Sclerotinia sclerotiorum: SS1G_14426
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Entry
SS1G_14426 CDS
T01071
Name
(RefSeq) hypothetical protein
KO
K17887
sorting nexin-25
Organism
ssl
Sclerotinia sclerotiorum
Brite
KEGG Orthology (KO) [BR:
ssl00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03029 Mitochondrial biogenesis [BR:
ssl03029
]
SS1G_14426
09183 Protein families: signaling and cellular processes
04990 Domain-containing proteins not elsewhere classified [BR:
ssl04990
]
SS1G_14426
Mitochondrial biogenesis [BR:
ssl03029
]
Mitochondrial quality control factors
Mitochondrial dynamics
Morphogenesis factors
SS1G_14426
Domain-containing proteins not elsewhere classified [BR:
ssl04990
]
Phox homology (PX) domain-containing proteins
Sorting nexins
SS1G_14426
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PXA
Nexin_C
PX
RGS
FANCI_S1-cap
RRP36
Motif
Other DBs
NCBI-GeneID:
5480668
NCBI-ProteinID:
XP_001584657
UniProt:
A7F9Z5
LinkDB
All DBs
Position
Unknown
AA seq
1224 aa
AA seq
DB search
MALSRRDVILAGIAVFFAWGFATNWIPTLRWVGYAFVAGLIVPVVGLIALLLLTSRGSQY
AEERIVRRPNGPAFLAATRWKKEIAALRTRQIHIRKPLVPDSFIVSCALDDLLDLILRDF
VASWYGSISRNPTFTNSVDKTIRLALVNLRERFLAIDLVEVVTTRFVPILTGHFKEFYNA
EVAIRGKNLNRSVTESDELDLAIAAKYNDGKLHSAASLAYSDLKLVQQEYLRDLTQKLLP
EILPESAIGSRAVAVLIRELLACAVLFPIMQMLSDPDMWNQIMEAYGRSMLQDRSTVRKL
RAALDEHASPAPKSKRAAQFPRLSPGDHERRFEKFIRAIRKTNNLSDARRFRSEVSSQFK
RDALKEGQDPVYLRRLDIGKRVLDERVNQLAATGGRGAQVSQPGRNGVQASKLENASLVD
LLHDPSGLSYFMEYMDRQNCMSLVQFWIVVDGFRNPLEDDGADDDEVPTTIAPWTEADRT
DLAQINDAYLSKPELKVPETSRQIVQEFLKAGNKATSKQYFMARRAILRAQTSALEVMQD
KFYPYFKRSDLFYKCLTSQEASKVRQPSPAPSLNMENTMRKPAIVPRANSTMTVNTRSPS
FSRVSSKLGPKRADLRRTAMSFTDLTTHQPDQMSNSRGSLDEEAPLFDEEDLDSDAMANS
IMSLDQEPEVIVPDNNVVQAMEAALNTIMEDNPDIDDLRSSLFGPNDILDSSVPSLNSTS
NNISNRSSSDQKRADLFGFENGKGVDRHERTEKPSIASLGLVNTSSRIGVFTDNDLFGDE
EKFLSDEHDDPEKDEDEDTQDEVHEAAPGDLGLAEAITILTTDIDRLIAQDAVVDSLTRK
AELTNNTAELRILRKSKASLEREIRRKELQRQQYVIQESDNSLYGRSTIKIKSIMVGKED
DGREYAVYVIEVQRKAGEQMPAATWTITRRYSEFHELHQRLRIKYPSVGHLDFPRRRMVM
KLQGDFLQKRRVALEKYLREILLLPDVCRSRELRAFLSQSALAPDLEDTDAIDNKKDIIT
RFYNSVTDGMEDILGNIPVLDQLSVAGQNLLSAATNQLITMPGTISEDPLTAAEAEAELN
AFEDRELEPFVKPICDIFLEVFELNRGNNWLRGRAVVVVLHQLLGGTIERKVRENVKGLV
QDDMLVKYISILKESMWPGGQRKVDGKVRTTGEKSKSRKEASLMLATLIPELAGSVVGRV
NAQAASRRIFATFNNPRLNVHTIR
NT seq
3675 nt
NT seq
+upstream
nt +downstream
nt
atggccttgagtcgtcgagatgtgatcctagctggtatcgccgtattttttgcatgggga
ttcgctaccaattggatcccgaccttacgctgggttggatatgcatttgtcgcaggactt
atcgtacccgtcgtggggctcatagctttgctacttctcacatccagaggttcccaatat
gcggaagaacgtattgtccgtcgaccaaacggacctgcgttcctggcagcgacgagatgg
aagaaggagatagctgcgttacgcacacgacaaattcacatccgaaagcccttggttccc
gactcgttcatagtatcatgcgccctcgacgatttgttagacctgatacttcgcgatttt
gtggcatcgtggtatggaagtattagcaggaatccgacatttaccaattcggtcgacaag
acgataaggttggctcttgtcaatctgcgtgagcgattcctagccatagatttggtggag
gttgtcaccactcgttttgttcctattttgacgggacatttcaaggagttttataatgca
gaggttgctatcagaggcaagaatttaaatcggagtgttacggaatctgatgagctggac
cttgcgattgccgcgaaatacaatgatggaaagctacactctgctgcatctctggcctat
tcagatctgaagctggtgcaacaggaatatctgcgagatttgacacaaaagcttctgccg
