KEGG   Mus musculus (house mouse): 20739
Entry
20739             CDS       T01002                                 
Symbol
Spta1, Spna-1, Spna1, ha, ihj, nmf4, sph
Name
(RefSeq) spectrin alpha chain, erythrocytic 1
  KO
K27408  spectrin alpha, erythrocytic
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mmu04812]
    20739 (Spta1)
Cytoskeleton proteins [BR:mmu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     20739 (Spta1)
  Intermediate filaments
   Intermediate filament-binding proteins
    20739 (Spta1)
SSDB
Motif
Pfam: Spectrin EFhand_Ca_insen SH3_1 SH3_9 EF-hand_7 SH3_2 EF-hand_6 SH3_3 SH3_10
Other DBs
NCBI-GeneID: 20739
NCBI-ProteinID: NP_035595
MGI: 98385
Ensembl: ENSMUSG00000026532
UniProt: P08032
Position
1:174000305..174076015
AA seq 2415 aa
METPKETAVESSGPKVLETAEEIQHRRAEVLNQYQRFKDRVAERGQKLEESYHYQVFRRD
ADDLEKWIMEKLEIAKDKTYEPTNIQGKYQKHESFVSEVQAKSRVLPELEEIREARFAED
HFAHEATKTHLKQLRLLWDLLLELTQEKSDVLLRALKFYQYSQECEDILEWVKEKEAIVT
LVELGDDWERTEVLHKKFEEFQEELTARKGKVDRVNQYANECAQEKHPKLPEIKAKQDEV
NAAWDRLWSLALKRRESLSNAADLQRFKRDVNEAIQWMEEKEPQLTSEDYGKDLVSSEAL
FHNHKRLERNLAVMDDKVKELCAKADKLMISHSADAPQIQQMKLDLVSNWERIRALATNR
YAKLKASYGYHRFLSDYDELSGWMKEKTALINADELPTDVASGEALLARHQQHKHEIDSY
DDRFQSADATGQELLDGNHEASEEIREKMTILANDWAALLELWDKCQHQYRQCLDFHLFY
RDSEQVDSWMSRQEAFLENEDLGNSVGSVEALLQKHDDFEEAFTAQEEKIITLDETATKL
IDNDHYDSENIAAIRDGLLARRDALRERAATRRKLLVDSQLLQQLYQDSDDLKTWINKKK
KLADDDDYKDVQNLKSRVQKQQDFEEELAVNEIMLNNLEKTGQEMIEDGHYASEAVAARL
SEVANLWKELLEATAQKGTQLYEANQLLQFENNAEDLKRWLEEVEWQVTSEDYGKGLADV
QNLLRKHGLLESDVTARQNQVDTLTDMAAHFEEIGHPDSGDIRARQESLLSRFEALKEPL
AIRKKKLIDLLKLQQICRDSEDEEAWIQETEPSAASTHLGKDLVAAKNLLNRHEVILADI
ASHEPRIQVITERGNKMVEEGHFAAEDIASRVESLNKNMESLHARAIRRENDLKANVQLQ
QYLADLHEAEAWIKEKEPIVDNKNYGADEEAAGALLKKHEAFLVDLNAFENSIKALRDQA
EVCQQQQAAPVDEAGREARVIALYDFEARSRREVSMKKNDVLTLLSSINKDWWKVEADDH
QGFVPAVYVRKLAPDELPGFPQHRQEEPVNIPQLQQQVETLYHSLLDRAEERRRRLLQRY
NEFLLAYEAGDMLEWIQEKKTENTGVELDDVWELQKKFDEFQRDLKSNEPRLKDINKVAD
ELLFEELLTPEGAHIRQELNTRWNSLKRLADEQYQLLSSAHAVEMFHREADDVKEQIDKK
CRALNAADPGSDLLSVQALQRQHEVFERDIIPLGEKVTTLGETAERLCESHPDATEDLQK
QRTELNEAWDTLQGLTSDRKESLNEAHKFFLFLSKASDLENWIKTIGGVISSPELAEDLT
GTEILLERHQEHHDDIKREDPTFQALEDFGTELIDSGHRNRREIDNTLQNINSKRDNLEK
SWENRKKMLDQCLELQLFRGKCDQVESWMVARENSLRSDDRDHLNSLQALMKKRDDLDKA
ITAQEGKISDLENVATRLIDNDHYAKEEIAARLQRVLDRWKALKEQLLTELGKLGDYADL
KQFYRDLEDLEEWINEMLPIACDESYKDPTNIQRKYLKHQAFENEVNGRAEQVDGVINLG
NSLIERRVCDGDEENMQEQLDKLKENWDYLLERTTDKGQKLNEASRQQRFNTSIRDFEFW
LSEAEGLLAMKDQARDLTSAGNLLKKHQLLEAEMLAREDPLKDLNDLAQELISSGTFNID
QIEEKMNGVNERFENVQSLAAAHHEKLKETYALFQFFQDLDDEEAWIEEKLLRVSSQDYG
RDLQSVQNLLKKHKRLEGELVAHEPAVQNVLDTAESLRDKAAVGKEEIQERLAQFVQHWE
KLKELAKTRGVNLEESLEYLQFMENAEEEEAWLGEKCALVSRGDSGDTLAATQSLLKKHE
ALENDFAVHKNRVQDVCAQGEDILNKEETQNKDKISTKIQVLNEKTASLAKALAAWKSQL
