KEGG   Loxodonta africana (African savanna elephant): 100657552
Entry
100657552         CDS       T04351                                 
Symbol
SPTA1
Name
(RefSeq) LOW QUALITY PROTEIN: spectrin alpha chain, erythrocytic 1
  KO
K27408  spectrin alpha, erythrocytic
Organism
lav  Loxodonta africana (African savanna elephant)
Brite
KEGG Orthology (KO) [BR:lav00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:lav04812]
    100657552 (SPTA1)
Cytoskeleton proteins [BR:lav04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     100657552 (SPTA1)
  Intermediate filaments
   Intermediate filament-binding proteins
    100657552 (SPTA1)
SSDB
Motif
Pfam: Spectrin EFhand_Ca_insen SH3_1 SH3_9 EF-hand_7 EF-hand_6 EF-hand_1 SH3_2 SH3_10 FAA_hydro_N_2 SH3_3
Other DBs
NCBI-GeneID: 100657552
NCBI-ProteinID: XP_010593161
Position
Unknown
AA seq 2408 aa
MESTGPKLLETAEEIQKRRQKVLTRYQKFKELVAERGQKLEESYYYQVFRRDADDLEKWI
LEKLKIAEEKSYEDPTNIQVKYQKHESFEAEVQAKSKVLPELEEIREERFPEGHFAHEDT
KAHLEELRRLWDLLKELAQEKGFLLLQVLQLQQYLQECADILEWIGEKEAIVTSVELGED
WERTEVLHKKFEEFQADLEVRKRKVDKVNQYANQCAEEKHPELPLIKSKQDEVNTAWDRI
YSLALQRQKALSDATDLQRFKRDVDEAITWIKEKEPLLTSEDYGKDLVNSEALFHSHKGL
ERNLAVMDDKVKELCAKADKLVVSHPSDAPQIQQMKEDLVSNWNHIRALATSRYEKLQTS
YGYHLFLSDYDELSGWMKEKTALISADELPADVAGGEALLDRHQQHKNEIDSYDHRFQLA
EETGKDLLDASHEASAEVKEKMTTLASSWTALLDLWDKRQHQYEQCLDLHMFYRDSEQVD
SWMSRQEAFLDNEELGHSLGSAEALLEKHDDFERAFTAQEQKITNLDKTATKLIDDNHYD
SEKIADIRDKLLNWRDALFERAATRRRVLEDSLLLQRLYQDLDDLKNWINKKKKLADDED
YKDTQNLKSRVQKQQVFEKELADNKILLNNIQKTGQKMIEDGHYASDEVAALVSEVVSLW
EELLEATAQKATQLYEASQQLQFENNAEDLKRWLTEVEQQVTSEDYGKDLADVQNLLRKH
GFLESNVAAHQDQADILTDLAEYFEKIDHPNAGDIRSRQESLVSRYEALKEPLATRRKKL
IDLLHLQQICRDTEDEEAWIEETEPSAASTYLGNNVIAAMNLLNRHQVILADIASHEPNI
QVITERGNKMVEEGHFASDDVASRVKHLNESMESLRTRAARRQSDLEANVQFQQYLADLR
EAEAWIREKEPIVNNTNYGADEEAAGALLKKHEAFLVDLKAFGNSMQALRDQAKDCEQKQ
AAPVEGAGPEARVMALYDFQARIPQEVTVKKNDVLTLLSSINKDWWKVEAGDRQGFVPAV
YVKKLAPDEFPKLPRRRREKPGSITQRQEKIENQYRSLLDRAEERRRHLLQCYKEFFLAY
EARDMLDWIRDKKAENTGVELEDVWELQKKFDEFQADLKTNEPRLREINKVADELLYERL
LTPEGAQIQQELNARWGSLQRLAEEQSQLLGSAHAVEMFHREADDTKEQIEQKCQALSAA
DPGKDLISVQALQRQHESFERDLKPLGEKVTNLGETAERLSESHPNATDDLQRQRRELNE
AWDDLLGRTKDRKENLDESQKLHVFLSKARELQNWISGIDDMVSSQELAEDLIGTEILLQ
RHQEQHADMKAEDPTFQALEDSGAELIDSRHRASVVIEKKLQDVRQERDDLEKAWEQRKK
MLEQCLKLQEFQGDCDQIESWMVARENFLRSEDKGSLDSLEALSKQRDDLDKAITDQEEK
ITDLKHFAKQLIDDDHYAKEAIAARLQQVLDRWNALKAQLIAEKTKLGDSADLKKFNSDF
EELEEWISEMLPTACDESYKDPTNIQRKYLKHQAFENEVKGRAELVEGVIDLGNSLIERR
ACDGNEETVKEKLEKLEEHWENLFEKTIDKGQKLNEASRQQRFNTGIRAFEFWLSEADTL
LAMKDQARDLATAGNLLKKHQLLETDMLAQEEVLKELNELATELLSSVSFNEDQIIQKRD
SVNERFLNVQNLAAAHHENLKETYALFQFFQNLDDEESWIKEKLIRVSSQDYGRDLQGVQ
NLLKKHKRLEGELVAHEPAIQNVLDMAESLGDKAAVGREEIQERLAQFVQHWEQLKELAK
