KEGG   Stylophora pistillata (Smooth Cauliflower Coral): 111326556
Entry
111326556         CDS       T05774                                 
Name
(RefSeq) LOW QUALITY PROTEIN: ankyrin-3-like
  KO
K09255  ankyrin-2
Organism
spis  Stylophora pistillata (Smooth Cauliflower Coral)
Pathway
spis04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:spis00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    111326556
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:spis04812]
    111326556
Cytoskeleton proteins [BR:spis04812]
 Eukaryotic cytoskeleton proteins
  Intermediate filaments
   Intermediate filament-binding proteins
    111326556
SSDB
Motif
Pfam: Ank Ank_2 Ank_4 Ank_3 Ank_5 UPA_2 ZU5 Death DUF249
Other DBs
NCBI-GeneID: 111326556
NCBI-ProteinID: XP_022786301
EnsemblRapid: LOC111326556
Position
Unknown
AA seq 1721 aa
MFRDASVVNYGAKRWKVARKVCLSLLYVRDARNSTLHWRVLQLSFSMKDIVVDVTFLRAA
RAGNLEKVRNFLNEEGDIHTCNANGLNALHLSSKEGHVEVVHELLRRGAGVNFTTKKGNT
ALHIASLAGQKQAVEVLLESGASVNSKAQNGFTPLYMAAQEGHVDVVRTLLIKGANQQCT
TEDGFTAIDVAVQQGHDKVVGALLHHDSRKGYRSLHTAARKDFAKAAKLLLQKDHKPDIE
APNGFTPLHIAAKYGNQNVAGVLVQHGATIDYKTKNYVIAPLHVASKYGNLNIVTLLVEK
GSKVDIPNKDGLTPLHCAARDGHDKVVEYLVNKKASITARTKHGLTPLHMSSQGNHVSTS
ALLIDSKAPVNAVATNGLTPLHIAAHYGHVDIAELLLNRGADTDARARNGFTPLHVACKK
NREQVIQLLLKYGANVHSANEGGQTPMHVATYYGNVTLVLILLQHGGSPDITNVRGETAL
HIACRKRQITIVRLLLRNGASVDAKTQDRETPLHIAVRTKNVEMVNLLLDHGASPDAIDK
NKCTPLHIAARDGNEELVQILLEHSAXVTELSKKGFTPLHEAARNGHVRIVEILLKNYDS
PDPEGKHGLTPLHVATHYNHDKVATFLLDNNANPNSMAKNGFTPLHIGAKKNRIDIVLIL
LRRGMDPDVVTQTGISPLHLAAKEGHVELCEHLVENGASPGVTTNNGLTPLHLTARENRI
DVAKLLLKHNAPINAQTVSGFTPLHIACVYGNFELARLLIEAGAEIESKTKYGYTALHLA
AQYGHKLIIELLLERGANPNAQTNEGYTALYISQRVHLSTEITERLSQVTVVTQTIRLKR
KQGQDGEEEEEEPDIVFSAEPEELEEEEVLDALEVIEEDPTIAEESIDRFMTMDDMVDDD
HRSPGLVHRDSGIFSSSRYSGAFLEGTPTGSRASDLDRSRLSDFNVSESITTSEMIVTES
ELPSSLADMADDNVPKYEPLVTGDFLVSFLVDAKGGKMESSQTGLKITLPPRSCQMPTRI
TCKQLRLNKPSLLPPLMEGEALACRVLDVNPSGVKFLQPIYLELPHFSALRNGERELVVL
RTQDGGWNWDEVCVEDMKGTXKIWFPFRFHFSIFAVLRVSEKLSVLPXLVSAMDGYSSDM
NIHQGFLPSKRYARIETHDFPEKFCIMSRLKKESFVVGSQGEVLKSSTHPLVQVKVPEGA
VSNGTKITLQVQPADESFNDFEDWVAVSPVLTIEPQELKFSKPVTVIIPTPLYTPGGDTF
DMQPSLRLLTCEPRDNRKSMSHAPTYQWYDITDNTPLTVVKEYASFTTSRPARYWLVETR
NPDNVTSDARLLYRKLTAVPFLVKIVVFAKVNPEGTEARLRIFCITDDNIDKTLERQTGF
VEVARSRDVEVCEGRPVHVRCVGNLTPVTREPLQVTFSPFRENRLAVTVRVTDPSQPFTC
RLAFLKEPRKDRQGNVRTICNLSIDLSEENLKKGDTAWLPDELLALIGKNVGTDWVALGQ
QLGLTDSELQEISDRNSSSPIECATDVMKTWRDKEDSEASMASLEKALRDMGRSDIADNF
KQLAYSSYSKDPVVIVETRHLSPAKVYTQSSAPDNRRISEFLDSVGESDDMFGGDDFGSP
RLQRASVDGEEVFTEIRTTRVESSPEPIIEESVIVVEKHRVVDEDGNVIEETQKIIEDGN
EVTEDREKLLQDFFANDKGVLDFLASDKDGTVENGAEETEI
NT seq 5166 nt   +upstreamnt  +downstreamnt
atgttcagagatgcaagtgtcgtaaactacggtgctaagagatggaaagtcgcgcggaag
