KEGG   Amphimedon queenslandica (sponge): 109587936
Entry
109587936         CDS       T02284                                 
Name
(RefSeq) uncharacterized protein LOC109587936
Organism
aqu  Amphimedon queenslandica (sponge)
SSDB
Motif
Pfam: AAA_7 AAA_5 AAA AAA_22 ATPase_2 nSTAND3 SLFN-g3_helicase NACHT ABC_tran AAA_16 AAA_18 MinC_N TsaE dNK DUF1890
Other DBs
NCBI-GeneID: 109587936
NCBI-ProteinID: XP_019859705
Position
Unknown
AA seq 1466 aa
MNDANYSQHLEVSIQNFAEILESVKEKFLNILTGAAVYADIASIANCFSKGMGITREINI
ISDCKEFQNTPSHDTIQSFKNVFVLHQIAEHIDALYDFCHDFELQKCMADDHFKKLREIV
LARKSWQQESIRNLCSVFNEIQELLGIKKVKNFKEFAFLELFRPLYTQTKELRDFMTENN
FRGKGKDRFLKLFDLVTQACQHDEYNAEDFHSFAVLHQCHKFTVKHLIQALYSINCQFPK
CYELLRCHSGTTLNDIQLFFQRIEFFPRHYYFLQVDQLNSKLQESLVQYYLELYDKMLKC
DTHARSTLHFIETSASLLQNAPFISTVVKNEENLQKVDISFWSQPQLVYGLQGNGKTHYI
RSQLTANNVVFAVNELFSVEKVIDKLKLLCDEKDCSIFFNFTLLPPGKNVAEEERKEFEA
LMNKIGWFIFDFLVLGYIQDPHTGASFSVPLTENWKIFVEVPSIYNDPESNLETFRELLP
TFTFVGTLHHIDSSLHYEIDDDVQLVCKYLKAYKYEQENPGTREGINKLFNDLIQIPVKF
STEADFDDPKECLSLLYKYMPDYIAERKISQKLFIKRECGMPVIIEGETGVGKTALLRML
SKLWNYRYETELKSYEQRLKKTLTYDKRRSRLNMSLQQQLSQVKNFFENEEVLTAGGSAE
AVDLKRIVSELKKIGLELKKTPSLSVLVARHDTKEEFWRIANSSDDDIDTKDLFKLLDGF
ATAEVSTFHKLDVHAGLKTHDITSFFEQVNEQAKQICICFEDKSQIPQVTAYLDEINTSS
CMGLFKEIIIDRTIDGEAMLDNVFIIAACNPLRGDSTIHLQNAKNVWVKPSYYVRELHPT
IDYLKWDYGALNNVQEEKYIAAKMNDCTKDQPEAFTPGDLTYFIVESQNKMRLYADRMLK
NKGIHKMEAEKCSRSCVSQRDIQRVFDFYKWLFDTYKAFQRYTTTKEQQIRALLVSLGLV
YYLRLQELDRESYAIFLDTQCKDLLVGCNFTTAFNDELEWYIERMNLPPGIAKTRALKEN
IFANIACCQTHTPLIIIGEPGTSKTLSFNLVSSTFKGKSSKNEELKNANAFHALQPFFYQ
CSKHTNSVEVENIFKQAIQRQRVFASSNVPTYCVVFMDEAGLPEERHESLKVLHYHLDKR
EMEVSYCQMKHRNVLEMVNESLHDLPRIIESEKLEENELDIDPDLANYTENNVRYKLIID
SSEDDSAVRYLFSCNILDRQKTQMVACSEFFEESGMHVNTIAEIIHSAENGDTIIMFQTD
RIHESFYELFNQRFRIIHDPQKGIKLFTNISIGAHTKPCRVQAQFQCIVVVKKSELKNTP
QAFLSRFEKFFFSYNTLCSSISETKPPNLKIIINAVFKKIATFVDQLNASKSFYGYCAPG
LQDRKSSDGNSTTEKYENAITTHETLYSLLLSMLPSVQHIYEIGCYIPTDHFDDDITEEN
IDKKCLLILTTAIEAMKQYCDWIIPK
NT seq 4398 nt   +upstreamnt  +downstreamnt
atgaatgatgcaaattattctcaacatttagaagtctcaattcaaaattttgcagaaatt
ttagaatctgttaaagagaaatttctaaatattctgactggtgctgctgtatatgctgac
atagctagtattgcaaattgttttagtaaaggaatgggcataacgagagaaataaacatc
atatctgattgcaaagaatttcaaaacactccttcacatgatacaattcaaagttttaaa
aatgtctttgttcttcatcaaattgctgagcacattgatgcattgtatgacttctgtcat
gattttgaattgcaaaaatgtatggcagatgatcatttcaaaaaattgagagaaattgta
ctagcaagaaaatcttggcaacaagagagcattcgaaacctttgtagtgtttttaatgaa
attcaagagcttctcggtattaaaaaagtaaaaaattttaaagagtttgcttttttggaa
ctctttcggccactttatactcaaacaaaagagctacgagatttcatgactgaaaataat
tttcgtggaaagggaaaggatcgtttcttaaaactatttgatcttgtaactcaagcatgt
caacatgatgaatacaatgcagaagattttcacagctttgctgttttacatcaatgtcac
aagtttactgtaaaacatctcattcaggccctctattctattaactgtcaatttcctaaa
tgttatgagttattaagatgccactctggaacaacactaaatgatattcaactatttttt
cagagaattgagttttttcctcggcattattactttctgcaagtggatcaacttaattca
aaattacaggagtcattggtacaatattatttggaactctatgacaaaatgctaaaatgt
gacactcatgcacgatcaacactacactttatagaaacttcagcttctcttcttcaaaat
gctccatttatcagtactgttgtaaaaaatgaggaaaatctccaaaaggttgacatatct
ttctggagccaaccacaattagtttatggtttgcagggcaatggaaaaactcattatatt
aggagtcaacttactgctaataatgttgtctttgctgttaatgagttgttttctgtagaa
aaagttattgataaattaaaactgctgtgtgatgagaaggattgttctattttttttaat
tttaccctgttacctccaggaaaaaatgtagcagaggaagaaaggaaagagttcgaagca