ARGLRLEQSKEYLEFMENAEEEEAWISEKQAMAARGDSGDTLAATENLLKKHEALEFDFG
VHETRVQEVCAQGEDILSKEESQHKEKISGKIQALNEKTPILAKAIADWKLQLENDYAFQ
QFNWKADVVESWIAEKETSLKTNGNGEDLAAFHALLTKQDTLDASLQSFQQERLSEITDL
KNQLVAAQHNQTKAIEERHAALLKHWEQLLEAAAAHRKKLQKKQLPLRETEELFMEFANK
ASAFNNWCENAEEDLSEPVHCNSLNEIRQLKKDHEAFLASLVETQADFNHLLELDKQIKA
LNVXSSPYTWFTVKTLERIWNHLSDVIKEREQELQKEEERQVKNFDMCQEFEQNASTFLQ
WIMETRAYFLDGSLLQETGTLESQLEANKRKQKEIQAMKRQLTKIEDLGDKMEEALILDM
KYSTIGLAQQWDQLYELGMRMQHNLEQQIQARDTIGVSEERLKEFSRIFKHVDENLTGRL
TYKEFRSCLRGLDFYLPMVEEDEPEPMFQKFLSDADPGRKGYITLEEYTSFLIDKESENI
KSSDDIESAFRALAEGKDYITKEDMKQALTPEQVSFCTSRMQQYVDPQGRSHRAGYDYVV
FTNSHFGN
NT seq 7227 nt   +upstreamnt  +downstreamnt
atggagagcactgggccaaagctgttggaaacagctgaagagatccaaaagaggcgtcag
aaggtgttgactcgttaccagaagttcaaggaactggttgcggagagaggtcagaagctc
gaagagtcctattactaccaggttttcaggcgggatgcagatgacttggaaaagtggatc
ttggagaaactaaagattgcagaggaaaaaagctatgaagacccgactaacatacaggtg
aaataccagaaacatgagtccttcgaagcagaggtgcaagcaaagtcaaaggtccttcct
gaactggaagaaatcagggaagaacgttttcctgaggggcattttgcccatgaggacaca
aaggcccacctggaggaactgcgccgcctgtgggaccttctgaaagagctggcccaggag
aagggcttccttctgctgcaggtcctgcaactacagcagtacttacaggagtgtgctgac
atcttggaatggattggagaaaaggaggccatagtgacatcagtggagctgggtgaggac
tgggagcgcacagaggttctacataagaagtttgaagagttccaagcagacctagaagtt
cggaagaggaaagtggataaagtgaaccagtatgccaatcagtgtgctgaggagaaacac
cctgagctgcctttgattaagtcaaagcaagatgaggtaaatactgcctgggatcgtatc
tatagcctggctctccagagacagaaagccctatcagatgctacagacctccaacgattt
aaaagggatgtggatgaagccatcacttggatcaaggagaaagagcctcttcttacctct
gaggactatggcaaagaccttgttaactctgaggcactgttccacagtcacaaaggactt
gagaggaaccttgcagtcatggatgacaaggtgaaggagttatgtgccaaagcagacaag
ctggtggtctcccatccttcggatgcaccccagatccagcagatgaaagaggatctggtc
tccaactggaatcatatccgtgccttggctaccagcagatatgaaaagttgcagacatct
tatgggtatcacctgtttttatctgactatgatgaactctcaggctggatgaaggagaag
accgccctaatcagtgctgatgagctgcctgcggatgtggccgggggggaagccctactg
gacaggcatcagcagcataagaatgagattgactcttatgatcaccgatttcaacttgct
gaagagactggtaaagacctgctggatgccagtcatgaagcctctgcagaagttaaggaa
aagatgacaacacttgccagtagctggactgccctgctggacctgtgggacaagcgtcag
catcaatatgagcagtgcttggatttgcacatgttctaccgagacagtgagcaagtagac
agttggatgagcagacaagaggccttcctggataatgaggaactgggacactctctggga
agcgcagaggcccttcttgagaagcatgatgactttgagagagcttttactgcccaagaa
cagaagatcacgaacttagacaagacagcaacaaaactgattgacgataaccattatgat
tcagagaaaattgctgatatacgggataagctgttgaactggagggatgccctatttgaa
agggctgccactcgacgtagagtgctagaggattcattgcttctgcagcgactgtatcaa
gacttagatgacctaaagaactggatcaacaagaagaaaaagttggcagatgatgaagat
tacaaggatacacagaatttgaagagtcgagtacaaaagcagcaagtctttgaaaaggaa
ttggcagataataagatcctactcaataacatacagaaaactggccagaaaatgattgag
gatggtcactacgcctctgacgaagtggctgctcttgtgagtgaagttgtcagcctctgg
gaggagttgttggaagctaccgcacaaaaagcgacacagttgtatgaagctagccagcag
