Cherax quadricarinatus (Australian red claw crayfish): 128686671
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Entry
128686671 CDS
T09502
Name
(RefSeq) unconventional myosin-IXb isoform X1
KO
K10360
myosin IX
Organism
cqd
Cherax quadricarinatus (Australian red claw crayfish)
Pathway
cqd04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
cqd00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
128686671
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
cqd04131
]
128686671
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
cqd04812
]
128686671
Membrane trafficking [BR:
cqd04131
]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
128686671
Cytoskeleton proteins [BR:
cqd04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
128686671
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Myosin_head
RhoGAP
C1_1
RA
IQ
C1_2
RH_dom
RA_2
AAA_22
nSTAND3
FYVE
T_cell_tran_alt
Motif
Other DBs
NCBI-GeneID:
128686671
NCBI-ProteinID:
XP_069940425
LinkDB
All DBs
Position
12:43941852..44799537
Genome browser
AA seq
2100 aa
AA seq
DB search
MDYSRYIVQVFVGALSPHYEALSIEVSKQTTSQEITICIVERLGLPNPQHYELAEVIGNA
HGQECKERRLGPLENPVALQVLWPQPSVTENVDENEQHEYRFCLREKISSDSLWAEPSQL
DSQLIRDYFYKFLYQPKDKEYPDLCQLPNLTEQTLLENLRARFQRGYIYTYVGSILISVN
PFKYYPIYNPKYVKLYQNHRLGELPPHIFAIADAAYHLMLKQKRNQCIVISGESGSGKTE
STLFLLHHLTMLSQKGSHGSGVEQTILSSGPVLEAFGNAKTAHNNNSSRFGKFIQVTYKE
NGLVQGACVQKYLLEKSRICSQAHNERSYHVFYYLLAGASSQVRQALHLLKPADYRYLNQ
SKCYTIEGCDEQFEFVRLKQSMEMVGFTADKQHRLFAILSAVLLLGNIEFQPKKSTYHHD
ESVLVRNPEQVSVISTLLGVSEDTLTNALTSKKARVQGEILVMHYRLPEAVAARDALAKC
LYGALFDWIVLQVNYSLITLKESSSDMGGNSIGVLDIFGFEDFGHSNRFEQFCINYANEH
LQHYFNQHVFEYEQEEYQREGITWTNIEFQDNVDCLALIEGKPAGLLCVLDDQCSFPAAT
NETFLQKINTVHKDNKYYEIPHKKESAFIIKHYAGKVKYQVHDFREKNLDLMRPELICVL
KNSRYSIVREVAGADPVAVFRWSILRAFFRAVSAFHGAALKYTKRKGLEDQRKTPKQKIN
IDNSRILAAIENTQIRLRKTRHSRSRSRSHGPRHQKNLKTVKALAQKTQCLTSQGRLPGC
RKPPHTVTGQFQLSLQTLMEALNTANPFFIRCIKSNANKEANVFGDEMVMRQLRYTGMLE
TVRIRQAGFNVRLSYDEFIHHYRILLPKGLLSSQADVRSFLKGMQLVESEYQMGNTKIFM
RESQKQKLDSQLHQTILSRIIVIQRWYRTIHQRRHFLAFKKAVVRIQCQVRCWIAQQMLA
KMRIRHNAATFIQKVWRGHRVRKWYQNLRRALITFQACVRGQQSRERFQVMLEEWRRQKS
RDATKRLKEEEEMSVTSLTTLGSTASINVELNEPAQPPPRRKSNIQNAQTHKLHRRQSEQ
ILRERRISEEPQLLMENFGRRMSETNIQVRRSSHGSTVSQMYNRQSEEGQGVPSPPASPS
TTELDKPLHKPRSFRHRHYSKVPLASQAASTPSASAESLSSNHLERKSSTGDDEDTAKQQ
HLHPPLADSHSMLKLTRQFKKPFKKMIGKREGSLSESEDAMSYESQPQTPTTPGDYHPNF
SSELVPEINPVALTERYVGSCSSQEVASAWELSGTDGPSRAKEPLKPSSSLPDVQGYTSV
EPSGVPGAASTSLSVIGSEAEALKHVLACSPHPLKQSTLLKKEVCYACEKPFTGFFINYG
