KEGG   Camponotus floridanus (Florida carpenter ant): 105256989
Entry
105256989         CDS       T03919                                 
Name
(RefSeq) spectrin alpha chain
  KO
K06114  spectrin alpha, non-erythrocytic (fodrin)
Organism
cfo  Camponotus floridanus (Florida carpenter ant)
Pathway
cfo04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:cfo00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    105256989
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:cfo04812]
    105256989
Cytoskeleton proteins [BR:cfo04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     105256989
  Intermediate filaments
   Intermediate filament-binding proteins
    105256989
SSDB
Motif
Pfam: Spectrin EFhand_Ca_insen SH3_1 EF-hand_1 EF-hand_7 SH3_9 EF-hand_6 EF-hand_8 SH3_2 EF-hand_5 SH3_3 SH3_10
Other DBs
NCBI-GeneID: 105256989
NCBI-ProteinID: XP_011265618
UniProt: E2AX44
Position
Unknown
AA seq 2418 aa
MDQITPKEVKILENPEDIQERREQVLGRYANFKAEARNKRDKLEDSRRFQYFKRDADELE
GWIYEKLQAASDESYKDPTNLQAKIQKHQAFEAEVAAHSNAIVLLDNTGSEMIAQHHFAS
DVIRKRLEELHRLWELLLSRLADKGLKLQQALVLVQFIRQCDEVMFWIHDKEAFVTTDEF
GHDLEHVEVLQRKFDEFQKDMASQEYRVTEVNELADKLLLDGHPERDTILRRKEELNESW
QRLKQLATLRQEKLFGAHEIQRFNRDADETMAWIAEKDVVLSSDDFGRDLASVQTLQRKH
EGIERDLAALEDKVYTLGAEADRLAAIHEADHSKQIQAKRAEILQSWESLTAKAKERRLK
LNESYYLHRFLADYRDLVSWMNDMRAIISADELAKDVAGAEALVDRHQEHKGEIDARADS
FDATTLAGNTLLEKKHYAAEEVARKLNSLADDKSSLLSLWEKRRILYEQCVDLQLFYRDT
EQADAWMAKQEAFLANEDLGDSLDSVEALIKKHEDFDKSLAAQEEKIKVLDDFAGKLIEG
EHYAADDVAQRRQLLLERRAILLEKSAQRRRRLEDAYKLQQFERDCDETKGWVNEKLKFA
TDDSYLDPTNLNGKVQKHQNFEQELNANKTRMEEMVATGQELIESDHYASDRIRTRTDEI
VTLWESLARATEKKGAKLQEASQQQQFNRTVEDIELWLSEVEGQLMSEDYGKDLTSVQNL
QKKHALLEADVGSHADRIDSITQAAEQFVNSGHFDADNIRTKQEQLQARYSALQRPMSLR
KQRLLDSLQVQQLFRDIEDEEAWIREKEPVAASTNRGRDLIGVQNLQKKHQAVLAEINNH
EPRVAAVCQAGSTMLQEGHFAAEEINQRLAALDEHWGQLKDKARQRKNDLDDSLQAHQYF
ADANEAESWMKEKRPIVMNGDYGKDEDSSEALLKKHEALVSDLEAFASTIAALRDQAAAC
RQQETPTIDITGKECVVALYDYTEKSPREVSMKKGDTLTLLNSNNKDWWKVEVNDRQGFV
PAAYVKRVEPEAGLSASQQNLAREQSSIAARQAQIQGQYDDLLRLARERQNKLNETAKAY
VLVREAAELATWIKDKENHAQVQDVGEDLEQVEVMQKKFDDFQADLKANEVRLAEMNEIA
VQLMSLGQTEAALKIQTQIQDLNEKWTSLQTLTAERANQLGSAHEVQRFHRDVDETKDWI
REKDAALNNDDLGKDLRSVQALQRKHEGLERDLAALGDKIKQLDETANRLMQSHPETAEQ
TYAKQKEINEEWTQLTAKANSRKEKLLDSYDLQRFLSDYRDLMAWINSMMGLVASEELAS
DVTGAEALLERHQEHRMEIDARAGTFQAFELFGQQLLQSSHYASVEILEKLESMAEARQE
LEKAWIQRRMQLDQNLELQLFCRDCEQADNWMSAREAFLSSADAVDSSDNVEALIKKHED
FDKAINAHEEKIATLQTLADQLIAAEHYAAKPIDERRCQVLDRWRHLKDALIEKRSKLGE
SQTLQQFSRDADEMENWIAEKLQLATEENYKDPANIQSKHQKHQAFEAELAANADRIQSV
LAMGGNLIEKHQCAGSEDAVQKRLASIADQWEYLTQKTTEKSMKLKEANKQRTYIAAVKD
LDFWLGEVESLLTSEDAGKDLASVQNLMKKHQLVEADIQAHEERIKDMNAQADSLIESGQ
FDAAGIQEKRQSINERYERIRNLAAHRQARLNEANTLHQFFRDIADEESWIKEKKLLVGS
DDYGRDLTGVQNLKKKHKRLEAELGSHEPAIQAVQEAGEKLMDVSNLGVPEIEQRLKLLN