DDVHAFQQFNWKADVVESWIGEKEASLKTKSNGADLTAFLTLLAKHDTLDASLQSFQQER
LSEIAELKDQLVAGEHSQAKAIEEQHAALLRHWEQLLEASRVHRQKLLEKQLPLQKAEEL
FMEFAHKASAFNNWCENAEEDLSEPVHCVSLNEIRQLQKEHEAFLASLAGAQEDFNYLLE
LDKQIKALNVPSSPYTWLTVDVLGRIWNHLPDIIKEREQELQKEEARQIKNFEMCQEFEQ
NASAFLQWIQETRAYFLDGSLLKETGTLESQLEANKRKQKEIQAMKRHLTKIEDLGDSME
EALILDIKYSTIGLAQQWDQLHQLGMRMQHNLEQQIQAKDTIGVSEETLKEFSTTYKHFD
ENLTGRLTHKEFRSCLRGLNYYLPMVEEGEPEPKFEKFLNAVDPGRKGYVSLEDYTSFLI
DKESENIKTSDDIESAFQALAEGKAYITKEDMKQALTPEQVSFCTIHMQQYMDPRGRSQP
AGYDYVGFTNSFFGN
NT seq 7248 nt   +upstreamnt  +downstreamnt
atggaaactccaaaggaaactgctgtcgagagcagcggaccaaaggtcctagaaacagca
gaagaaatccaacaccgaagagcggaggtgttaaaccagtaccagaggttcaaggatcgc
gttgccgagaggggtcagaagcttgaggagtcttaccactatcaagttttcaggagagac
gcagatgacctggagaagtggatcatggaaaagcttgaaattgcaaaagataagacatat
gaacccacaaacatacaggggaaatatcagaagcacgaatcctttgtatcagaggtgcaa
gccaaatcaagagtccttcctgagctggaggaaatcagggaagctcgatttgcagaagac
cattttgcccatgaagccaccaagacccatctgaagcaacttcgcctgctgtgggatctg
ctcttggagttgacccaagagaaaagtgacgtgctgctgcgggcactgaagttctatcaa
tattctcaggagtgtgaagacatcctagagtgggtcaaagagaaggaagctatagtgaca
ttagtggagctgggcgatgactgggagcgaactgaggtcctgcataagaagtttgaagaa
ttccaggaagaactgaccgctcggaagggaaaagtggacagagtgaaccaatatgctaat
gagtgtgcccaggagaaacatcctaagttaccagagataaaggcaaaacaggatgaagtc
aatgctgcctgggatcgtctctggagcctggctctcaagagacgagaaagtctgtctaat
gcagcagacctccagcgatttaaaagggatgtcaatgaagctatccagtggatggaggag
aaggagccgcagctcacctctgaggactatggcaaagatcttgttagttctgaggcattg
tttcacaatcacaagaggctcgagaggaatctcgcggtcatggatgacaaggtgaaggag
ttgtgtgccaaagcagacaagctgatgatttcccattctgcagatgcacctcagattcaa
cagatgaaattggatctagtctccaactgggaacgcatccgtgccttggccactaacaga
tatgcaaagctgaaggcttcttatgggtaccatcggttcttatctgactatgatgagctc
tcaggctggatgaaggaaaagactgctctgatcaatgctgatgagctgccaacagatgtg
gccagtggagaagccctgctagccaggcaccagcagcataagcatgagattgactcttat
gatgatcgatttcaatctgctgatgcaactggtcaagaactcctggatggcaatcacgaa
gcttctgaggaaattcgagagaagatgacaatacttgccaatgactgggctgctctgctg
gaactgtgggacaagtgtcagcaccaataccgccaatgtctggatttccatctcttctac
cgagacagtgaacaagtggatagttggatgagcagacaagaggctttcctggaaaatgaa
gacctggggaactcagtgggcagcgtggaagccctccttcagaagcatgatgactttgaa
gaagcgttcactgcccaggaagaaaagatcataaccttggatgagactgcaaccaagctt
attgacaatgaccactatgactctgagaatatcgctgctattcgtgatgggcttttggcc
agacgtgatgccctgcgtgaaagggctgccactagaagaaaattgttggtagattcacaa
cttcttcaacaactgtatcaagactcagatgacctaaaaacctggatcaataagaagaaa
aagttggctgatgatgacgattacaaggatgtgcagaacttgaagagccgggttcagaag
cagcaggactttgaagaggaattggcagtgaatgagattatgctcaataacttggagaaa
acaggccaggagatgattgaggatggtcactacgcctctgaggctgtggctgctcgcctg
agtgaggttgccaacctctggaaggagttgctggaggcaacagcacaaaaagggactcag
ctgtatgaagctaaccagctgctacagtttgagaacaatgcagaagacctgaagcgctgg
ctagaggaggtggagtggcaggttacctctgaggattatgggaaaggtctggctgatgta