YKCLSCKKIFHSRCIKASISVVCHDNSNLGKENASPLNKKPRRIDQEDNWNLTRTSEFID
KSDEVIKDAYELRRLEEYIRRKLYDLEEKESEKADVRTQSLDRSFSRDSSSREFEASIRL
RDRKDSQVDQMFCQSLREFKNNLVSTYSVAFQRESADLTLKYKDLIKNFEQVMNTVCKEK
MGNDTFPVTMGVNAFRGFLDEFIREKKKPVEDKSRRKRHRRKKRKVEELVYGGHIFSSIM
VNIPTQCEVCNSFLWLSMKAYTCQRCKVTCHQKCYKRADSKCSHDGPKPIVVDTGTPPIR
NRVLGVPLENLVRPGDKIPPVIDRLITCIEMYGLYTEGLYRKSGAQTKVRAVKAHMERDP
DNIDFTDTPIHVLATILKSFFRELPEPLLTFECYEPLLHATELQHPEDQLQTIFNIIKGI
PKLNYDLLERLIFHMVRVAHHEEHNRMSANALAIVFAPCILRSQRSQTVQDSLNDIAKQT
AVVESIVTKQLRQVRMTLHDIDSVDSATASAGMRLDSLRSLKPQIHRSGTSQNEGTVSTL
PRTSTSSVRSTLSDPCEHDLEEKLENLRDTRMRLELQLPTLVRVSSEEDLLSTDMSRAGS
LEDIPGTPATPAASSSFVGGFRESGCGEESDSLSLSEFMRTPVQPSTSVPEPLPSTSAQK
GHSITLHSLHNHRQTPAPTFEGDNTSKQKRTRTWKRDKRDEDGSVTSRLHQDYSDDAVMV
NT seq
6303 nt
NT seq
+upstream
nt +downstream
nt
atggattacagccgttatatagtgcaggtgtttgttggggcattgtcgcctcattatgaa
gcactttctattgaggtcagcaaacagaccacctctcaagaaatcaccatttgtattgta
gagaggcttgggcttcccaatccccaacactatgaattggctgaggtcattggtaatgct
catggacaagagtgtaaggagaggaggctggggccactggagaatccggtggctttacag
gtgctttggccccagcctagtgtcactgaaaatgtcgacgaaaacgaacaacacgaatac
aggttttgcctgagagagaagatctcatcagattctttgtgggcagaaccaagtcagctt
gattcacaactaatccgtgattatttttacaagttcttatatcaacccaaagacaaagaa
taccctgatttgtgtcagttacctaatttaactgagcagacactccttgaaaatttacgt
gcgagattccaaagaggttacatttatacgtatgttgggtccatccttatatctgtcaat
ccgttcaaatattatccaatttataatccgaaatatgtgaagttgtatcaaaatcatcga
ttaggagaacttcctccacatatatttgcaatagctgatgcagcctatcacttgatgcta
aagcagaagcgcaaccagtgcattgtcatcagtggggaaagtggaagcgggaaaaccgag
tccacgctcttccttctgcaccatcttaccatgctgagtcagaagggctcacatggtagt
ggagtggagcaaactatcttaagttctggacctgttctagaggcctttggaaatgccaaa
acagcccacaacaataactcaagtaggtttggtaaattcattcaagtcacctataaagaa
aatggtcttgttcaaggggcatgtgttcagaagtacctgttggagaagtccaggatctgt
tctcaagctcacaatgagcgcagttatcatgtcttctattaccttcttgctggggcatct
tcacaagtacgtcaagcccttcaccttctaaaaccagctgactaccgctacctcaatcag
agcaaatgctataccattgaaggttgtgatgagcagtttgaatttgtaagactgaagcag
tccatggagatggtggggttcacagctgataaacaacatcgactctttgctatactctct
gctgttcttctcttgggaaacatagaattccagcccaagaagtccacctaccatcacgat
gaatcagtgctggtacgaaaccctgagcaagttagtgttatatctacattgcttggagta
tctgaggacacgctcacgaatgcacttacgtccaagaaggctcgtgttcagggagagatt
ctagtcatgcactatcgcttgcctgaggctgttgcagcccgtgatgctctggctaagtgc
ttgtacggggcattgtttgactggattgtcctgcaggtaaactactctctgatcacccta
aaagaatcatccagtgatatgggtggtaactcaattggtgtgcttgatatctttggcttt
gaagattttggtcacagcaacagatttgaacagttctgtattaattatgccaatgagcac