gtgtgtttatcactgttgtatgttagagatgcgaggaattctaccctgcattggcgtgtt
cttcagctttcgtttagcatgaaagatattgtggtggatgtcacatttttacgagctgcc
agagctggaaaccttgagaaagttcgcaactttttgaatgaggaaggagacatacatacg
tgcaatgctaatggcctcaatgctctgcatttgtcgtcaaaggagggtcatgttgaagtt
gtccatgagctgttaaggcgaggagccggagtgaacttcactactaagaaaggcaacaca
gcattgcacattgcttcgcttgcaggacaaaaacaagctgtagaagtcttattggaatca
ggggcttccgtgaactccaaagctcagaatggcttcacaccactgtacatggcagcacaa
gaaggccatgttgatgttgtcagaactctcctgattaaaggagcaaaccagcagtgtact
actgaggatggttttactgcaattgatgtggctgttcaacaagggcatgataaagttgtt
ggtgcccttcttcatcatgactccagaaaaggctatcgttctctccatactgctgcaagg
aaggactttgccaaggctgccaaacttttgctccagaaagatcacaaacccgatattgaa
gctccaaatggatttacacctctacatattgctgccaagtatggaaatcaaaatgttgca
ggagtcttggttcaacatggtgccactattgactacaaaacaaagaattatgttattgct
cctcttcacgtggcttcaaaatatggaaaccttaatattgttacactgctagtcgaaaaa
ggttccaaagttgacattcctaacaaggatggcctcacacctcttcattgcgctgcaagg
gatgggcatgacaaagtagtggaataccttgtgaacaaaaaggcatcgataacagctaga
actaagcatggactcactcctctacacatgtcttcccaaggaaatcatgtcagcacatct
gcactactgattgatagcaaggcacctgtcaatgctgttgccacaaatggcctgacacct
cttcacatcgcagcacattatggtcatgtagacatcgcagaattgttgttgaatcgtgga
gctgacactgatgcaagagctcggaatggatttactccacttcatgtggcctgcaagaaa
aaccgtgagcaggttattcagctgctgttgaagtatggtgcaaatgtccactctgccaat
gagggtggccaaactcccatgcatgtggcgacatattatgggaatgtgaccttagttctt
attcttctgcaacatggcggctcacctgatattacaaatgtgagaggtgaaactgccctt
catattgcctgccggaaacgacagataacaattgtgaggcttctgttaaggaatggtgct
tcagttgatgccaagacccaggaccgtgaaactcctttgcacattgctgttagaacaaag
aatgttgagatggttaatcttttactggaccatggagcttctccagatgccatagacaag
aacaagtgcactcctttacacattgcagccagggatggtaatgaggaacttgttcagatc
cttctggagcatagtgcttaagtaactgagttatcaaagaaaggatttactcctcttcat
gaagctgccagaaatggtcatgttagaattgtggaaatcctgctgaaaaactatgacagc
cctgacccagaaggaaaacatggactcacacctcttcatgtagcaactcactataaccac
gataaagttgccactttccttttggataacaatgccaaccctaattctatggctaagaat
ggatttactcctctgcatattggagccaagaaaaatagaatagacatcgtactgatactg
ttgaggcgtggaatggaccctgatgtcgtaacacagactggcatcagtccattgcattta
gccgccaaggaaggacatgtggagctttgcgaacatttggtggagaatggagcgtcacca
ggcgttaccactaataatggactcacccctctgcacctgacagcaagagaaaataggatt
gatgtggcaaaacttctcctgaagcacaatgctcccataaacgcgcagactgtgagtggt
ttcacgccattgcatattgcctgtgtgtatggtaattttgaactggccaggctactaatt
gaagcgggagcagagattgaaagtaaaacaaagtatggttacacagcactgcaccttgct
gcacagtatggccataagctgattattgagctgcttctggagcgtggagccaatccgaac
gcacagactaatgagggttacacagcactttacatctcccagagggttcatctgagcacc
gaaatcacggagagactgtctcaagttacagtagtcacacagacaattaggttaaagcga
aaacagggacaagacggagaagaagaagaagaagaacctgacatcgttttcagtgcagaa
cccgaagagctggaggaagaggaagtacttgatgctctggaggttattgaagaggatcca
acaattgctgaagaatcaattgaccgcttcatgacaatggacgacatggtagatgatgat