ctacaatttgaaaacaatgcagaagatctaaagcgctggctgacggaggtggagcagcaa
gtaacctcggaggattatgggaaagatctggcagatgtccagaatctactcaggaaacat
ggatttctggagtcaaatgtggctgctcatcaggatcaggcggacatcctcacagatctg
gctgaatattttgaaaaaatagaccatcctaatgctggggacatacggtccaggcaggag
tccttggtttcccgatatgaagccctgaaagagcctctggccacccggagaaagaagctc
atcgacctcttgcacttgcagcagatttgcagagacactgaggatgaggaggcctggatt
gaagagacagaaccctcagcagcttctacctaccttggtaataacgtgattgccgccatg
aatctcctgaacaggcatcaagttatcttggctgatattgccagccatgagccaaacatt
caagtgataacagagagaggaaacaaaatggtagaggaaggacactttgcttcagatgat
gtggcctctagagtgaagcatttgaatgagagtatggagtctctacggactcgagctgct
aggcggcagagtgaccttgaggccaacgtccagttccagcaatacctggctgacttgcgt
gaagcagaagcatggattagagagaaggagcctattgtgaacaatactaactatggggct
gacgaagaagcagctggggctcttctaaagaagcatgaggccttcctagtggatctcaaa
gcatttggaaatagtatgcaagctctgcgagatcaggcaaaagactgtgagcaaaaacag
gctgcaccagtggagggagctggtccagaagcgagggttatggctttatatgatttccag
gcccgcatcccccaagaagtcaccgtgaagaaaaatgatgtcttaaccctgcttagttcc
atcaacaaggactggtggaaggtggaagctggtgaccgccagggctttgtcccagctgtt
tatgtcaagaaactggcccctgatgagttcccgaagcttccacggaggcgtcgagaaaag
ccaggcagcattacccagcgtcaggagaagattgagaaccagtaccgctccctccttgat
cgggcggaggaacgcagacgtcatctattgcaatgttacaaagaattttttctggcctat
gaggcgagagacatgctggactggatccgagacaagaaggcagaaaacactggggtggaa
ctagaagatgtttgggagttgcagaaaaaatttgatgagttccaagcggatttgaagaca
aatgagccacggctgagagaaataaataaggtggctgatgaactgctatatgaacgtctt
ctaacaccagaaggagctcaaatccagcaggagttgaatgcccgctgggggtccctgcag
aggctggcagaggaacagagccaactgctgggcagtgcccacgctgtcgagatgtttcac
agagaagcagatgacacgaaggagcagattgagcagaagtgccaggcccttagtgctgct
gaccctggcaaggacctgatcagtgttcaggcccttcagcgacagcacgagagcttcgag
agagaccttaagcccttgggggaaaaggtgaccaacttgggcgaaacagcagagcggctc
agtgagtcccatccaaatgccaccgacgacctgcagaggcagcgaagagagctgaatgag
gcctgggatgacctgttggggcgtacgaaggatcgtaaggagaacttagacgagtcccag
aaactccacgtgttcctcagcaaggccagggaactacagaattggatcagtggcattgat
gacatggtatcctcacaggagctggctgaggacttaattggcacagagatcttactgcag
cgacaccaggaacaacatgctgacatgaaggctgaggatcccacctttcaggccttggag
gactccggtgcagaacttatagacagcagacaccgtgccagcgttgtcattgaaaaaaag
cttcaagatgtcagacaagagagagatgatttggagaaagcttgggaacaacgcaagaag
atgctagaacaatgtctgaagttgcaggagttccaaggggactgtgatcaaattgagagc
tggatggtggcacgtgagaatttcttgagatcagaggacaagggctccttagatagcctg
gaggccttgagcaagcaacgtgatgatttggacaaagcaatcactgaccaggaagagaag
atcactgacctgaaacattttgctaagcagctcatagatgatgaccactatgccaaggag
gcgattgctgctcggcttcaacaggtgctagacaggtggaatgctctcaaagctcagcta
atagccgagaaaacaaaacttggagactctgctgacctgaaaaaatttaactctgacttt
gaggaactagaagaatggatcagtgagatgctgcccacagcctgtgatgaatcctacaaa
gatcctaccaacattcagaggaaatacctgaagcatcaggcctttgaaaatgaggtcaaa
ggccgagctgagctggtagaaggagtcatcgacctggggaactccctgattgagcgaagg
