| Entry |
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| Symbol |
I302_108171
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| Name |
(RefSeq) uncharacterized protein
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| KO |
| K01539 | sodium/potassium-transporting ATPase subunit alpha [EC:7.2.2.13] |
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| Organism |
kbi Kwoniella bestiolae
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| Pathway |
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| Brite |
KEGG Orthology (KO) [BR:kbi00001]
09140 Cellular Processes
09142 Cell motility
04820 Cytoskeleton in muscle cells
30211862 (I302_108171)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:kbi04147]
30211862 (I302_108171)
Enzymes [BR:kbi01000]
7. Translocases
7.2 Catalysing the translocation of inorganic cations
7.2.2 Linked to the hydrolysis of a nucleoside triphosphate
7.2.2.13 Na+/K+-exchanging ATPase
30211862 (I302_108171)
Exosome [BR:kbi04147]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
30211862 (I302_108171)
Exosomal proteins of other body fluids (saliva and urine)
30211862 (I302_108171)
Exosomal proteins of colorectal cancer cells
30211862 (I302_108171)
Exosomal proteins of bladder cancer cells
30211862 (I302_108171)
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
7:complement(join(661886..662011,662104..662308,662395..662472,662570..662898,663059..664024,664106..664218,664276..664884,664972..665289,665352..665364,665442..665529,665591..665662,665743..665976,666082..666290))
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| AA seq |
1119 aa
MIDDIERDGGEDLKSVGSLSNSNPREISPTLLKSITIQDVNHDNALHLDRMRRATHSRRD
SASRIVGEFRTLSLDVTDTQQRPTPLATQKAAAKDLAELEWHKYSVDDILQRLSSNSKLG
LEDEQVKRKLSQYGHNEVSPPKDNLLLKWLNYVLGGFGSLLLIASILCFIAWKPLGEPNP
APANLALAIVLLIVIVIQTAFNAWQDFSTSRVMASISGLLPSAVLVLRNSHQSQLPAKDL
VPGDIIYVSLGNKLPADIRFIDVSSDLKMDRSVLTGESEPIQGTVDMTDENLLETRNIGL
QGTLCVSGSGVGVVIQTGNLTVFGRIAKLSSTGAPSLTTLQKEILRFVLIIAACAITIAL
LVIILWASWLNKRHKGFITVPVLIIDVVSVMVAFIPEGLPASVTVSLAVVANTLVKNKVL
CKSLMTVETLGSVNVLCSDKTGTLTENKMTVTNLAVLDHEMDITQARDRLVAGKDSGRTV
EQMAAVMGVCNAATFDESTMDQPVALRKVNGDATDSAILRAAESLRPVKDSLGEWTEVFK
VNFNSKTKYMLKLCRRSSAKAPLFPAPCDTYDELGPSDYMLMCKGAPDVLLKRCAYINDP
SGGPPLPLTRDNIDRLTSIQEKWASKGQRVLLLAKRLIPHSLIPGEMSLDQPDFGDLVNT
DFNQRLTVVGLVGLVDPPRPEIPETVRIMRGAGIRFFMVTGDFALTAVAIAEQCGILSTS
SSPSSSARKKKILHNIDDLPRNVPLDQVRQFTQADLTSPTGNLPGLVLSGSDLMEMSDSQ
WEQACQYTEIVFARTTPEQKLRIVKEFQKRGNVVGMTGDGVNDAPSLKAADVGIAMGGGS
DVAMEAADLVLLESFASVTVAVEYGRLVFDNLKKTCLYLLPAGSFSELMPILLNVLLGLP
QILSSLQMIIICVVTDVLPAISMCFEKPEAGLLSRPPRDTKKDKLVDWRFLLHAYGFLGL
LESLAAMSMSFWWLDRQGFRFGDLVLAYGGLPPQYDPDAYAEAINKAQSIYFFTLVGMQF
GNLLATRTRRLSIVQSNPFKWSDETQRNYWIIPSMLVSLAFLFFFSYVPFFQNTFLTRGV
PVEHIFIPFTFALGLLLLDEGRKYFVRRYPKSLLAKIAW |
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| NT seq |
3360 nt +upstreamnt +downstreamnt
atgatagacgatatcgaacgtgacggcggggaagacctcaaatccgttgggtccctatcg
aattcgaatccgcgtgagatttctcctacgttactcaagagcatcaccatccaggatgtg
aaccatgataatgccctgcatctcgatcgcatgcgacgagcgactcactcaaggagagat
agcgcttcgaggatcgtcggggagttcagaaccctatcactcgacgtcacagacacccaa
caacgccccacccccctcgcaacgcagaaggcagctgcaaaagacctagccgagctcgaa