cagaatctactaagaaaacatggccttctagagtcagatgtgactgctcgtcagaatcag
gtggacaccctcacagacatggcggcacactttgaagagataggccatcccgactctggg
gacatccgtgcaaggcaggaatccttgctttcccgttttgaggctctgaaggagccactg
gccattcggaagaagaagctcattgacctactcaagctacagcagatttgcagagactcg
gaagatgaggaggcgtggatccaggagactgagccctcagcagcttccactcatcttgga
aaggacttggttgcagccaagaatcttctaaacagacatgaagtcatcctggcagacatt
gcgagtcatgaaccacggattcaagtaataacagagaggggaaacaaaatggtggaggaa
ggacacttcgctgcagaagacatagcatctagggttgaaagcttgaacaaaaatatggag
tctctccatgctcgagctattagacgggagaatgatcttaaggccaatgtccagctccaa
cagtacctggcagatctgcatgaagcagaagcatggattaaagagaaagaacccattgta
gacaacaaaaactatggagctgatgaagaagcagctggggcccttctcaagaagcatgaa
gccttcctggtggatctgaatgcatttgaaaacagcataaaggctctaagagatcaggca
gaagtctgccagcaacagcaggcagcaccagtggacgaggctggtcgagaagctagggtc
atagctttgtatgactttgaggctcgcagccgtagagaggtcagcatgaagaagaatgat
gtcttaactctgctcagttccatcaacaaggactggtggaaggttgaagctgatgatcac
cagggctttgtgccagcggtttatgtcaggaaactggcccccgatgagctaccaggtttc
ccacagcatcggcaagaggagccagtcaacatccctcagctccagcagcaggtcgagacc
ctgtaccactccctcctagatcgggcagaagagcgcagacgtcgcttgctgcagcgctac
aatgagtttctgctggcctatgaggcaggagacatgttggagtggatccaagagaaaaag
acagaaaacactggagtggaactggatgatgtttgggaactgcagaagaagtttgacgag
ttccagagggatctaaagagtaatgagcctcggctaaaggacatcaacaaagtggctgac
gaactgctctttgaagagctcctaaccccagaaggagctcacattcgacaggagttgaac
acccgctggaattccctgaagaggctggcagatgaacagtatcagctgctcagcagtgca
catgctgttgagatgtttcacagggaagcagatgatgtcaaggaacagattgataagaaa
tgccgggctctcaatgctgccgaccctggctctgacctgctcagtgtccaggccctccag
aggcaacatgaagtctttgagagagacatcatccccctgggagaaaaggtgactacgctg
ggggagactgctgagcgtctctgtgaatcacacccagatgccactgaggacctacagaag
cagagaacagagctgaatgaggcctgggacacacttcaaggtcttacaagtgatcggaag
gagagtctgaatgaagcccataaattcttcctcttccttagcaaggccagtgatctagag
aactggatcaaaaccattggcggtgtgatatcatcacctgagctggctgaggacttaact
ggcacagagatcttgctggagcgacaccaggagcatcacgatgacataaagagagaggac
cctaccttccaggccttagaagactttggtacagaacttatagacagcggccaccgtaac
agacgtgaaattgacaatactctccagaatattaattcaaagagagacaatttggaaaag
agttgggaaaaccgcaagaagatgctagaccagtgcttagaactgcagttattccgagga
aagtgtgaccaggtcgagagctggatggtggcccgtgagaattccctgaggtcagacgac
agggatcacttaaacagtctgcaggctttgatgaagaaacgggatgatttggacaaagca
atcactgcccaggaagggaagatttcggacctagagaacgttgccacaaggctcatagac
aatgaccactatgccaaggaagagattgctgctcgcctccaacgtgtgctagacaggtgg
aaggctctcaaagaacagctgcttactgaactgggaaagctaggagactatgctgacctc
aaacagttctatcgtgaccttgaggacctggaggaatggatcaatgagatgcttcccata
gcctgtgatgaatcttataaagatcccactaacattcagaggaaatatctgaagcatcaa
gcctttgaaaatgaagtcaacggtcgtgctgagcaggtggatggggttatcaaccttggg
aattccctgattgagcgcagagtgtgtgatggagatgaagagaacatgcaggagcaactg
gacaagctaaaggagaactgggattatctcctagagagaaccactgacaaaggacagaag