gcatgtgatggcaatgaagagactgtgaaggagaaactggaaaagctggaggaacactgg
gagaatctgtttgagaaaacaattgacaaagggcaaaagctcaatgaggccagtcgccag
cagaggttcaacacaggaatccgggcttttgaattctggctctcagaggcagacacactg
ctggccatgaaagatcaggccagggacttggctacagcaggcaacctgctcaagaagcat
cagctattggaaactgatatgttggctcaagaggaagtgctcaaggagctgaatgaattg
gctactgaactgctctccagtgtgtctttcaatgaggaccagattatacagaaaagggat
agtgtcaatgagcgtttcctgaatgtccagaacttggctgctgcacaccatgaaaacctg
aaagaaacctatgccttgttccagttcttccagaacctggatgatgaggaatcctggata
aaggagaaattgataagagtgagctcccaagactacgggagggatttgcagggcgttcag
aacttactgaagaaacacaaacgcttagaaggagagctggtggcacatgagcccgccatc
cagaatgtgctggatatggcagagagtctgggagacaaggctgctgtaggacgagaagag
atccaggagcggctggctcagtttgttcaacactgggagcaactgaaagagttggccaag
gctagagggcttcgtttggaacagtccaaggaatacttggaattcatggagaatgctgag
gaggaagaagcttggatcagtgaaaagcaagctatggctgcccgaggggattctggagat
actttggctgctactgagaatttgctaaagaagcatgaggctttggaatttgactttggt
gtccatgagacccgagtgcaagaagtatgtgctcaaggagaagacattctaagtaaggaa
gaaagtcagcacaaggagaagatttctggcaagatccaggctctgaatgaaaagaccccg
attctggccaaggcaatagctgattggaagttgcaattggagaatgattatgcctttcag
caatttaactggaaggctgatgtggtagagtcctggatagctgagaaggaaacaagcctg
aagaccaatggcaatggtgaagacctcgctgccttccatgctctcctgacaaagcaggac
accctggatgctagtcttcagagcttccagcaagagaggctgtcagagattactgacctg
aagaaccagctggtggcagctcagcacaaccagaccaaagccattgaggagcgccatgct
gccctgctgaagcactgggaacagctgctggaagctgctgcagcccatagaaagaagcta
caaaagaagcagttgcccctacgggagacagaagagctgttcatggaatttgcaaacaaa
gcttcagctttcaacaactggtgtgagaatgctgaggaggacctgtctgagccagtgcac
tgcaactccctgaatgagattcggcagctgaagaaggaccacgaggccttcttggcctcg
ttggtagagactcaagctgacttcaaccatttgctggagctagacaagcagattaaggcc
ttaaatgtcncctctagcccttatacctggtttacagtgaagacactagaaaggatctgg
aaccacctatctgatgtcatcaaggaacgggagcaggagctgcaaaaggaggaagaaaga
caggtcaagaactttgacatgtgccaggagtttgaacagaatgccagcaccttcctgcaa
tggatcatggagaccagggcttattttctggatggatctttgctccaagaaacaggaact
ctggagtcccaattggaagcaaataaaaggaagcagaaggagatccaagccatgaaacgt
cagctgaccaagattgaggacctgggagacaaaatggaggaagcactgatcctcgacatg
aaatacagcaccattggactggcccagcagtgggaccagctttacgagcttggtatgcgg
atgcaacacaacctggaacaacagatccaagccagggacacaataggtgtgagtgaggag
aggctaaaggagtttagcagaatctttaaacacgttgacgaaaatttgacagggcgtttg
acttacaaggagttccggtcctgcctaagaggactcgatttctacttgcctatggtggag
gaggatgaacctgagcccatgtttcagaagtttctgagtgacgctgacccagggagaaag
ggctatatcacattggaagaatatacttcattcttgatcgacaaggagtcagagaacatc
aagtccagtgacgatatagagagtgccttccgtgccctggcagagggaaaggattatatt
accaaagaggacatgaagcaggccctaactccagaacaagtgtcattctgtacctcacgt
atgcagcaatatgtggacccacagggtcgaagccaccgtgccggctatgactatgttgtc
ttcaccaattcccactttggcaactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (67)   

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