tggcacaagtactctgtagatgatatactccagaggttgagtagtaattccaaattaggg
ttggaggacgaacaagtcaagaggaagttgagtcagtatgggcacaacgaagttagtcca
ccaaaggataatttgctcttgaaatggcttaattacgtgttgggaggattcggaagcttg
ctactgattgcttcgatcttatgtttcattgcgtggaagccgctcggggaacctaatcct
gctcctgctaatctcgctttggccatcgtcttgcttatcgttatcgtcatccagaccgct
tttaatgcttggcaagacttctctaccagccgagtaatggcctccatatccgggctactc
ccctccgcggtcctcgtcctgcgaaactcccaccaatcacaactacctgccaaagacctc
gtcccgggagatatcatctacgtctccctcgggaacaagctaccggccgatatacggttc
atcgatgtttcatcggacctcaagatggacaggagcgtcttgacgggtgaatcggaacct
atacaaggtactgttgatatgacggatgagaatctgttggagactaggaatatagggttg
caaggtactttgtgtgttagtgggtcaggtgttggtgtggtcattcagactgggaatctc
acagtgttcggacgaattgccaaactctcttcaacgggcgcaccgtcccttacaaccctc
cagaaagaaattcttcgattcgtcctcatcatcgccgcatgcgccatcaccatcgccttg
ctagtcatcatcctctgggcatcttggttgaacaagcgtcacaaagggttcataacagtc
ccagtactgatcatcgacgtagtatcagtaatggtcgccttcattccagagggtctacca
gcaagtgtgactgtttctctggcagttgtggccaacacgctggtgaagaacaaggtactt
tgtaaatcacttatgaccgtcgaaaccctcggatcggtcaatgtattgtgttcggataag
actggtaccctcactgaaaataagatgacggtgacgaatctggcggtactagatcacgag
atggatataacccaggctagagatagactcgtagctgggaaagacagtggtaggacggtc
gagcagatggcagctgttatgggggtttgtaatgctgcgacgttcgatgagagcacgatg
gatcagccggtggcgttgaggaaggtcaatggggatgctacggactctgcgatacttcga
gccgctgaatccttaagaccagtcaaggattcgcttggtgaatggacggaagtcttcaag
gtaaacttcaactcgaagaccaaatacatgctcaagctctgtcgacgatcctctgccaaa
gcacccctcttccccgccccatgcgacacgtacgacgaactcggtccctcagattacatg
ttaatgtgtaaaggtgcccccgacgtcctgttaaaacgatgtgcatacatcaacgaccca
tccggtggaccgcctctacccctcactcgagataatatcgaccgactgacctccattcag
gagaaatgggcatcgaaaggacaacgagtccttctccttgctaaacgactgatcccacat
tcgctcattcccggagagatgtcgctcgaccaacctgatttcggggatttggtgaatacc
gatttcaaccagcgtcttaccgttgtgggtctagtagggctggtggatcctccccgacct
gagattccagagacggtccggatcatgcggggagcggggataaggtttttcatggttacg
ggtgatttcgctttgactgctgtggctattgctgaacagtgcggtatcctttccacttcc
tcctccccttcctcttctgcaagaaagaagaaaatcttgcataatatcgatgatctgccg
aggaacgtcccattagaccaagtccgtcaattcactcaggcagatctcacctccccgaca
ggcaacttaccaggattagtactgagtggatcagacctgatggaaatgtcagattcacag
tgggaacaggcatgtcaatacaccgaaattgtgttcgctcgtaccacccctgaacagaaa
ctacggatcgtcaaggagttccagaagagggggaacgtagtgggaatgacgggtgatgga
gtcaacgatgcgccctcgctcaaggctgcggatgtggggattgccatgggcggtggctcg
gacgtagctatggaggcggcggatctggtcctactcgagagctttgcttcggttactgtt
gcggtggagtatgggaggttggtgtttgataatttaaagaagacatgcctctacctcctc
ccagccggctctttctccgaactcatgcccatcctgctcaacgtcctattgggtctaccc
cagatcctatcaagtcttcaaatgatcatcatctgcgtcgtaaccgacgtcctaccagcc
atatcaatgtgtttcgaaaagcctgaagcgggtctactgagccgtcccccgagagatacg
aagaaagataaattggtagattggagatttttgttacatgcctatgggtttttggggctt
ttggagagtcttgcagcgatgagtatgagtttttggtggttggatagacaggggtttagg
tttggtgatttggttctagcatatggcggtcttccaccgcagtacgatcccgatgcctat
gcagaagcaatcaacaaggcccaatcaatctacttcttcaccctcgtcggcatgcaattc
ggtaacctcctcgccacgcgtactcgacgactaagcatcgtccagtccaaccctttcaag
tggtctgacgagacccaacgaaactactggatcatcccttccatgctggtgtcgctggcg
ttcttgttcttctttagttatgtgccgttcttccagaatacgtttttgaccaggggcgta
cccgtcgaacatatctttatacccttcactttcgccctaggattactgctattagatgaa
ggtaggaagtacttcgtgaggcggtatcccaagagcctgctcgccaagattgcttggtag |
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