaatcttcacagcaagtggcagaaacaccag
gcattcatggcagagctggcctccaacaaagactggctcgacaaaattgataaggagggt
caggcactggttgctgagaagcctgagctgaaacctgttgtccagcagaccctggaggac
ctgcagcgtcagtgggaggagctggaaagcacaactcgcacgaaggctcagtgcttattt
gatgctaacagagcagagctcttcacacagagctgttccgctctagatgtttggctgaaa
aaccttgaaggtcagctgcaaagtgatgactatggaaaagatctgaccagcgtgaacatc
ctcctcaagaagcaccagatgctggagcatcaaatggaggtcagagagaaggaggtgcag
gccctgaagtctcaggctctggctctatcccaggaagatgccggactggctgagatagat
ggtcagcaaaggcgtgtcactgatagctttgccagcctccaggacccactcaacctcagg
agacagcagctgctcgcttccaaagaagcacatcagttcaacagagacctggaggatgaa
attctgtgggtgacagaaaggatgccgctagcaacctccacagaccatggaaaagacttg
cccactgtacagctgctaatcaagaagaaccagactttgcagaaggagatccaaggccat
cagcctcgcatcgatgacatccacagacgaggcaagactcagacccaggtagatggtgaa
cgccagtctgttctggaggatcgcctagttgaactgcagagcctttgggaccagttgatc
gctgagacagacaagcgccatgaccgtctaatagaggctaatcgtgcccagcagttctat
gccgatgctgcggaggcagaggcctggatgggagagcaagagttgcacatgatgtcggaa
gaaaaagccaaggatgagcaaagtgctctagtgatggtcaagaagcaccagattcttgag
caggcgcttgaagactacgcccaaaccatccaccaactggccaacagcagtcgtctcatg
gtcaacaatgaacacccagagagcgaaagaatcaccttacgacaagcccaagttgacaag
ctgtacgcaggtctgaaggaccttgctgaggagcgtcggggacggcttcaggagaggctg
aggctgacccagctgaagcgggaggtggatgacctggaacagtggattgcagagagagag
gtggttgctggctcccatgaactaggacaggactatgaacatgtcacaatgctgagggac
aagttccgggagtttgctcgtgacaccagcactatcggccaagagcgtgtggatggtgta
aatgcgctggcagatgatctgattgagtcgggtcatcctgagaatgccagtgttgctgaa
tggaaagacggtttaaacgaggcctgggctgacctgctggagctgattgacacacgcacg
caaatgttggcagcctcttatgagctgcaccgcttccatcaagatgccatggaggtgctt
ggacgtgttaaggagaagagggaagcactgccttctgaacttggccgtgaccttaacact
gtccagcatctgcacagacagcacaccgcttttgaacatgacatccaggccctcagcgga
caggtgaatcaagtgcaggacgatgctgcacgtctgcagaaggcctacgctggtgagaaa
gcagatgacattcacagaagcgaacatgctgtgacttctgcctgggagggcctgctcgag
gctggtgaggctcgcaggctcctcctgctggacaccgtggagaaattccgcttcttcaac
atggtgcgagacctcatgctctggatggatggtgtgaacctgcagattgatgcacatgac
agcccaagggatgtatcttctgcagggttggtaattgccaatcatcaagacatcagatca
gagattgatgctaggacagacagcttcactgcttgtattgagatgggaaatactttgatc
aacaaaaaccactatgcatctgatgagatccgagaaaaactgactcaactccaggaaaaa
agagataagatcaacaaaaaatggcaagacaagatggaccatttacaaattgtgctggag
gtgttgcagttcggacgtgatgcttatgtggcagagtcgtggttggctggacaagaacct
ctggtgcgcgcagcagagttgggctcaaatgtggatgaagtagagagcctaattaagcgc
catgaagcctttgagaaactcgccacggcttgggaagagcgcttcgtgcagctggagaag
ctcactacacttgaagagcaagaaattcagaggaggcgggaggaagaggagagagcgagg
cgacctcctactcctccaccagtagaagtgccacagtctgagacagaaagtcaaccacat
gattctgcagccagaaccagtctggaccagaccactctcaatcagtccgtgtcagtgaac
ggagtacacagcgacaatgacacatcacaaggctcagagtctgagtcggtgaacggaccg
ggcagagacagcggactggcatcgtctcgcgtcgatccgtctgccactttaccgagcaga
ggcgcggcagactcggagccagagaccatggaggggatgctctgtcgaaaacaggagatg
gagtctcacagcaaaaaggcagctagcaggtcctggcagaatgtgtattgtgtcctacga
aaaggaagtattggtttctataaagacggcaagagtgctagcaacggcattccataccac
ggagaagttcccatcagcttgggagaggctgtgtgtgaaatagcccatgactataagaag
aggaaacatgtattcaagctcaggttaggggatgggaaagagtacctgttccaagcaaag
gatgaggcggagatgagctcgtggattcagtccatccttagcgccattccaaaaggatcg
ggagactcgcctggagctcaacggcccctcagccgtgccatgacgatgcctcccatctcg
cccagctcaggtgaagctggaggcgttaccatgcgcaacaaggatgggaaagacaaggat
cgcgagaagaggttcagcttcttcggcaagaagaaataa

  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)   
   Ensembl (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (11)   
   RefSeq(nuc) (7)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (31)   

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