ctcaacgaggccagtcggcagcaaaggttcaacacaagcatccgggactttgagttctgg
ctttcagaggcagaaggcttgttggccatgaaggatcaggccagggacttaacttcagca
ggaaacctacttaagaagcatcagctattggaagcagagatgttggcacgagaggaccct
ctcaaagatctgaatgacctggctcaggagctgatctccagtgggactttcaacattgac
cagatagaagagaaaatgaatggtgtcaatgagcgctttgaaaatgtccagagcttggca
gctgcacaccacgagaagctgaaagagacgtatgccttgttccagttcttccaagacctg
gatgatgaggaagcctggatagaggagaagttgttacgagtgagctcccaggactatggg
agggatcttcagagtgttcagaacttattgaaaaaacacaaacgcctagagggggagcta
gtggcacatgaacctgctgtccagaatgtgctggatacggcagaaagcctgagagacaag
gctgctgtagggaaagaggagatccaggagcggctggctcagtttgtccaacactgggaa
aagctcaaagagttggcgaagacccgaggggtgaacttggaggagtccctcgagtatctg
cagttcatggagaatgcagaagaagaggaagcatggctgggggagaagtgtgctctggtc
agtcgcggggattcaggagacacactggctgctactcagagtttgctaaagaagcatgaa
gctttggagaatgactttgctgtgcacaagaaccgggtacaagatgtttgtgcacaagga
gaagacattcttaataaggaagaaactcagaacaaggataagatttccaccaagatccaa
gttctgaatgaaaagacagcctctttggccaaggcattagctgcttggaagtcacaactg
gacgatgtgcatgcctttcagcagtttaactggaaggcggacgtagtggaatcctggata
ggtgagaaagaagcaagcctgaagaccaagagcaacggtgcagacctcaccgccttcctc
acactactggcaaagcacgacacactggatgccagtcttcagagcttccagcaagaaagg
ctttctgaaatcgctgagctgaaggaccagcttgtggctggtgagcacagccaagccaaa
gccattgaggagcagcatgcagccttgctgaggcactgggaacaactgctggaggcatct
agagttcacaggcagaaactgctggaaaagcagctgcctctacagaaggctgaggagcta
ttcatggaatttgcacacaaagcttcagccttcaacaactggtgtgagaacgcggaagag
gacttgtcagaacctgtgcattgtgtctctctaaatgagatccggcagctgcagaaggaa
catgaagccttcttggcctctctggctggggctcaagaggatttcaactatttgttggag
ctagacaagcaaattaaagccttaaatgtcccctccagtccttatacctggttaacagtg
gatgtgctgggcagaatctggaaccacctgccagacatcatcaaggaaagggaacaggaa
ctacagaaagaagaggctaggcagatcaagaactttgaaatgtgccaggagtttgaacaa
aatgccagtgccttccttcagtggatccaggagaccagggcctattttctggatggatca
ttgctcaaggaaacaggaactctggaatcccaacttgaagcaaataaaaggaaacagaag
gagatccaggcaatgaagcgccatctgaccaagattgaagacctgggggacagcatggaa
gaggctctgatccttgatatcaaatacagcaccattggactggcccagcaatgggatcag
ctgcaccaactagggatgcgaatgcaacacaatttggagcaacagattcaagccaaagac
accataggtgtgagtgaggagacattgaaagaatttagcaccacatacaaacacttcgat
gagaacttgacagggcgattgactcacaaagagttccgctcttgcctgagaggactcaat
tactatctgcctatggtagaggaaggtgaacctgagcccaagtttgagaaattcctgaat
gctgtggatccagggaggaaaggatatgtttcactggaagactatacatcattcctgatt
gacaaggagtcagagaatatcaagaccagcgatgacatagagagtgcattccaagctctg
gcagaaggcaaggcctatattaccaaggaggacatgaaacaggctctcaccccggaacaa
gtgtcattctgtaccatacatatgcagcaatatatggatccacggggtcggagccaacct
gctggctacgactatgttggcttcaccaattcattctttggcaattga

  All links  
Gene (42)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (21)   
   RefSeq(nuc) (3)   
   GenBank (9)   
   EMBL (9)   
Protein domain (9)   
   Pfam (9)   
All databases (75)   

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