Anatilimnocola aggregata: ETAA8_49020
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Entry
ETAA8_49020 CDS
T07027
Name
(GenBank) hypothetical protein
Organism
aagg
Anatilimnocola aggregata
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DUF11
bMG10
Chlam_OMP6
TRAP_beta
NPCBM_assoc
Integrin_A_Ig_3
SpaA
CARDB
Planc_extracel
Motif
Other DBs
NCBI-ProteinID:
QDU29787
UniProt:
A0A517YHR4
LinkDB
All DBs
Position
6217058..6220894
Genome browser
AA seq
1278 aa
AA seq
DB search
MSRTSSSAFGSAFKSSWRTLFSRWWKRPEVKAATRRTRRRSFLEPLENRSVMAADLGAIS
GIVFIDTTGDGLTAGEEVAGAAINLYTDDGDGTFEPGTDDALLSSDTTDAFGEYFFGDLG
PGDYWVQQTAQIVGSDTLTEDFILINLIDDGGVAGPIIDDFVSANPTVLAADPVGTIDSD
TADLPTTEVIGGERDFIVELTASSGADEVEMLVSTAGDGSLRLNADLFAQGIYTVVWDGN
DGDGDTLDPVGLGGVDLTDSGAANGIVLRNTLVDHDGATATLRIYTSAGNFSELLINIPD
NAVDDLVFLFDDFTVGAGTGADFEDVGAIELIIESTEDATQGSIDLVETIGYSIVDTGTD
FDNFFESDLELTKDVSDSTPNVGDQITFTITVNNLGPDGALNVEVEDLLPVGLDYVSHIE
SQGNYDEGTGEWVIGNIAALDSATLEIVVTVISIGAKTNTAEITASDSTDADPSNNTDSE
TVTPQSIDLALAKTVNDNTVSIGENVTFTLTLTNTGPDAATNVEVEDILPAGFTFVSANT
TNGTYSNVTGLWDLTDPVAALTGSTTLQIVATKAANGPVVNVAQVTAADQFDTDSTPDNF
STTPDEDDEASVTVNDPTIDLSLTKDVNNATASVGQQVIFTIVVSNDGAGNATGVVVADL
LPAGLTFVTHTASQGTYLSGTGVWTVGGIDTGDDATLTITATVASVGAKTNTAQVTAADQ
TDTDSTPNNFGTAPSEDDGDSATVTPPSIDLSLTKTVNNASANVGQQVTFTIIVSNLAGQ
SNATGVQVTDLLPAGLTFVTATQSQGSYASGTGIWTVGAVNAGASATLTITATVATIGAK
TNAAEVTAADQPDLDSTPGNGGTAEDDRATAVVTPPQINLSLTKTVNGGASATANKNQNV
TYVVTVANAAGLSNATGVVVTDLLPAGLTFVSATPSIGTYNQATGVWTVGTVNTGASATL
TVVATVTTSTVKINTAEVTAADQGDINSTPNNRGTAPSEDDTASATVTPNVADLSLTKTV
DIAAPNRNQNVVFTVTLTNGGAATATNVTVADLLPAGLTFVSSNPSTGSYNQTTGVWTVA
SLNSGANATLTITATVTTVGAKVNTAAVSASDQFDNDSTPGNQATTPAEDDTASATVTPV
ATDLNVTKTVNDTTPEQGDNLTFIITVSNTSAVNATNVVVTDLLPAGLSFVSANASQGSY
VSGTGIWTIGAINANSNVTLTVVATVTNNSTKVNTAQVTSLDQFDIDSIPGNSVATEDDQ
ASVTIEPFLLSKRLCVVR
NT seq
3837 nt
NT seq
+upstream
nt +downstream
nt
atgtctcgtacatcgtcgtcggcgtttggttctgcattcaagtcttcctggcggacgctg
ttttcgcgctggtggaaacgacctgaagtcaaggccgcgacgcgtcgcactcgccgccgc
agctttcttgaaccactcgaaaaccgttcggtgatggctgccgatctgggcgccatctcg
ggcattgtctttatcgatacgacaggcgacggtttgactgcgggcgaagaggtcgcagga
gctgccatcaacctatacaccgatgatggcgacggcactttcgagcccggcaccgacgac
gcgctgttgagttccgacaccaccgatgccttcggcgaatatttctttggtgacctcggg
cccggtgattattgggtgcaacagaccgctcaaatcgtcggcagcgatacactcaccgag
gacttcatcctcatcaacctcattgacgacggcggtgtagcgggacccatcattgatgac
tttgtttccgccaatccaaccgtgctggcagccgatcccgtgggcacgattgatagcgat
acagccgatctccccactacggaagtcattggtggtgagcgcgacttcatcgtcgaattg
actgccagcagcggcgccgatgaagtggagatgctggtttctactgctggcgacggctca
ctgcgcttgaatgccgacctatttgcgcagggcatctacacggttgtatgggatggcaat
gatggcgatggagacaccctcgatccggttggccttggcggcgtcgacttgaccgacagc
ggcgcagcgaatggtatcgtactgcgcaacacgctcgtcgatcacgatggggcaaccgcg
acactgcggatctacacgtcggccggtaacttctccgaactacttatcaacattcccgat
aacgcggtagacgacctggtcttcttgtttgatgacttcacagtgggtgcgggaaccggc
gcagattttgaagatgtcggtgccatcgagttgatcattgagtctacggaagatgcgacc
