Pseudanabaena sp. PCC 7367: Pse7367_1938
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Entry
Pse7367_1938 CDS
T02369
Name
(GenBank) glycosyl transferase family 2
Organism
pseu
Pseudanabaena sp. PCC 7367
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Gene cluster
GFIT
Motif
Pfam:
Glycos_transf_2
Glyco_tranf_2_3
Glyco_trans_2_3
Glyco_transf_21
Cellulose_synt
PilZ
Motif
Other DBs
NCBI-ProteinID:
AFY70213
UniProt:
K9SJ28
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Position
complement(2436347..2438926)
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AA seq
859 aa
AA seq
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MTKTNVSKVTGKDWDIPDPRVWFKPRIATVVLISIILICGAIVAAWFSGAGQIEQIFWQL
QWLQDNPPMWLEAPMVTGRLLAVPTIILLIISLAITKISPEPIKWSRLAMVTILLILNAR
YLLWRSLSTLNVATPLNGVFSIGLFALELFSISNGALELFLITQARDRSEEADRYAEDVA
AGAYYPTVDVFIPTYNEPAFILRRTIIGCQAINYDRKKIYVLDDTRRPEIRALATELGCE
YICRPDNEHAKAGNLNHAIGQTNGELIVCFDADFVPTRNFLQRTVGFFQKQNLALLQTPQ
SYYNADPVARNLGLENIIAPEHEVFHRKIQPARDGTGSVVCSGTSFVIRRSALANAGGKF
VTSSLSEDYFTSIRLAGCGYDLAYLDEKLSAGAAPDDMASMATQRLRWAQGTLQAFFIEE
NPFMIRGLSLRQRFGHLGSVTHWFTSFARVAFLLIPLAYSFLGIIPVKANLEEIIYYFLP
VYCVNLATFSWFSYRARSVAIAEIYDIILCIPVAATTLQTLLKPFGKGFKVTPKGINRDR
LVFNWSLALPLVFLFLATAVSLWVNLANCIMHISDYGSNDDITGLNLGWIWSTYNLILLG
IGLLIMLDVPRVDLYEWFNLRRVVKIEPDPEARLIQPDLQPNIHQASIDQANGQQHGHTN
RQGKTDHQLNQADLDQKPDPIALPANDLELDLGDPATITAEIAPNNAHSSTVEELTMAMP
ANLNSSTANSNHQTYWGITSMCSEIGAEVEVTGRPPDLQPGETMPVTIEIMEVGLKLRGT
ITPSERSCELPKLKVRFEQVTLEQHRQLVELLFCRPGQWLRQRSPGEIASIYFLLRSLIK
PRALFGKKQEISPVMVCQI
NT seq
2580 nt
NT seq
+upstream
nt +downstream
nt
atgacaaagacaaacgtttccaaggtgactgggaaagattgggacatacccgatcccaga
gtttggttcaagccgcgcatcgctacggtggttttaatttcaataattttgatttgtggg
gcgatcgtggcggcctggtttagtggcgctggccagattgaacaaatcttttggcaattg
caatggctgcaagataatccaccaatgtggctggaagcaccaatggtaactgggcgactg
ctggcagtaccaacgattattttattgatcatctcgctggcaatcaccaaaatttcgcct
gagccgatcaaatggtcgcggttggcgatggtgacgattttgctgatcctcaacgctaga
tatttgctttggcgatcgctctcgaccttgaatgtggcgacccccctcaatggcgtgttt
agtattggtctatttgcgctggagctatttagcattagcaatggtgcattggaattattt
ttaattacccaggcgcgcgatcgcagtgaagaggccgatcgctatgctgaggatgtggcc
gccggagcctactatcccaccgtggatgtgtttattcccacctacaacgaaccagccttt
attctgcgccgcacaattattggctgtcaggcgatcaactacgatcgcaaaaaaatctat
gtgctcgatgacacccgccgccccgaaattagagccctggctacagaattgggctgtgaa
tatatctgccgccccgataatgaacatgccaaggctgggaatttaaaccatgcgatcggc
cagactaacggcgagctgatcgtttgttttgatgccgactttgtacccacccgtaatttt
ctacaacgcacggtgggcttttttcagaagcaaaatctagcattgttgcaaacgccacag
tcctactacaatgctgacccggtcgcccgtaacctggggctggaaaatattattgcgccg
gagcatgaggtattccaccgtaaaattcagcctgcccgcgatggtactggcagtgtggtt
tgttcagggacatcatttgtgatccggcgatcggccttggccaatgctggcggtaagttt
gtgaccagctcccttagtgaagactatttcacctcaattcgcttagctggctgtggctat
gacctggcctatttagatgaaaagctgagtgcgggggccgcacccgatgacatggcttca
atggcaacgcagcgattgcgctgggctcagggcaccttgcaggcattttttattgaagaa
aacccatttatgatccgggggttgagcctgcggcagcggtttggccatttgggtagcgtg
acccactggtttaccagttttgcgcgggtggcatttttattaattcccctagcctattca
tttctgggcattattccggtcaaggctaacctggaagaaattatttactatttcctgccg
gtttattgtgtcaatctggccaccttttcctggtttagctatcgtgcccgatcggtggcg
atcgccgaaatttacgatattatcctgtgcatccctgtggcggcaactaccctgcaaaca
ttgctcaagccctttggtaaaggcttcaaagtcacgcccaagggtattaaccgcgatcgg
ctggtgtttaactggagcctagccctaccattggtgtttctgtttctggcgacggcggtg
agtttgtgggtgaacctggccaattgcattatgcatatatctgactatggcagcaatgat
gacatcacaggcttgaatctgggttggatctggagtacctataacctgatcttgttgggg
attggtttgctgattatgctggatgtgcccagggtcgatctctatgagtggttcaattta
cgtcgggtggtaaaaatcgagccagatccagaagccaggttgattcaaccagacttacaa
ccaaatattcatcaagcaagtattgatcaagcaaatggtcagcagcatggtcatacaaat
cgccaaggaaagacagatcaccaattaaatcaagccgatctggatcagaaaccagatccg
atcgctctccctgccaacgatcttgaacttgatctgggcgatccagctacgatcaccgct
gaaattgctcctaataatgctcatagttctaccgttgaagagttaactatggcgatgcca
gccaatttaaactctagtacggctaactcaaatcatcaaacttactggggcattaccagc
atgtgctcagaaattggtgcagaagtagaggtaactggcaggccgccggatctgcaaccg
ggtgaaactatgcccgtaacgatcgagattatggaagtggggctgaagctgcgcggcaca
attacccccagcgaacgaagttgtgaattgcccaaactaaaggtacggtttgagcaggtc
accctggagcaacatcgccaattggtagagctgctattttgtcggccaggacaatggttg
cgccaacgatcccccggtgagatcgcttcgatctatttcttgctgcgcagcttaattaag
cccagagctttgtttggcaagaagcaggagatcagccccgtgatggtttgccagatctag
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