Alternaria dauci: 96081461
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Entry
96081461 CDS
T10615
Symbol
ACET3X_001139
Name
(RefSeq) hypothetical protein
KO
K00784
ribonuclease Z [EC:
3.1.26.11
]
Organism
adac Alternaria dauci
Brite
KEGG Orthology (KO) [BR:
adac00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03016 Transfer RNA biogenesis [BR:
adac03016
]
96081461 (ACET3X_001139)
Enzymes [BR:
adac01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.26 Endoribonucleases producing 5'-phosphomonoesters
3.1.26.11 tRNase Z
96081461 (ACET3X_001139)
Transfer RNA biogenesis [BR:
adac03016
]
Eukaryotic type
3'processing and CCA adding factors
3'processing factors
96081461 (ACET3X_001139)
Prokaryotic type
96081461 (ACET3X_001139)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Anti-Pycsar_Apyc1
Lactamase_B_2
Lactamase_B
Motif
Other DBs
NCBI-GeneID:
96081461
NCBI-ProteinID:
XP_069311381
LinkDB
All DBs
Position
1:complement(3672364..3675135)
Genome browser
AA seq
923 aa
AA seq
DB search
MESFRQAQERGKKGDAPPKPHFDIYGPPNLKHTLATCRRFIFRKGIPINATEYLKQSPEK
NEDGAIVPTWQDASIKVWAMSVLPSVFEPDGQAEAELEKRRKHFDTHLNTFDAFQAPENE
SPEDREVRYDQIRTATIKCMFDSNWKMDTLVERHISEVEMPAAMFVRNPDTHGYELYQGP
KPGGPDPLPDITVWTRTPWPGATILALPPTRPAPECVSYIVRSHASRGQFDVARAKALGV
KPGPDFGKLTSGQSVPNANGEMITPEQVMGADRPGQGVAILDIPSVAYIESILQREEFSS
PEVMTGIGAIVWMLGPGVAGHPALIEFMNKMESVEHVISSIDTAPNRIANDSVAAQAMRL
GQIDPTRYSTPVFDNTSLPQNSLYRTGTSAASPLPKGAIAADRGMSFTLMPKFVFKKDTV
SKLFVPNEIQSETPPEVLELAKQAQAAVHGSRGDMLAWRRLLARPDTEVTTLGTGSALPS
KYRNVSSTLVRVPGIGNYLLDCGENTLGQLSRVFPYEELIDIIKNLRMIWISHLHADHHL
GTAAVIRAWYQVVHNAVPNPESLDTSASNIDTSAYGLSVISHSGMLQWLNEYSAIEDFGY
SRILPLQITANEARKSSTLSILNSFGKDESENPIVKRGDFEQLFGFQDIQAAKVAHCHGA
MAVSMTFPSSPSDPEGVKPLKVSYSGDCRPSYHFSKIGTDTTVLIHEATFDDELQGDAKA
KKHSTTSEALGIGAQMNAKAVVLTHFSQRYQKIPVLQTVTDGEEEDPLLNPKEVAEDVPM
EDEEAEVDPTIENADNMDMHPTIPSSTAAAPGPANPMPSLTHETSSSLRENARVIKVRNR
DMKVAIAFDYMRVKIGEICELEKFNDALNELLVKDEDADGILEEATKGASGNGKRASEDD
GEGKEGKGKKKQKKQKEKSKRNN
NT seq
2772 nt
NT seq
+upstream
nt +downstream
nt
atggagtcgtttcgtcaggctcaagagcggggaaagaaaggcgatgcgccaccaaaaccg
cacttcgacatatacggaccgccgaatctaaaacacactctggcaacatgtcggagattc
atcttcagaaagggcataccgattaatgctaccgaatatttgaagcagtcgcctgagaag
aatgaggatggtgccatagttccgacctggcaggacgcaagtatcaaagtgtgggccatg
tcagtattgccgagcgtttttgagccggacggacaagcggaagctgaactggagaagcgg
cgaaagcacttcgacacacacttgaacactttcgacgctttccaggctcctgaaaacgag
agtccagaagaccgcgaagtaagatacgaccaaatacggacagcgaccatcaagtgcatg
