KEGG   Panulirus ornatus (ornate spiny lobster): 139759452
Entry
139759452         CDS       T10834                                 
Symbol
msps
Name
(RefSeq) cytoskeleton-associated protein 5 isoform X1
  KO
K16803  cytoskeleton-associated protein 5
Organism
porn  Panulirus ornatus (ornate spiny lobster)
Brite
KEGG Orthology (KO) [BR:porn00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:porn03036]
    139759452 (msps)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:porn04812]
    139759452 (msps)
Chromosome and associated proteins [BR:porn03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    139759452 (msps)
Cytoskeleton proteins [BR:porn04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     139759452 (msps)
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CLASP_N CEP104-like_TOG HEAT HEAT_EF3_N Cnd1 HEAT_EZ TOR1L1_N PDS5 HEAT_ECM29 TAN
Other DBs
NCBI-GeneID: 139759452
NCBI-ProteinID: XP_071537697
Position
33:complement(10619322..10850352)
AA seq 2168 aa
MEEDTEYLKLPLEDRCVHKLWKARLSGYEECTKHFPKITDERSPEFNRFAPLMKKFVTDS
NAVAQEKALDAVLAFVENAHVAGRTAGDCTSGIVQKCLAAPKRGTQEKALEILLMYCEIE
KYEVVQEELMKGFTQKNPKVVVGCVHAITTALREFGPKVINPKPLIKQMHTLLEDRDKNV
REEGKKLVIEMYRWIRQALKPQLSSLKPVQIQELEAEFEKFGSEKVVQTRFLRSQQDLKA
KMEAQDDEDGDEDEDEEVNVPDIDPYDLMEPVDILSKLPKDFYEKVEAKKWQERKEAVEL
LHPLTQNPRLEQGDYHDLMKALRKIISKDTNVMIVAQAGLCVAGLAKGLKKKFTPFALSF
TETILEKFREKKISVVTAMREAIDAVYQTTNIEAIQETVSSALANKNPQVKAETAAFLAR
ALCYCTPAILNKKLVKVITTDLLKGLNESDPTVRDNCCEALGVALKVVGEKQMMVIIADV
DNLKMQKIKEAAEKAEIKVKISAPKAKKAGTSKKEELKQATASPTSGPNKVVRGGGKRAS
SAGPIRGKKPTGGKGGKGGGGGGGGGSALEECKEAEISIEEALEKAGEMLPEDVISGVTD
PNWKTRLGAVESFTSILKSMDRSEIPTQAFVRILAQKPGFRDNNFQVLKLKLEALKNLAE
NSEFTRRSGEVCIQELVEKLGDPKNGPLCGEVLIAMAEAAKLQWVGPEVMTRAFEQKSPK
VQEVALKWLADAITDFGFVLQPKALIGDIKKALAHTNPGVRTSGITLCGTIYLYMGATLR
VFFEDEKTALLQQIDTEFERLTGTTPPPPIRGLNRDSSTDNDGDDDDVDAKQAVINVQDL
VPRMNISEQLSSTLFTELADKNWKVRNEALQKVANIISEAKFIKGDIGELPTSLCARMND
TNKNLALEALRITASLAVSLGPHCKPHTRNIVPGMLTALGDSKQNIRQQAMSTLNSWVEQ
AGLKETIDGEVFADALKSGSPFLKSELFIWMAEKLKDAPPKGVNKEELHACTQYLFMALE
DRNVDVRKGASEAVLPFMIHLGYEGMLKHTSKVKPSSKNTVMQALEKAKPNLPAKPQPKP
KGSTSGIGGPSGRSGGYMDRQQGGAAAGGKGGTPTGKKGLRAPSATRAGTAGGRKDSEDV
DTSPLLQVNNLKQQRATDEQRLRVLRWDFSTPRPEFITQLKDQMTTAGMNRQLTSNMFHQ
DFKFHIKAIDALNEDLNSNLPACIANLDLILKWLTIRFFDTNPSVIMKAMDYLQQVFQFV
SEDGYHLLDTEANCFLPFLVTKFGDPKDSIRGPARNIAKLICNIYPASKVSPYMLEGLKA
KNARQRAECLEAIGSLIDVYGMPVCQPSPGVALKEIAKQIADRDNSVRNAALNSLVQVYF
REGEKVFKLVGNLSDKDMSLLEERIKRAAKNRPVIKKPPVEPEVPTVRGGAAAGRPNRVI
PTAAQPAPALVRDREGSAGGAASGEQSSLLKRRMHRDHSQSSESVRWSQEDVRWSSALHN