QAWAELKQLAATRGQKLDESLTYQQFLAKVEEEEAWITEKQQLLSVEDYGDTMAAVQGLL
KKHDAFETDFAAHGERCKDICEAGETLIKAGNHRADAIGQRCAQLRNKLEQLGALAARRK
TRLNDNSAYLQFMWKADVVESWIADKETHVRSEEFGRDLSTVQTLLTKQETFDAGLHAFE
HEGIQNITSLKEMLVDSGHDQTPSIQKRHADVIARWQKLLADSDARKQRLLRMQDQFRQI
EELYLTFAKKASAFNSWFENAEEDLTDPVRCNSIEEIRALREAHAQFQASLSSAEADFQA
LAALDRQIKNFNVGPNPYTWFTMEALEDTWRNLQKIIKERDVELAKEAQRQEENDKLRKE
FAKHANAFHQWLAETRTSMMEGSGSLEQQLEATKRKTQEVRARRQDLKKIEDLGAILEEH
LILDNRYTEHSTVGLAQQWDQLDQLGMRMQHNLEQQIQARNQSGVSEDALKEFSMMFKHF
DKDKSGRLNHQEFKSCLRALGYDLPMMEEGQPDPEFENILDIVDPNRDGYVSLQEYMAFM
ISKETENVQSSEEIENAFRAITAADRPYVTKEELYANLTKEMADYCVARMKPYVDPKSER
PITAALDYIEFTRTLFQN
NT seq 7257 nt   +upstreamnt  +downstreamnt
atggaccagattacgcctaaggaggtgaagattcttgagaatcctgaggacatccaggag
agacgagagcaggttctgggacgatatgccaacttcaaggcagaggcgcgcaacaagcgg
gacaagctcgaggactcccgtcgctttcaatattttaagcgagatgcggacgaactcgag
ggatggatctacgagaaactccaggcggcatcggacgaaagttacaaggatccgaccaat
ctacaggcaaagattcagaagcatcaggccttcgaagcagaagttgctgctcattcaaac
gctattgtgctgctcgataataccggttctgaaatgattgcgcaacatcattttgctagc
gatgtaattcgcaaaagattggaggaactacatcgcctatgggagttactgttgtcccgc
ttggctgacaagggtctgaagttacagcaggctttagttctcgtacagttcattcgtcag
tgtgacgaggtgatgttttggattcatgacaaggaagcttttgtaacaaccgatgagttt
ggacatgatttggagcacgtagaagtgctgcaaaggaaatttgacgagttccaaaaggac
atggccagtcaggagtacagagtcacagaggtgaacgagctggcagataaattgctgtta
gatggacatcccgaacgcgataccattctacgcagaaaggaagaactcaacgaatcttgg
caaagactaaagcaattggccactctacgacaggagaagctcttcggggctcacgagatt
cagagattcaatcgcgacgccgatgaaaccatggcttggatcgcggagaaggatgttgtt
ctatcgtctgatgatttcggtcgagatctcgccagtgtccagacgttacaacgaaagcac
gaaggtatcgaacgcgatttggctgctttagaagataaagtatatacactgggcgcagaa
gccgatcgtctcgccgccatacatgaagccgaccactccaagcagattcaagctaaacgc
gccgagatcttgcagtcgtgggaaagtcttaccgcaaaagcgaaagagcgacgtctcaag
ctcaacgaatcctattatctgcatcgcttcttagctgattatcgtgacttggtgtcatgg
atgaatgacatgcgagccatcatttctgcggacgaactagctaaagatgtagcgggcgct
gaagctttggtcgacagacatcaggaacacaaaggagaaatcgatgctagagccgacagc
ttcgatgcaaccacattggctggtaatacattgttggagaaaaagcattacgctgccgag
gaagtggcgcggaaattaaactccctcgccgatgataagtcatccctcttgagtctatgg
gagaagaggcgcatcttgtatgaacaatgcgtggatttacaattgttctatagagatacc
gagcaagctgacgcgtggatggcgaaacaggaagcgtttctcgccaatgaagatctagga
gattccctcgacagtgtagaggcgctcattaagaaacacgaagactttgacaaatccttg
gcggctcaggaggagaaaatcaaagtgcttgacgacttcgctggaaaattaatcgagggc
gagcattatgctgcggacgatgtggcgcaacggcggcaactattactggagagaagagcc
attcttctcgaaaaatcggctcagagacgccgtcgtctggaggatgcgtacaaactacaa
cagttcgagagggactgcgacgaaaccaaaggctgggttaacgagaagctcaaattcgct
accgacgacagttatttagatccaacaaatttgaacggtaaggttcagaaacatcaaaat
ttcgaacaagaattgaacgcgaacaagacacgtatggaagagatggtagctactggccag
gagttgatcgaaagcgatcactatgccagtgatcgcatacgcactcgtacagatgagatt
