Leclercia adecarboxylata: APT61_19400
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Entry
APT61_19400 CDS
T04232
Name
(GenBank) family 2 glycosyl transferase
Organism
lax
Leclercia adecarboxylata
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Methyltransf_24
RMNT_CmcI
Motif
Other DBs
NCBI-ProteinID:
ALZ98060
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Position
4182691..4185369
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AA seq
892 aa
AA seq
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MGTQQSSRTQANRKQASVKQTNTELDFIFKRPIFWRPSYIAQSAWLEHIPFAFWLVDTLQ
PRKIVELGTHYGSSYFSFCQAITKLDLETQCYAVDTWGGDEHAGQYGEEVYRQVSEHNQQ
HYSDFSTLVRSTFDQALEHFPQGSIDLLHIDGLHTLEAVRHDFESWLPKLSDRAVVIMHD
TNVRERGFGVFQLLDELKQQYPHFEFAHGHGLGVIGVGSEQPSEMMSLYNLSGNASATRQ
VQEVFSRLGKACGYSWENGEIKRQMVALQAYQQAEAQDVMEQQALERGRLAEKITAQHHA
IKELESKLAQHADQSAELGLQKQQVSALTAEQAKSTQHASELQMTLNVCEQQRDESLANQ
QKLETMLAETQGKFTQTVAERDLIAQEKQSLLEQQTEAQEQQSALQQQLHEQSLLLNDET
QRAAQLTLALNKNNVVLNEYSQQLSALQQHIDELTTALTTAHQQQDELSQTLATEASQWQ
QQKQALTEACGKLQHQYDALNSELTESRAELDQYEAAQQIWQVREKELTTALDESQAELA
RLNVLLGENAQTNDKHAKELDSTRKLLERLQQQQEVEQVEHQQQLSNLENALNERFTEIA
TLTGWLEEYKETLAIATNEQQKLIEDYQTNQQTWHEKQLQYQNEQTEHQQQLIALQQSVN
ERFNEIATLTNWLEERELALENAAKEQKALAEKYQEHQQEWRIEQQELTLCIEHATSQQT
NLNSRINELLKHNEGLEANIAERFRELALMTNLVEQQSRELRKGEQQTEQLKARINKLKG
TVSWRLTAPVRAIAKPFKESTKHSISQINTIAESGFFDEQWYRQQYPDSLNTSSAIEHYL
NTGAKIHYNPSPKFDTSWYLNMYPDVANGDVNPLLHYILHGQHEGRLCRSQS
NT seq
2679 nt
NT seq
+upstream
nt +downstream
nt
atgggcactcagcaaagcagccgaacacaggcaaaccgcaagcaagcatcagtgaaacaa
acgaataccgagctggattttatttttaaacgccctattttctggcgtccgtcttacatt
gcacaatccgcctggttagaacatattccctttgctttctggttggtcgataccctgcaa
cctcgcaaaattgttgaactgggtacccattacggcagctcctatttttctttctgtcag
gcaataacaaagttagatctcgaaacccaatgctatgcagtagatacctggggtggcgat
gagcatgcaggccagtatggcgaagaggtttatcgtcaggtttccgaacacaaccagcaa
cattactctgacttttccaccctcgtgcgcagcacattcgatcaggcgttagagcacttc
ccgcaaggcagcattgatttattgcatattgatggcctgcatacccttgaagcggtgcgt
catgattttgaaagctggctgccaaagctgtctgacagagccgttgtcatcatgcatgac
accaacgtgcgcgaacgcggctttggggtattccagctgctggatgagcttaagcaacag
tatcctcactttgagttcgcacacggtcacggcctgggcgtgattggtgtaggtagcgag
caaccatcagagatgatgagcctgtacaatctttcagggaatgcatccgcaacgcgacaa
gtacaggaagtcttctcccgcctgggtaaggcctgcggttatagctgggaaaacggtgaa
ataaagcgccagatggtcgcgctgcaagcataccagcaggcagaagctcaggatgttatg
gagcaacaagcccttgaaaggggtcgccttgcagagaagatcacggcccagcaccacgcg
ataaaagagctggaaagtaaacttgcacaacacgccgatcaatccgctgagcttggcctc
cagaagcaacaggtgagtgcattaactgcggagcaggcgaagtccactcaacacgcctct
gaattacaaatgacccttaacgtttgcgaacaacagcgtgacgagagtctggcaaaccag
caaaagctggaaactatgctcgcagaaactcaggggaaatttacccagacggttgcagaa
cgtgacctcattgcgcaagaaaagcagtcactactggagcaacaaacagaagcgcaggaa
cagcaaagtgccctgcaacagcaactgcatgaacaatcactgctccttaatgatgagacc
cagcgtgcagcgcagttgactctcgcactcaataaaaacaacgtagtgcttaatgaatat
tcacaacaactcagcgcattacagcagcatatcgatgagctgaccaccgcgttgactact
gcgcaccagcagcaggacgaactcagtcagactctggcgaccgaagccagccaatggcaa
cagcagaaacaagcactgactgaagcctgtggtaagttgcagcaccagtatgatgcttta
aactcagagctgacagaaagtcgcgctgagctagatcagtacgaagcggcgcagcaaatc
tggcaggtacgtgaaaaagaactaactaccgccttagatgaaagtcaggctgaactcgcc
agattgaatgtgttacttggtgaaaatgcacagactaatgataaacatgctaaagaactt
gacagtacacgaaaactgctagagcgcttacaacagcagcaagaagtggagcaggttgaa
catcaacaacagctatccaatttggaaaatgcattaaacgaacgttttactgagatagcg
actcttactggctggctggaagaatataaagagacattagcaattgcgaccaatgaacaa
caaaaactcatagaagattatcaaactaatcagcaaacttggcacgaaaagcaattgcaa
tatcagaatgagcagacagaacatcagcaacaactgattgctcttcaacaatctgtaaac
gaaaggtttaacgagatcgctactcttactaattggttagaagaacgcgagctagcttta
gaaaacgcagcaaaagagcaaaaagcattagctgagaagtaccaggaacatcagcaagaa
tggcgtatcgagcaacaagagttgactttatgtattgaacatgcaacctcacaacaaact
aatcttaacagtcggataaatgaacttctgaaacataacgaagggctggaagctaacatc
gcagagcgtttccgcgaactggcgttgatgaccaatctagtcgagcaacaatccagagag
cttagaaaaggtgagcagcaaacagaacagcttaaggctcgtatcaataaattgaaagga
accgtctcttggcgtctgacagcaccagtcagagccattgcaaagccattcaaagaatcc
actaagcatagcattagccaaattaatactattgcagaatcgggattttttgacgaacaa
tggtaccgtcaacaatatccagattctttgaatacctcctcggcaattgagcattattta
aatactggcgcaaaaattcactataacccaagcccaaaatttgataccagttggtatctt
aatatgtacccggatgtcgctaatggagatgtgaatcctctcttgcattatattttacat
gggcaacacgaaggacgactgtgtcgctcacagtcctga
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