ttaatgaataaaattggatggtttatatttgattttcttgtattgggctatatacaagat
ccacacactggagcatcattctctgtcccattaacagaaaattggaaaatttttgtagaa
gttccatcaatatataatgatcctgaaagcaatttagaaactttcagagaactccttcca
acttttacttttgttggtacactgcatcatattgattctagcttacattatgaaattgat
gatgatgtacagcttgtttgcaaatatttaaaagcatataaatatgaacaagaaaatcct
ggaacaagggaaggaattaataaattatttaatgatctcattcaaattccagtcaagttc
agcactgaagctgattttgatgatccaaaggaatgcttatcattgttgtacaagtatatg
ccagattatatagcagagcgtaaaataagccaaaaactctttatcaagagagaatgtggc
atgccagttattattgagggagaaactggagttggaaaaactgcactgttaagaatgctg
tcaaaactttggaattatcgttatgaaactgagcttaaaagttacgagcaaagactcaag
aaaacactaacttatgataaaagacgaagcaggcttaatatgtcactacaacagcagtta
tctcaagttaaaaacttttttgaaaatgaagaagtattaactgctggagggagtgctgaa
gcagttgatttaaaaagaattgtttcagaattaaagaagataggattagaattaaaaaaa
accccatccttatcagttcttgtagctagacatgatacaaaagaggagttttggagaatt
gccaatagttcagatgatgatattgacaccaaagatttatttaagctcttggatggattt
gctactgcagaagtatcaacatttcataagttagatgttcacgcaggactcaaaactcat
gacatcaccagtttctttgaacaagtcaatgaacaagcaaaacaaatctgtatttgcttt
gaagataaatctcaaatccctcaagttacagcttatcttgatgaaatcaatacatcttct
tgtatgggacttttcaaagaaattataattgataggaccattgatggagaggcaatgtta
gacaatgtttttatcatagctgcttgtaatcctttacgtggagatagtacaattcattta
caaaatgcaaaaaatgtttgggttaagccaagttattatgttcgtgagcttcatcctaca
attgattatctgaaatgggactatggagcattgaataacgttcaagaagaaaaatacatt
gctgccaaaatgaatgattgtacaaaagatcaacctgaggcttttactcctggtgattta
acttatttcattgttgaaagccaaaataaaatgaggttatatgctgatagaatgttgaaa
aataaaggtattcataaaatggaagccgagaagtgttctagaagttgtgtaagtcaaaga
gatattcaacgagtatttgatttctacaagtggttatttgatacatacaaagccttccaa
cgctatacaactactaaagaacaacaaatacgagcattactagtatcactgggcttagta
tactatttgagactacaagaattggacagagaaagttatgctatatttctggacactcaa
tgtaaagacctgctagttggatgtaactttactacagctttcaatgatgaattagaatgg
tatatagagagaatgaatctacctcctggaatagccaagacgagagctttgaaagagaat
atatttgctaacatagcttgttgtcaaacacatacccctctcattatcattggagagcca
ggaacatcaaaaacactatcatttaatttagttagtagcaccttcaaaggaaaatcctct
aagaatgaagaattgaagaatgcaaatgctttccatgccttacagccatttttttatcaa
tgttcgaaacacactaattcagttgaggttgaaaatatttttaagcaggcaattcagcgt
caaagggtctttgccagttctaatgttcccacctattgtgtcgtttttatggatgaagct
ggtctacctgaagaacgtcatgagtcacttaaagttttacattatcatttagacaaaaga
gaaatggaggtttcatattgtcaaatgaaacatagaaatgtacttgaaatggtcaatgaa
agtcttcatgatctgcctcgtattatagaaagtgaaaagctggaggaaaacgaactggat
atagatccagatctagctaattacactgaaaacaatgttcgttacaagctcattatagat
agcagtgaagatgattctgctgtaagatatttgttctcttgcaatatactggacagacaa
aaaacacaaatggttgcctgcagcgagtttttcgaagaaagtggcatgcatgttaacaca
atagcggaaatcattcactcggctgagaatggtgatactattattatgtttcaaactgat
cggatacatgagagtttctatgaactatttaatcaacgttttcgtatcatacatgatcca
caaaaaggaattaagttattcactaatatttcaatcggggctcacactaaaccttgccgt
gttcaagcacaatttcaatgcattgtcgtggttaaaaagtcagagctcaagaatactcca
caagcatttttgagtcgatttgaaaagttctttttttcctacaatacactttgcagtagc
ataagtgaaaccaagcctccaaatttgaaaattataattaatgctgtgttcaagaaaatt
gcaacttttgttgatcaactcaatgcctctaaaagtttttatggttactgtgcacctggt
cttcaggacaggaaaagcagtgatgggaactccacaactgaaaaatatgaaaatgcaatc
acaactcatgaaactctatattcacttcttctttctatgttaccttctgtacaacatata
tatgaaattggttgctacattccgacagatcactttgatgatgacattactgaagaaaat
attgataaaaagtgcttattaattttgactactgccatagaagctatgaaacagtattgt
gattggataattccaaag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (52)   

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