gtgacattatgggaaagtttggcgcgggcaactgagaagaaaggcgcgaaattacaggag
gcttcccagcagcaacaattcaatcgaacggtagaagacattgaactgtggctttcggaa
gtagaaggacaactcatgtcggaagattatggcaaagatctaactagcgttcaaaacttg
cagaaaaaacacgcgctcctagaagccgatgtgggctctcatgccgacaggatagacagt
attactcaagcagccgagcaattcgtcaactcgggccactttgatgccgacaacattaga
actaagcaggagcaattgcaagctagatacagcgccttacaacgtcccatgagtttgaga
aagcaacgacttttggactcccttcaagtgcaacagttgtttagagatatcgaggacgag
gaagcgtggattcgcgagaaagaaccagtcgcggcgtctactaatcgcggccgtgatcta
attggcgtacaaaacctccagaagaaacatcaagctgttctagccgagattaataatcac
gagccgagagtagccgcggtatgccaagcgggttcaacgatgttgcaagagggacacttt
gccgctgaagagatcaatcaacgattggcggctttggacgaacactggggacagctgaaa
gacaaggctcggcaacgtaagaacgacctggacgactcgttgcaggcgcatcaatacttt
gccgatgcgaacgaagctgaatcgtggatgaaggagaaacgtcctatagtgatgaacggc
gattacggcaaggacgaagatagctctgaagctcttctaaagaagcacgaggccttggtc
agcgatttggaagcgtttgcgagcaccatcgcggcactgagagatcaagctgcggcgtgc
agacagcaagagactcctacaatcgacatcaccggtaaggaatgcgtcgtcgctctttac
gattataccgagaagtctcctagagaagtatctatgaagaagggcgacactctgactctt
ctcaactccaacaacaaagactggtggaaagtcgaagtaaacgatcgtcaaggtttcgta
ccagcggcatacgtgaagcgtgtggagcctgaggcgggtcttagcgcgtcccagcagaac
ttggctagagagcagagttcaatcgccgcacgacaagcgcagattcagggacagtacgat
gatcttttgcgtttggcacgcgaacgtcaaaataagctcaacgaaacggccaaagcttac
gtgttggtgagagaggccgcggaattggccacttggattaaagacaaggaaaatcacgca
caagtgcaggacgtgggcgaagatttggaacaggtggaagtaatgcagaaaaagttcgac
gattttcaagccgatcttaaagcgaatgaggtgcgtttggctgagatgaatgaaattgcc
gtacaactgatgagtcttgggcagacggaagcggcattgaaaattcagacgcagattcaa
gatttgaatgagaaatggaccagtctgcaaaccctcaccgcggaacgtgccaatcaactg
ggttctgctcatgaagtgcaacgattccatcgcgatgttgacgaaaccaaagattggatt
cgcgagaaagacgcagcgctgaataacgacgatctaggcaaggatttgcgtagcgttcag
gctctgcagcgtaagcacgaaggtctggagagagatttggcagctctgggagataaaatc
aagcaactcgacgaaacagctaatcgcttaatgcaatcgcatccggaaactgccgagcaa
acgtatgccaaacagaaggagatcaacgaagaatggactcaactgacagccaaagcgaac
agtagaaaggaaaagcttctcgattcgtatgatctgcaacgattcctcagcgattatcgc
gatctaatggcatggattaattcaatgatgggcttggttgcttccgaggaactcgcatca
gatgtcacgggcgccgaggcgttgctcgaacgtcaccaggagcatcgaatggagatagac
gccagagcgggtactttccaagcgttcgaattgttcggccaacagctattgcaatctagc
cactacgccagtgtggaaatattggaaaaactcgagtccatggctgaggcgcgacaagag
ctggagaaggcctggattcaacggcgtatgcagcttgatcagaacctcgagctgcaattg
ttctgcagggattgcgagcaggcggataattggatgagcgcacgagaagctttccttagc
agcgcggatgcggtagacagcagcgacaatgtcgaagctctcatcaagaaacatgaagat
ttcgacaaggcgattaatgcgcacgaagagaagattgctactttgcaaactctagccgat
cagctgatcgccgcggaacattacgccgctaaacctatcgacgaaagacgttgccaagta
ttggatcgctggcggcatttaaaggacgctcttattgagaaacgctctaagctaggcgaa
tctcagaccttgcaacagttttcccgtgacgctgatgagatggaaaattggatcgccgag
aaacttcaactggctaccgaggagaattacaaggatcccgccaatatacagtcgaagcat
cagaaacatcaggctttcgaggccgaattagccgcgaacgcggaccgaattcaatccgtg