tttgactcgaattggaagatggacacacttgtcgaacgacacatctccgaggtagaaatg
cctgcggccatgttcgtccgtaaccctgacacacacggatacgagctctaccaaggtcca
aagccgggtggcccagatcctcttcctgatatcaccgtctggaccaggacaccgtggcct
ggcgctaccatactggctcttccaccaactcggccagcgccagaatgtgtttcgtatatt
gtgcggtcgcatgcatctcgtggtcaattcgatgtcgcacgcgcgaaagcgctaggtgtc
aaaccggggcctgatttcggaaagctgaccagcggccaatcagtaccgaacgcaaatggc
gagatgataaccccagaacaggtcatgggagctgacaggcccggtcaaggtgtcgccatc
ctggacatcccctcagtcgcgtatattgaaagcatcctccagcgagaagaatttagctct
ccagaagtgatgacaggcatcggggctatcgtttggatgctgggtccaggcgtcgcgggc
catccggctctcatcgaattcatgaacaagatggagagcgtagaacacgtaatatcatcc
atagatactgcgccgaatcgcattgcaaacgactcggtagcagcacaggctatgcgtctt
gggcaaatcgaccccacaagatattctacacccgtattcgacaacacttctctaccacaa
aatagcctgtataggactggcacgtcagcagcatcgccgttgcccaagggagccattgct
gctgaccgaggcatgtcctttacactcatgccgaagtttgtgttcaagaaggacactgtt
tccaagctcttcgttcctaatgagatacaaagcgagaccccacctgaagttcttgagtta
gctaaacaggcccaggcagctgtgcatggtagccgcggagacatgctggcgtggagacgg
ctactggcgcgtcctgacaccgaggtcacaaccctcggaaccggctctgccttgccgtcc
aaataccgtaacgtgtcttccactttggtacgggttcctggcatcggaaattatctcctt
gattgtggagagaacacacttggccaactttcaagagtctttccctacgaagagcttatc
gatatcatcaagaacctgcggatgatctggattagccacctgcatgccgatcaccacctg
ggtacagcggcagtgattcgtgcctggtaccaagtagtacacaacgccgttcccaatccc
gagtcactcgatacttccgcgagcaacatagacaccagcgcatatggtctttctgtaata
tcacacagtggaatgctacagtggctcaacgaatactctgcaatcgaagactttggatac
agccgcatcctccctcttcaaatcaccgccaatgaagcacgcaagagctcgacattatcc
atactaaactcattcggtaaagacgagtctgagaacccgatcgtgaaaagaggtgacttt
gaacaactgtttgggttccaagacatacaagctgccaaggtggcacattgccacggagcc
atggctgtttcaatgactttcccgagctcgccatcagatcccgaaggtgtaaagccactc
aaagtcagctattcgggcgactgcagaccgagctaccacttctccaagatcggaactgac
acgactgttcttattcacgaagcaactttcgatgacgagcttcaaggtgacgcaaaggca
aagaaacattccaccacctccgaggcacttggtatcggcgcgcagatgaatgccaaggcg
gtggtgctcacgcatttcagccagcgataccaaaagattcccgtcctacagaccgtcacc
gacggcgaggaagaggaccctctactgaatcccaaagaagtcgctgaagacgttcccatg
gaagatgaagaagccgaagtcgacccgaccatcgaaaatgcagataatatggacatgcac
cccactattccgtcttccacagcagcagccccaggccctgcaaacccaatgccttcactc
acacacgaaacctcatcctcgctccgggagaatgcgcgtgtcatcaaagtacgcaacagg
gacatgaaggtcgccattgcatttgattacatgcgcgtcaagattggcgagatttgcgag
ctagaaaagttcaacgatgcattgaacgagttactcgtcaaggatgaggacgcagacggt
atattagaggaagctacaaagggcgcgagtgggaacgggaaaagggcgagtgaggatgac
ggcgagggcaaggagggcaagggaaagaagaagcagaagaagcagaaagagaagagcaag
cggaacaactga
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