PLQHNSSAAVSSSNSNSLNSLNDVNSLGNLNSCDVNTFTSGSQLKGDWPLPPLRRRPVTS
ASLEQARRISRSLSFLLGEPDLETLAEEPPSPHNGPSHMLPPLSPHMPPLLTRTVTSPHF
SGFGLRNQQQQQQPGSANAPFKIDYGLIEKLLEDNGNSDKPQYSIEEIPDMASLLNYKPV
CPTPASRITRPGFSSVPRPVTSASPVEAEGAAQAINMVISQVATPDANTVITALSQLDEV
LQSEERCYQLAPHVDQLLIVATLQYRLVLNTKMANPNVNKEECIKIYRSLTNCLMVIFTN
KQLGTKATRDVLRDVVHVLIHILLDPRLSQLEDGPQIIRAINVLVVRIVEKAQFTHIFSA
LLKLLHESVGSGGGCKFTELVMKCNWKIIRILPSRTNDLDLDQILFDVHNFLVAYPVSSW
AERPSDTPLRTMKTVIHTLCKEYGTTILSHFSKIDNAHGSELHKFLTKALRKPKTDDDGG
IGDSNRLAAAQVTNDSADSGKSPKRLSKTAHNTLSEIFRKIGSKENTKEGLIQLYEFKQK
HPEADIEPFLRKSSQFFQNYIERGLKRVEMERQAEGKVASSPASENGSNSAGPLASIQVP
DTANFNMNDLVDQFKSIAARAGFDNTYIDSAVKDICSTEKEVKGDITEYIKSLTTVEQTM
DQYGSHDQ
NT seq 6507 nt   +upstreamnt  +downstreamnt
atggaggaggacacagaatacctgaagctccccttggaagatcgctgtgttcacaagtta
tggaaagcccgtctcagtggttatgaagaatgcaccaaacatttcccaaaaatcacagat
gagcgatctccggaattcaacagatttgctcctctgatgaaaaaatttgtaactgacagt
aatgctgttgctcaagaaaaagccttggatgcagtgttggcatttgtagaaaatgcacat
gtagctggcagaactgcaggtgattgcacatcaggtatagttcaaaaatgtttagctgct
cccaagcgaggaactcaggagaaggctttggaaatcctcctgatgtactgtgaaattgag
aagtatgaagttgtccaagaagaactcatgaaaggctttacacaaaaaaacccaaaggtg
gttgtaggatgcgttcatgctataactacagctttaagggaatttggaccaaaagtgatc
aacccaaagcccttgataaaacagatgcatacattactagaggacagagacaagaatgta
agggaagagggtaaaaagctagttattgaaatgtatagatggattcgtcaagcactaaag
cctcagttgtcttccctcaaaccagtgcagatccaggaattagaagcagaatttgaaaaa
tttggcagtgaaaaggtagttcagactcgctttctgcgttcacagcaggatctcaaagcc
aaaatggaggctcaagatgatgaagatggagatgaagatgaagatgaagaggtaaatgta
cctgatatagatccttatgacttaatggaacctgtagacatcctttccaagcttcctaaa
gacttttatgaaaaggttgaagcgaaaaagtggcaagagcgaaaagaggcagtggaacta
cttcacccattgactcaaaacccaaggctggaacaaggcgactaccatgaccttatgaaa
gctctaagaaaaattatctccaaggacaccaatgtgatgattgttgcacaagcaggattg
tgtgtggcaggcttggctaaaggattgaaaaagaagtttactccatttgcactatcattc
actgagactatcttagagaagtttagggagaagaaaattagtgttgtcactgccatgaga
gaggccattgatgctgtgtatcagacgacaaatatagaagccattcaggagacagttagt
agtgccctggccaacaagaacccacaggttaaagcagagacagcagctttcttggctcga
gcattgtgttactgcactcctgccatcttaaacaaaaagctggtgaaagttattactaca
gacctattaaaaggactaaatgaatcagatcccaccgtacgagataactgttgtgaagct
cttggtgtagcgttgaaagtagttggtgagaaacagatgatggttatcattgctgatgta
gacaacttgaaaatgcaaaagatcaaggaggcagcagaaaaagctgagatcaaagtgaag
atttcagcccccaaagccaaaaaggcaggcacatccaagaaagaggaactgaagcaagct
acagcttctcctacatctggtccaaacaaagttgttaggggaggtggcaagcgggcatca
tcagctggtcctatcagagggaagaaacctacaggaggaaaaggtggtaaaggaggaggg
ggaggagggggtgggggttcagccttagaggaatgtaaagaagcagaaatcagcatagaa