caagggagcatcgatctggttgaaacgattggctactcgatcgttgacaccggaacggac
ttcgacaacttcttcgaaagcgatctggaactgaccaaggacgtttcggacagcacaccg
aacgtcggcgaccagattacattcacgattacggtcaacaacttgggcccggacggggcc
ttgaacgtcgaggtcgaagatctgttaccagttggcttggattacgtcagtcatatcgag
tcgcaggggaactatgacgaaggaaccggcgaatgggtgattggcaatatcgccgcgctc
gatagcgcgacactcgagattgtggtcacggtgatttcgatcggtgccaagactaacacg
gccgagatcactgcttcggattcgacggacgccgatccatcgaacaatacggatagcgaa
accgttactccacaaagcatcgatttggcgctggccaagacggtgaacgacaacaccgtg
agcattggcgaaaatgtcaccttcacattgaccttgaccaataccggacccgacgctgcg
accaatgtggaagtcgaagatatcctccccgcgggtttcaccttcgtctctgccaacaca
accaacggcacctactcgaacgtgacggggctttgggatctgacggatcccgtggctgcc
ctcaccggtagtaccacgctgcagatcgtcgccaccaaggcggcgaatggtcccgttgtg
aacgtggcgcaagtcaccgctgccgatcagttcgacactgactcgactcccgataacttc
agcaccacgccggatgaagacgacgaggcttcggtcaccgtcaacgatcccacgatcgat
ttatcgctgaccaaagatgttaacaacgccacggcgagtgtcggccagcaagtcatcttc
acgattgttgtttcgaacgatggggctggcaatgcaactggcgtggtcgttgcggacctc
ttgcccgctgggttgacgttcgtgacccataccgcctcacaaggtacatacctcagcggc
accggtgtgtggacagtcggcggcattgataccggcgacgacgcaaccttgaccattacc
gccacggtagccagcgtcggtgccaagaccaataccgcacaagtcacagctgccgatcaa
acagacactgactcgactcccaataactttggcaccgcgcccagcgaggacgacggcgac
tcagccactgtcacgcccccttcgatcgacttgtcgttgacgaagacggtgaacaacgca
tcggcaaacgtgggtcagcaagtcacgtttacgatcattgtcagcaatctggccggccaa
tccaacgccaccggcgtgcaagtcaccgatctgctgcctgcagggctgacctttgttacg
gcaactcaatcgcagggaagctatgccagtggtaccggcatttggactgtgggggccgtc
aatgcaggagccagtgccacgctgacaataactgcgacagtcgccactatcggagctaag
accaatgcagcggaagtgaccgcagcggaccagccagatctcgactcgacgcctggcaac
ggcggcaccgccgaagatgatcgcgctacggcagttgtcactccgccacaaataaacctt
tcgctgacaaaaacggtaaatggtggtgcctcagccaccgcgaacaaaaatcaaaacgtg
acttacgttgttaccgtcgcaaatgccgctggtcttagcaatgctaccggtgtcgtcgtg
accgatctgctgcccgcgggcctgacattcgtttcggcaacaccgtcgattggaacgtac
aaccaagccactggtgtttggacggtgggaaccgttaataccggcgcgagtgccaccctg
accgtcgtcgccacagtaacaaccagcaccgtcaaaataaatacagccgaagtaacagct
gccgaccagggagacattaactctacacccaacaaccgcggcactgcaccaagcgaggat
gataccgcgagcgctacggtgactccgaacgtcgccgatctgtcgctcaccaaaacagtc
gacattgcagctccgaaccggaatcaaaacgtggtcttcaccgtcacactcacgaacggc
ggggctgcaaccgcgaccaatgtgacagttgccgatctactgccagctggcctaacattc
gtttcgtccaatccaagcacgggcagctataaccaaaccactggtgtttggacggtcgct
tcgctcaactcgggtgccaacgccacgttgaccattaccgccacggtaaccactgtgggt
gcgaaggtgaatacagcggccgtatccgcttcggatcagttcgataacgactctactcct
ggcaaccaagcaacgacgcccgcagaagacgataccgcgagtgccacggtcacgccggta
gccaccgacttgaatgtgacgaaaaccgtgaacgacaccacgccggaacagggtgacaat
cttaccttcataattacggtaagtaacacgagcgcggtgaacgcaacgaacgtagtcgtc
acagacttgttgccagcaggtctgtcgtttgtgtcggccaatgcttcgcaaggcagctat
gtgagcggcaccggtatctggacgattggtgcgatcaatgcgaacagcaacgtcacgcta
acggtggtggcgacagtcaccaacaacagcacgaaggttaacactgcccaggtgacgagc
ctcgatcagttcgatatcgactcgattcccggcaatagtgttgccactgaagacgaccaa
gccagcgtgaccattgagccgttcctgttaagcaagcggctgtgcgtggttcgctag
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