gaaattctaccggagagtgctatcgggagtcgtgcagtagctgttttgatcagggaattg
ttggcttgtgcagtccttttccccattatgcagatgctttctgatcctgatatgtggaac
cagataatggaagcatatggtcgttccatgcttcaggataggtcgacggtacgaaaactg
cgagctgctctagatgagcatgcatcacctgctcctaaatcaaagcgcgcagcacaattt
ccaagactttctcccggggatcacgaaaggaggtttgagaaatttattcgtgctattcgg
aagaccaacaatttatcagatgccagaagatttcgaagtgaggtatctagtcagtttaaa
agagatgctctgaaggaaggccaagatccggtatacttgcgacgactcgatattggaaag
agggttttggatgaaagagttaatcaattggctgccacaggtggtcgtggagctcaagtg
tcgcaaccaggtcgtaatggcgttcaggcttcaaagctcgaaaatgcttcactcgtggat
ctcctacacgatccttccggtctttcatacttcatggaatacatggatagacagaactgt
atgtctctcgtacagttttggattgtcgtcgatggatttcgaaatcctcttgaagatgat
ggtgcagacgacgacgaagtccctactactattgctccttggaccgaggctgataggacg
gatcttgcccaaataaatgacgcgtatctttccaaaccagaacttaaagttccagagaca
tcgaggcaaattgtccaggaatttctcaaagctggaaacaaggcaacctcaaagcaatac
ttcatggctagaagagctatcttacgtgctcaaacttctgcacttgaagtaatgcaagat
aaattttacccatatttcaaaagatcagatcttttctacaagtgtctcacatctcaggaa
gcctcgaaggttcggcagccttcccctgcaccgtcgcttaatatggaaaatacaatgcga
aaacctgcgatagttcctagggcaaacagtaccatgacagtcaacacacgttctccttca
ttctccagagtttcatcaaagttgggccctaagagagcagatttgcgaaggactgccatg
tcttttaccgatctaaccactcatcaaccggaccaaatgtcaaattctcgaggatctcta
gatgaggaggctcctctatttgacgaagaagatttggacagcgatgcaatggcaaactca
atcatgagccttgatcaggagcctgaagtgattgtaccagataacaacgttgtgcaagct
atggaagcagccttgaacacgattatggaggataatcctgacattgatgatcttcgaagt
tcactattcggtcccaatgacattttggactcgtcagttccgagtcttaactctacatcg
aacaacatctcaaataggagctcaagcgatcaaaagcgcgcggatttatttggatttgag
aatggaaaaggggtagacagacatgaacgaacggaaaagccaagtatagcatctctcggt
cttgtgaatacctcatctagaattggtgttttcacggataacgatttatttggggatgaa
gagaaattcctttctgacgaacatgacgatcccgagaaagatgaggatgaagatactcaa
gatgaagttcatgaagcagctcctggagatttgggtctagcagaggctatcacgattctc
accactgatattgatcgactcatagctcaagatgctgttgttgattcattaacaaggaaa
gcggaactcaccaacaatacagccgagcttagaattctccggaagtctaaagctagtcta
gaacgagagattcgtcgcaaggaacttcagcggcagcaatatgtcattcaagagagtgat
aatagtctatatggacgttcaacaatcaaaatcaagtcaatcatggttggaaaagaggat
gatggccgagagtacgccgtttatgttattgaagtgcagagaaaggctggagaacaaatg
ccagcagctacttggacaattactcgtcgctacagtgaatttcatgaacttcatcaacga
ttaagaatcaagtatccatcagtagggcatcttgattttcctcgtagacgaatggttatg
aaattgcaaggtgattttcttcaaaagcgacgtgtggctttagagaaatatcttcgagag
attcttctgctgccagatgtatgtcgaagtcgagaattgcgtgcatttctttcacaaagt
gctctcgctccagacttagaagacacggatgctatcgacaataagaaagacatcataaca
aggttttacaactcagtaacagatggcatggaggatatccttggaaacattccagtccta
gatcaactttcggttgcgggacaaaaccttttatcggcagctactaatcaactcattact
atgcctgggacaattagcgaagatcccctgacagcagccgaagcagaagccgaactcaat
gcatttgaggaccgtgaactcgagcccttcgtgaaacctatttgcgatatctttcttgaa
gtcttcgaactaaatcgtggaaataactggttacgtggtcgtgcagtcgtagtcgtactt
catcaactcctgggtggaacaattgaaagaaaagtccgtgaaaatgttaagggtcttgta
caggatgatatgttggtgaagtatatatcgatattaaaggaatcaatgtggcctggagga
cagagaaaagtggatggcaaagttaggacaacgggcgagaagagtaagagtagaaaggaa
gcaagtttgatgctagctactttgataccagaattggcgggaagcgtggtggggagagtt
aatgctcaggcggctagtagaaggatttttgctacgtttaataatccgaggttgaacgtt
cacactattagatga
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