gaagccttggaaaaagcaggtgaaatgcttcctgaggatgtcatcagtggagttacagat
cctaactggaagaccagattgggagcagtagaatctttcaccagtatcctaaagagtatg
gatcgtagtgagattccaactcaggcatttgttagaatccttgcacaaaaaccaggcttc
agggacaacaattttcaagttctcaaattaaaacttgaagcgctcaaaaaccttgctgaa
aattctgaatttacaagacgttctggagaagtgtgcatacaagaacttgtagagaaattg
ggagatcctaagaatggcccgttgtgtggagaggttcttattgccatggctgaagctgcc
aaacttcagtgggttggaccagaagtcatgacccgagcatttgaacagaagagccctaaa
gtccaagaagttgcacttaagtggcttgcagatgctattacagactttggatttgtgcta
caaccaaaggctctcattggtgacataaagaaagccctggcgcatactaatccaggtgtt
aggacatctggtatcactctctgtggtaccatatacttgtacatgggtgccacgctcaga
gtcttctttgaagatgaaaaaactgcattacttcagcagattgacactgaatttgaaagg
ctgactggcacaactcctccccctccaattcgaggtctgaaccgtgacagtagcaccgac
aacgatggagatgatgatgatgttgatgctaagcaagcagttatcaatgttcaagacttg
gtgcctcgtatgaacataagtgaacagctttcatctacacttttcactgaattagctgac
aagaactggaaggtgagaaatgaagccttacaaaaagtggcaaatataatttctgaggcc
aaattcattaagggagacattggcgaactgccaacgtcactgtgtgctcgcatgaatgac
acaaacaagaacttggccttggaggccttgcggataacagcatctcttgctgtatctttg
ggtcctcactgtaaacctcatacaaggaatattgttcctggtatgctgactgcccttggg
gatagtaagcaaaatattagacagcaagcaatgagcactctcaactcttgggtggaacag
gcaggattgaaagagaccattgatggcgaagtgtttgctgatgccttaaagtctggttct
cctttcctcaagtctgagctcttcatctggatggcagagaaacttaaagatgctccacca
aaaggtgtaaataaggaggaattacatgcatgcacccagtacttattcatggccctggag
gaccgcaatgttgacgtaagaaaaggagccagtgaggcagtgctaccattcatgattcat
cttggctatgaaggcatgctcaagcacaccagtaaagttaagccatcttcaaagaatact
gtgatgcaggccttagagaaggctaagcccaatctgccagcaaagcctcagcctaagcct
aaaggcagcacaagtgggattggtggtcctagtggtcgttcaggaggatacatggataga
caacagggtggggcggcagctggaggaaaaggtggcactccaactggaaagaaaggtttg
agggcgccttctgccacaagagcgggtacagctggtggacgcaaggattccgaggatgta
gacacctccccactccttcaagtgaataatttaaagcaacaacgagccactgatgagcaa
cgtttacgggtacttcgttgggacttttccactccacggccagagtttatcacccagttg
aaggatcagatgactactgcaggaatgaatcggcagttgacttcaaacatgttccatcag
gatttcaagttccatatcaaagctatagatgctttaaatgaggatctaaattcaaacctt
ccagcttgcattgccaacctcgatttgattttgaaatggttgacaatccgtttctttgac
accaatccatcggtaatcatgaaagctatggactacttgcagcaagtatttcagtttgta
tcagaagatggataccatttacttgacactgaagcaaattgctttcttccattcttagtt
acaaagtttggagatcctaaagattctatcagagggcctgccagaaatattgccaagctc
atatgtaatatctaccctgcaagcaaagtgtcaccatacatgttggaaggacttaaagcc
aaaaatgctagacagagagcagaatgcttagaagcaataggaagcttgatagatgtgtat
ggtatgccagtttgtcagccttcacctggggtagccttaaaagaaattgcaaaacagatt
gctgatcgtgacaactctgttagaaatgctgccctcaattctttagttcaagtatatttc
cgcgagggtgagaaggtcttcaaactcgttggaaatctatcagacaaggacatgagtctt