ttgcagcactactttaaccaacatgtttttgagtatgaacaagaagaataccagcgtgaa
ggaattacctggaccaatatagagtttcaagataatgttgattgtttagcattgattgaa
ggcaaaccagctggcctgctgtgtgtgctggatgatcagtgcagctttcctgctgccacc
aatgaaacatttctacagaaaatcaacacagttcacaaggataataagtattatgaaata
ccccataagaaagagtcagcattcatcattaaacactatgctggcaaagtcaaatatcag
gttcatgattttagagaaaaaaacttagatcttatgcggcctgagttgatatgtgtactg
aagaacagtcgttatagtattgtaagagaagtagctggagctgatcctgtagctgtgttt
cgctggtctattttaagggcatttttccgggctgttagtgcattccatggagcagctctt
aagtacaccaagcgaaaaggacttgaagaccaaaggaaaactccaaagcagaaaattaat
atagataactccagaattctagcagccatcgagaacactcagattcgtctgcggaagacc
cgccatagtcgatctcgttctcgttcacatgggcctcggcaccagaagaacctcaaaact
gttaaggcactggcccagaagactcagtgtcttacttcacagggtcggcttcctggttgt
cggaaacctccacacactgtgacgggacagttccaactttctctgcaaacactcatggaa
gctctcaacactgccaacccctttttcattagatgcattaagagtaatgcaaacaaggag
gccaatgtttttggagatgaaatggtaatgcggcagctgagatacacaggcatgctggaa
acagttcgaatacggcaggctggcttcaatgttagactttcctatgatgaatttattcat
cattatagaatactccttcccaagggtctgctaagttctcaagcagatgtgcggtccttc
ctaaaaggaatgcagttggtggagagtgagtaccagatgggtaacaccaagatctttatg
cgagagtcacagaaacagaaattggactctcaactccaccagactatcttgtctcgtatc
attgttatccagcggtggtatcgcactatccaccagcggcggcacttcctggcattcaaa
aaagctgttgtgagaattcagtgtcaagtacggtgttggattgcacaacagatgcttgcc
aagatgcgaataagacacaatgctgcaacttttatccagaaagtgtggcgtggacaccgt
gtacgaaagtggtatcagaatttgcggagggctttaataacgttccaggcatgtgtccgc
ggccagcagtcacgtgagaggttccaggtaatgcttgaagagtggagacgacaaaagagc
agagatgctacaaaaagactgaaagaagaggaagagatgtcagttacttcactaacaact
cttggttccactgcttctattaatgtggagctaaatgagcctgctcaaccccctccacga
agaaaatcaaatattcaaaatgcacagactcataaacttcatagaagacagagtgaacaa
attcttcgtgagagaagaatttcagaggagccacaattattaatggaaaattttggtagg
cggatgagcgaaactaatattcaagtgaggagatcctctcatggaagcacagtttctcag
atgtacaataggcagagtgaagaaggtcagggtgtgccatctcctccagcatcaccaagc
acaacagagttggataaaccactacataaacctagatctttcagacaccgccattacagc
aaagttccacttgccagtcaggctgcatccactccatcagcttctgctgagagtttgagt
tccaaccatctggagagaaagtcaagcacaggtgatgatgaagacactgccaaacaacaa
cacctacatccaccacttgcagactctcatagcatgctcaaattaacaagacagtttaaa
aagcccttcaagaaaatgataggaaaacgagagggcagtttaagtgagagcgaggatgct
atgtcatacgagtcacaacctcaaactcccacaactccaggagattaccatcctaacttc
tcatcagagttagttcctgaaataaatcctgtagcattgactgaacggtatgtgggaagt
tgtagtagtcaagaggtagcatcagcatgggaactcagtggtaccgatggaccatcaaga
gccaaagaacctctcaagccttcatccagtcttcctgatgttcaaggatatacaagcgtg
gagccttcgggggtgccgggtgcagcctctacgtcactttctgtcataggcagtgaagca
