Alternaria dauci: 96085359
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Entry
96085359 CDS
T10615
Symbol
ACET3X_005037
Name
(RefSeq) hypothetical protein
KO
K05681
ATP-binding cassette, subfamily G (WHITE), member 2
Organism
adac Alternaria dauci
Pathway
adac02010
ABC transporters
adac04981
Folate transport and metabolism
Brite
Transporters [BR:
adac02000
]
ABC transporters, eukaryotic type
ABCG (White) subfamily
ABCG2, 3 subgroups
96085359 (ACET3X_005037)
Exosome [BR:
adac04147
]
Exosomal proteins
Exosomal proteins of breast milk
96085359 (ACET3X_005037)
CD molecules [BR:
adac04090
]
Proteins
96085359 (ACET3X_005037)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Other DBs
NCBI-GeneID:
96085359
NCBI-ProteinID:
XP_069307081
LinkDB
All DBs
Position
4:join(1451787..1452348,1452393..1454911,1454970..1455206)
Genome browser
AA seq
1105 aa
AA seq
DB search
MRQRAWATSLATILGLASTASTYKTFANYSIAELPQDLFSIYGDRPDGCPPCFNCNLEDF
KCKQFADCSKANGRCNCGPGFGGEDCSEPLCGALPDGKNRSPRGGAKQCECSEGWSGINC
NVCQTNNACNAMMPDGEGGVCYKDGQLVKENFQICDITNRKILDTLKDKKPQATFSCNAE
SEECNFQFWVDQRESFYCALDTCSAHFTAESDRNVTKYRCENIKCECVPDRMLCGEDGSV
DIGDFLKESIKGPAEFRGISAINSKESGSIFSEPAMNDLISSVFGDESIFLQCDTGECLY
QTEVPGYERPIKKINTPLIAGVIAGCALFIVAAILVIWYLTHRAESKRYGPIHLSDDEED
EDAKLLADHKPAAFLFENVAYNLNGKQILSGISGAVHPGELLAIMGASGAGKTTFLDILA
RKKKIGTDSGDFYVNGEKVRDDEFRSVIGFVDQEDTLLPTLTVHETILDSALLRLPKEMS
RTSKEQKVEDVERQLGIYHIRNQKIGSEESGRGISGGEKRRVGIACELVTSPSILFLDEP
TSGLDAYNAFNVVECLVNLVKNYNRTVVFTIHQPRSNIVALFDQLILLAKGRVVYSGPFE
NCQLYFDELGYTCPPGFNIADYIVDLTMHASTARQPIDEDSSIFNRDLNRDGLTTSASSA
IAVKSVPSINTSELERDIAGSPSNSSILRPKSKRRTSIKQQQERELFTRKKSSAPVNDGA
MSPKTDDEAPYDRRGAIKAQWLKLTRQGGSVPPQILEDPDELPPPANGATGTNLDLLINA
YASSDIAATIRQDIATSVASANQANGTNGVHEQNGFVAAGKLKGFKKVGLFGQFRILSRR
TWRNLYRNPMLMLTHYAIAIVLAVFLGFLFYGLTDDIKGFQNRLGLFLFVLSLFGFSSLT
ILTVFAPERLLFTRERAKGYYSPPAYFAAKVIFDIIPLRLLPPIILGIIVYPMTGLIPAW
PNFLKFTLFLVLFNLAAAAIFLFIGIVFRNSGVANLIGVLVMLFSLLFSGFFLNKESIPA
IAKWLQSLSIFHYAFEGLIVNEVKYLSLIDHKYGLDIEVPGSAILSSFGFNTQALWKDCI
GLGVFGGAFVLLAYLAMHLLLVEKR
NT seq
3318 nt
NT seq
+upstream
nt +downstream
nt
atgcgccaacgagcgtgggcgacgtcgctcgccactatcctgggcctggcatcgacagca
agcacatacaagacgttcgcaaactattccatcgccgaattgccccaagacctcttctcc
atctacggcgaccgacccgacggctgtcccccatgcttcaactgcaacctcgaggacttc
aagtgcaagcagtttgccgactgcagcaaggccaatggacggtgcaactgcggtcccgga
tttggcggcgaagactgttcagagcccctttgcggcgcgctgcccgatggcaagaaccgc
tcgccacgcggaggcgcaaagcagtgtgaatgttcagagggctggtcaggcatcaactgc
aatgtctgccagaccaacaacgcctgcaacgccatgatgccggatggcgagggcggagtc
tgctacaaggacggccagctcgtcaaggagaacttccagatctgcgacatcaccaaccgg
aagatcctcgacacattgaaggacaagaaaccccaggccaccttctcttgcaacgccgag
tcagaggaatgcaacttccagttctgggtcgatcagagggaatccttctactgcgccctc
gacacgtgctccgcccacttcaccgccgaatccgaccgcaacgtcaccaagtaccgatgc