cttgaggaacgcatcaagagagcagcaaagaaccgacctgtcataaagaagccaccagta
gaacctgaagttccaactgtccgagggggtgcagctgctgggcgacccaaccgtgtcata
cctacagcagctcagcctgcaccagctcttgtaagagacagagaaggtagtgctggtgga
gctgcaagtggagaacagagcagtcttctcaagagaagaatgcacagggaccacagccag
agctctgagtctgtgaggtggagccaggaagatgtgaggtggtcttctgcactgcacaat
cccctgcaacataattcttctgctgcagtttcgagtagtaatagtaacagcttgaatagc
ctaaatgatgttaatagtctaggaaacttaaacagttgcgatgtcaacacatttacaagt
ggtagtcagctgaaaggagattggccgttacctcctttacgaaggagacctgtcacttca
gcctctttggaacaagcacgtcgcatatcacgctctctttctttcctcctgggagagcca
gacttagaaacattggctgaagagccaccgtcacctcataatgggccttctcatatgcta
cctcctctttctcctcatatgcctcctcttcttacaagaaccgtcacctcacctcacttc
tctgggtttgggttaaggaaccagcagcagcagcagcagcctggcagtgctaatgctcca
tttaagatagactatgggcttattgaaaaactgttagaggacaatggaaattcagataaa
ccacaatacagcatagaagaaattccagatatggcttccttacttaattacaagcctgta
tgtcctactcctgcatccagaattacaaggcctggattcagctcagttcctagacctgta
acctcagcctcaccagttgaggctgaaggtgcagctcaggccatcaacatggtcatatct
caggtagccactccagatgccaacacagttataactgcattatcacaactagatgaggta
cttcagtctgaggagcgatgttatcagttagcaccccatgtggaccaactcttgattgtc
gccacattgcagtatcgtctagtcctcaacacaaaaatggccaatcccaatgtcaacaaa
gaagagtgcattaaaatctatcgatcattaacaaactgtttaatggtgatcttcactaac
aaacaacttgggacaaaagcaactcgagatgttcttcgagatgtagtacatgttctaatt
cacattttgttagacccacgcctgtctcagcttgaagatggaccacagatcattcgtgcc
attaatgtactcgttgttcgcattgttgagaaagcacagttcacacacattttcagtgca
cttttgaagttgttacatgagagtgttggtagtggaggtgggtgtaaattcacggagttg
gtgatgaaatgcaactggaagataattcgcatccttccatctcgcaccaatgaccttgac
ctcgaccagatactctttgatgtccataacttcttggtggcttatccagtcagctcatgg
gctgagcggccgtcagacacaccactgcgcacaatgaaaacagtaatccacacattgtgt
aaagagtatggaacaacgatactcagccacttctcaaaaattgacaatgctcatggctct
gaacttcacaaatttcttacaaaagccctcaggaaaccaaaaacagatgatgatggtggc
attggggatagtaatagacttgctgcagcacaagtcacaaatgattctgcagatagtggc
aaatccccgaagagactaagcaaaacagcacacaacactctctctgaaatattccgcaag
attggttcaaaagaaaataccaaagaaggtttgattcagctgtatgagtttaaacagaag
catccagaagcagatatagaacctttcttgagaaaatcatcccagttcttccagaattac
attgagcggggattgaagagagttgaaatggagcggcaggcagaagggaaagtggcatct
agtcctgcatctgaaaatgggtcaaactcagcaggacctttggcttccatccaagttcca
gacactgccaacttcaacatgaatgaccttgttgatcagtttaagtccattgctgcccgt
gctggatttgacaatacatacattgattctgctgtaaaagatatttgcagtactgaaaag
gaagttaaaggagatatcacagaatacattaagagcttgacaactgtggaacaaactatg
gatcagtatggttcccatgatcagtga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (11)   
   Pfam (11)   
All databases (25)   

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