gaagctttgaaacacgtgcttgcctgctctcctcatcctctcaagcagtccacactactg
aagaaagaagtttgttatgcctgtgaaaaaccttttactggctttttcatcaactatgga
tataaatgtttaagctgtaagaaaatattccattcaagatgcataaaagcttcaatcagt
gtagtgtgccatgataattcaaacttgggtaaagaaaacgccagtccattgaacaagaag
cctcgacggattgatcaagaagacaactggaacctcaccagaacgtcagaattcattgat
aaatctgatgaagtgattaaagatgcttatgaactaagacggctcgaggagtatattaga
cgcaagttgtatgatcttgaggagaaagaaagtgagaaggcagatgttcgcacccaaagt
cttgaccgcagtttttctcgagattcatcaagcagagaatttgaagcaagtattcgttta
cgggaccgaaaagactcacaagtggaccagatgttctgtcagtcactacgtgaatttaaa
aacaatttagtctctacgtattctgtcgcatttcagagggaatcggcagacctaaccctc
aagtacaaggatctcattaaaaattttgaacaggtgatgaacactgtatgcaaggaaaaa
atgggcaacgatactttcccggtgacgatgggtgttaatgcatttcggggtttccttgat
gaatttatacgagagaaaaagaaaccagttgaagacaaatctagaagaaaaagacataga
cgtaaaaagagaaaggttgaggaattagtatatgggggtcacatcttttcctccatcatg
gtgaacattcctacccagtgtgaagtgtgcaactctttcctctggctttccatgaaggcc
tacacctgccaaagatgtaaagttacatgccaccagaagtgttacaagagagctgactca
aagtgtagtcatgatggtcctaagcctattgttgttgatactggaacacctccaattaga
aatcgtgttcttggtgttccattagaaaatttagtacgaccaggtgataaaataccacca
gtgatagatcgtctcattacgtgcattgaaatgtatggactctacactgaaggcctttat
cgcaagtctggtgcacagaccaaagtacgagctgtgaaagctcacatggagcgtgatcca
gataacatagactttactgacacaccaatccatgttctggccactatactcaagtctttc
ttccgtgaattgccagagcctctcctcacctttgaatgctatgagccactccttcatgct
acagaacttcagcatcctgaagatcagcttcagactatttttaatatcattaagggtata
cctaaattgaattatgacttgctagagagattaatctttcacatggtaagagtggctcac
cacgaagaacacaatcgcatgagtgcaaatgccttggccattgtgtttgcgccatgtata
cttcgcagtcaaagatcacaaacagttcaggattctcttaatgatattgccaaacaaaca
gcggttgtagagtcaatagtaaccaaacaattaagacaagtgagaatgacacttcatgat
atagacagtgttgacagtgctacagcatcagcaggaatgcgtctggactcactacgttcc
ttaaagcctcagattcatcgtagtggaacttcccaaaatgaaggaacagtttcaacatta
ccacgaacctcaacttcttcagtgagatctactctgtctgatccttgtgagcacgatcta
gaggaaaagttggaaaatcttcgtgatactcgcatgcgattagagttgcagttgccaact
cttgtaagagtgagctcagaggaagaccttctctccacggatatgtctcgagctggatct
ttagaggacattcctggaactccagccactcctgctgcatcttcctcgtttgttggggga
ttcagagaaagtggctgtggcgaagaatcagattcactttctttatcagaatttatgcga
actccagtacaaccatcgacttcagtaccagaacctctaccatccacctcagcccagaag
ggccacagcataactctccactctcttcacaatcaccggcaaacaccagcacccacattt
gaaggtgacaacacaagcaagcaaaaaagaacacggacgtggaaacgtgataaaagagat
gaagacggaagtgtaacttctagattacaccaagattatagtgatgatgcagtgatggta
taa
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integrated database retrieval system