ctcgctatgggaggtaatctgatcgagaagcatcagtgtgccggctcggaggatgcggtt
caaaagagactggcgtccatcgctgaccagtgggaatatctcacgcagaaaactacggag
aagtccatgaaattgaaggaagctaataagcaacgtacttatatcgctgccgtgaaagat
ctcgatttctggctcggagaagtcgagagtttgctcacgtctgaagacgccggcaaagac
ctggcctcagtgcagaatctcatgaaaaagcatcaacttgttgaagcagacatacaagcg
cacgaagaaaggatcaaagatatgaatgcgcaagccgattcgttgattgagagcggtcag
tttgatgccgctggtattcaggaaaaacggcaaagcataaacgagcgttacgagcgaata
agaaatctagccgcgcatagacaggcgagacttaatgaggccaacactcttcatcaattc
ttccgtgatatcgccgacgaagaatcttggattaaggaaaagaagcttctcgttggatcg
gatgactatggccgtgatcttactggcgtgcagaacttgaagaagaaacataagagatta
gaagctgaactcggtagccacgaaccggccatacaagctgttcaagaagcgggagagaaa
ttgatggatgtttcaaatctaggagtacccgaaatcgagcaacgtttaaaactactcaat
caagcgtgggccgaattgaagcaattagctgccactagaggacaaaagttggacgaatcc
ttaacgtatcagcagttcctcgccaaagtcgaagaagaagaagcatggattacggagaag
caacaattactctccgttgaagattacggcgatacaatggctgctgttcaaggtctcttg
aaaaagcatgatgcatttgaaactgacttcgcggctcatggtgaacgttgcaaggatatt
tgcgaggctggcgagacactaatcaaagctggcaatcatcgagcggatgctattggtcaa
cgatgcgcgcagctgcgtaacaaattagagcaacttggagctctcgcagcccgcaggaag
acgcggttgaacgataattcagcatacttgcagttcatgtggaaggccgatgtagtcgaa
tcatggatcgccgacaaggaaactcacgtgcgttccgaggaattcggccgagatctgtct
actgtacagactctactgacgaaacaagagactttcgatgccggtctccatgcatttgag
cacgaaggtattcagaacatcacttcattgaaagaaatgctcgttgattccggccacgat
cagacacccagtatacaaaaacgtcatgccgatgtcatcgctcgttggcagaaattgttg
gccgattctgatgcgaggaaacagcgtttgctgagaatgcaggatcaatttagacaaatc
gaggagttgtatctgacgtttgcgaaaaaggcatccgcttttaattcttggttcgagaac
gccgaggaggacttgacggatccggtgcgttgcaacagtatcgaagagattcgcgctctt
cgcgaggcacacgcacaattccaagccagtttgtcctcggctgaagctgatttccaagcc
ttggccgctctcgatagacaaatcaagaacttcaacgtgggacccaatccgtatacatgg
ttcacgatggaggctttggaggatacttggcgtaatttgcagaagataattaaagaacgt
gatgttgaactcgcaaaggaagcacagcgacaggaagagaatgataaattacgtaaggaa
ttcgccaagcacgccaatgccttccatcaatggctcgcggaaacaagaacatccatgatg
gaaggatccggatctctagaacagcaactggaagctaccaagcgaaaaactcaagaagtg
cgcgcacgtcgtcaagatttgaaaaagatcgaagatctgggagctattcttgaggagcat
ctaattctggacaatcgttatacggagcatagtaccgtgggattggcacaacagtgggac
caattggatcaattagggatgcgcatgcaacacaatttggaacagcagatacaagcccga
aatcaatccggtgtgtctgaagatgcactcaaagaattctctatgatgttcaaacacttt
gacaaggataagagcggccgtctaaatcatcaagaatttaaatcgtgcctgagagctttg
ggttatgatctgcccatgatggaagaaggacaacctgatccagaattcgagaacatatta
gacatcgtagatcctaatagagatggctacgtatcattgcaagaatacatggcgtttatg
atcagcaaggaaacagagaatgtgcaaagttcggaggaaatagagaacgctttccgagcc
atcaccgcagcagatcgaccatatgtcacgaaggaggaattatatgctaacctcacaaaa
gagatggccgactattgcgtcgctcgtatgaaaccttatgtagatccaaaatcggaacga
ccgataacagcagcgttggattatatagaatttacacgcactcttttccaaaattaa

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (23)   

Download RDF
DBGET integrated database retrieval system