gagaacataaagtgcgaatgtgtgcccgaccgcatgctctgcggagaagacggctccgtc
gacattggcgacttcttgaaggagtccatcaaggggcccgccgagttcagaggcatctcc
gccatcaacagcaaggagagcggaagcatcttctccgagcctgccatgaacgacctcatc
tcgagcgtctttggcgacgaaagcatcttcctacaatgcgacacgggcgagtgtttgtac
cagaccgaggtgccaggctacgagaggcccatcaagaagatcaacacccccctgattgcc
ggtgtcattgccggttgcgctctgttcatcgtggccgctattctggtgatatggtatctc
acgcaccgcgccgagagcaagcggtatggtcccatccacctgtcggacgatgaggaggac
gaggacgcgaaactgctagcagatcacaagccagctgctttcctcttcgagaacgtcgca
tacaacctcaacggaaagcagatcctctctggcatctctggcgcagtccaccccggagag
ctcctggctatcatgggtgcctctggcgctggaaagactacgttcctcgacattttggct
cgcaagaagaagatcggaaccgacagtggcgacttctatgtcaacggcgagaaagtccgc
gacgatgagttccggagcgtcattggtttcgtcgaccaggaggacactcttctaccaact
ctgactgttcacgagacgattctcgactctgctctgctgcgcctgcccaaagagatgagt
cgcacttccaaggagcaaaaggttgaggatgtcgaacgtcaactaggcatctaccacatc
cgcaaccagaagattggttctgaggagagtggtcgcggcatttctggtggagagaagcgc
cgtgtcggtattgcctgcgaactcgtcacatcccccagcatcctctttctcgacgaacct
acgagcggactggacgcctacaacgctttcaacgttgtcgaatgccttgtcaacctggtc
aagaactacaaccgaaccgtcgtcttcactatccaccagccacgctcaaacattgtcgct
ctctttgatcagttgatactgcttgccaagggtagggttgtctactctggacctttcgag
aactgccaactctacttcgatgagcttggctacacctgcccacccggtttcaacattgcc
gactacattgtagatcttaccatgcacgcaagcactgcacgtcagcctatcgacgaagac
agctcaatcttcaaccgtgatctcaaccgtgacggcctcaccacaagcgcaagtagtgcc
attgccgtcaagtctgtccctagtatcaacacgtcagagcttgaaagagacatcgctggc
agccctagcaattcaagcattttgcgacccaagagcaagagaaggacgtcgatcaagcag
cagcaagaacgcgaactgttcacaagaaagaagagctctgctcctgttaacgacggtgca
atgtcgcccaagactgacgacgaggctccttatgatcgccgaggcgctatcaaggctcaa
tggttgaagctcacacgtcaaggaggtagcgtacctccccagatcctcgaggacccggat
gagctcccaccacccgccaatggcgcaaccggaacgaatctggatctcttgatcaatgcc
tatgcctcttccgacatcgccgctactatccgtcaagacattgccacttcagtagccagc
gcaaaccaagccaacggcaccaacggagtgcacgagcaaaacggcttcgtcgcagcaggc
aagttgaagggcttcaagaaggttggtctctttggccagttcaggatcttgtcccgacga
acttggcgtaacctctaccgcaacccgatgctcatgctcacgcactacgccatcgccatc
gtcctggcagtcttcctcggcttcctcttctacggtctcacagacgacatcaagggtttc
cagaaccgcctcggtctattcttgttcgtcttgtcgctctttggcttcagcagcttgacc
attctcaccgtattcgctcctgaacgactactcttcacccgtgagcgtgccaagggctac
tactccccacctgcctacttcgccgccaaggtcatcttcgacattatccctctccgtctg
cttcctcccatcatccttggtatcattgtgtacccaatgactggcctcattcctgcatgg
cccaacttcctcaagttcacgcttttcctcgtcttgttcaacctcgcagccgcagccata
ttcctcttcattggtatcgtgttccgcaactctggcgtggccaacttgattggtgtgcta
gtcatgctattcagtctcctcttctctggcttcttcctcaacaaagagagtattcctgcc
atagccaagtggctacaatcgctatcaatcttccactacgccttcgaaggcctcattgtc
aacgaagtcaaatacctttcccttatcgaccacaagtatggccttgatatcgaagtgcct
ggctctgctatcctcagctcgtttggcttcaacacacaggcgctgtggaaggattgtatt
ggtctgggggtgtttggtggtgcgtttgtactgcttgcatacctggctatgcacttgctg
cttgtggagaagcggtag
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