caccgctcgccaggactggtgcacagggactccggaattttcagctcgtctcgttattct
ggagccttcttggagggaactcccaccggctcccgagcgtcggacttagaccgctctcga
ttgtccgactttaacgtatcggagagcataacgacttcggaaatgatcgtgacagagtcc
gagcttccgtcaagtttggcggacatggccgatgataatgtaccgaagtatgagccacta
gtaacgggtgatttcctagtgagtttcctggttgacgcgaaaggtggtaaaatggaaagc
tctcaaacagggctcaagatcacgctgccgccaagatcatgccagatgccgactagaatc
acttgcaaacagctacgactgaacaagccatccctgctgcccccactcatggagggtgag
gcattagcctgtcgggttctggatgtgaatccatcaggtgtgaagtttcttcaaccgatt
tatttggagcttcctcatttttctgcgctcaggaacggagagagagagctagttgtactg
agaactcaagacggagggtggaattgggatgaagtgtgtgttgaagacatgaaaggtact
tgaaaaatttggttccctttccgtttccatttctcgatatttgccgttctaagagtaagt
gaaaaacttagtgtgctaccgtgacttgtttcagccatggatggttacagctcagacatg
aacattcatcaaggcttcctacccagtaagaggtatgcacgcattgagacccacgacttc
ccggagaagttctgcatcatgtcaagactgaaaaaagaaagcttcgtcgttggttcccaa
ggcgaggtccttaaatcttcgacccatcccctagtacaagttaaggtccctgaaggggct
gtctcaaatggtaccaagataaccttgcaggttcagcccgctgatgaatcttttaatgac
ttcgaagactgggtggctgtcagccctgtgctcacaatagagccacaagagcttaagttc
tccaaacccgtgacagttattatccccaccccactttacaccccgggtggagatactttc
gatatgcagccatctctacggctactcacgtgtgagccacgtgataacaggaagtctatg
tcccatgcgcccacttaccagtggtatgacatcactgataacacaccgctgaccgtggtg
aaggagtatgcaagtttcacgacaagtcgccccgcaaggtactggcttgtggaaacccgt
aacccagacaatgtgacgtcggatgcgcgcctgttgtaccgcaagttaaccgctgtccct
ttcttggtcaaaattgtcgtatttgccaaagtaaaccctgagggaacagaagcccgtttg
agaatattctgcatcacggatgataacatcgacaaaacacttgagcgacagactggtttc
gtggaggtggcgcgcagtcgtgacgtggaagtgtgcgaaggaagaccagttcacgttagg
tgtgtgggaaatttgactcctgttacccgtgagcctcttcaggtgacgttttctcctttt
cgtgagaaccgccttgcagtgactgtgcgtgtgaccgatccatcccagcccttcacctgt
cggctggcattcctcaaagaacctcgcaaagaccgccaaggaaacgtgcgcacgatctgt
aatttgagcatcgacttatctgaagagaacttgaagaagggcgatactgcgtggcttcct
gatgaattgttggcattgatcggcaaaaatgttggaacagactgggttgcgcttggacag
cagttggggttgacagattcagaactgcaagaaatttccgacagaaattcttcttcacct
atcgagtgcgccactgatgtcatgaagacttggcgagataaggaagactccgaagctagc
atggcgtccctcgagaaagctctgcgagatatgggacgaagtgacatcgcagataacttc
aaacaacttgcttacagcagctactccaaagacccagtcgttatcgtggaaacgcgccat
ttgtccccagccaaagtgtacacacaaagctccgccccagataaccgcagaatttctgag
ttcctggactcggtgggtgaatctgacgatatgtttggcggtgacgattttggttcgcct
cgtctgcagcgtgcatcagtcgatggggaggaggtgttcacagagatcagaaccacaaga
gttgaaagctcgcctgagccaatcatagaggagtctgtcattgtagtcgagaaacacaga
gtcgtggacgaagatggcaatgtcatcgaagaaacgcagaaaattattgaagatggcaac
gaagtgacggaagacagagagaaattgctgcaggatttctttgcaaacgacaaaggtgtc
ttggactttctcgccagcgacaaggatggcacggttgagaacggagctgaagaaaccgaa
atctga

  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)   
   ENSEMBLRAPID (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (19)   

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