KEGG T01173: smi

Streptococcus mitis B6: smi_1247

Entry

smi_1247 CDS T01173

Definition

type III restriction endonuclease

Orthology

K01156

type III restriction enzyme [EC:3.1.21.5]

Organism

smb Streptococcus mitis B6

Class

SSDB

Motif

Pfam:

ResIII DEAD

Other DBs

NCBI-GI:

289168088

NCBI-GeneID:

8798150

UniProt:

D3H9E7

Position

complement(1245734..1248811)

AA seq 1025 aa
MRLQFKKQQFQLDAVSAIADLFQGQAKHTGVQYMADPGRLKSDEVDLVLDAYRNAPIQLS
QASIRENVHAVQTRFGLRPSESLSIDRVNGNPAYNFSIEMETGTGKTYTYIRTIMELNKR
YGWLKFVIVVPSVAIREGVLKSLQIMSSHFQVEYGKQPRYFVYDSSRLGDLDSFANSSDL
QIMVINIQAFNAKGKDARRIHSEQESFRWRRPIDVLAAMNPIMIIDEPQSANGKQTKMGL
KDFKPLFTLRYSATHKEKHDMVYRLDAMDAYNQKLVKKIAVKAIEQTGTTGTQGYLYLQE
IIPQKTGAPKAKIEFEVKMQSGVKRKLKVVEEPFDLYAESGNLSAYKGMTLSHFDARENK
LQVGVTQELHVGEVIGEVDESSIRRIQIRETIKSHIEKESKLYNRRIKVLSLFFIDEVAK
YKQYDEHNDAYNGEYAQIFEEEYRNQVNQFIQTQEPTPYRRYLEANLEGNSVHAGYFSVD
KVKKSDKTIFVDYKSTSEKKSNLSNDTDAYDLIMKDKERLLSFEEPVRFLFSHSALREGW
DNPNVFQICTLKKSSAEVGKRQEIGRGMRLAVDQNGIRQDFELLGNDVHEINKLTVIANE
SYDQFARNLQEEIKELLADRPAKVDVTLFTNKVLTNQEGQTIRITKEQADSIHFDLIRQG
YIDREGQLTTEYFTAKENHQLQLSETLAGYEDKLVEILESVYHAGQYEIENANNAVIQFS
NEVNQENIARKEFLNLWKQINRKTSYQVEFDDAELVKHSVDYINEKLVVSKPSFHITQAS
ATEMSKEEGLHLTVAENDRQQEYLTDSQIMTKYDLLGEIADQTGLTRKLVAEILSKIYVY
QFDKFKQNPEEFILKVSKLINEQKASQIIKHIQYNVLSEEYDMDLFYDNPETANRSDDYL
LESKKGIYNFVKVDSNTEKTFKESLEQYEDVRVYVKLPGKFSIATPLGNYNPDWAIAFRE
GSVKHIYFVAETKGSMSSLQLKQAEQAKIACARAHFKALAQAGLINDQHIYDVVSSYEEL
LNIVR

NT seq 3078 nt +upstreamnt +downstreamnt
atgagattacaatttaaaaaacaacaattccagttggatgcggtgagtgctattgcagat
ttatttcaagggcaagccaaacatactggagttcagtatatggcggatccaggtcgtctc
aagtcagatgaggtagatttggttttagatgcttatcgaaatgcaccgattcaattgagt
caagcaagtatacgagaaaatgttcatgccgtacaaactcgttttggattaagaccttct
gaaagtctttctattgatagagttaatggcaacccagcttataatttttccatagagatg
gagacgggaacagggaagacctacacgtacatccgtaccattatggagttaaataaacga
tacggatggcttaagtttgttattgtcgttccaagtgtagccattcgtgaaggagttctc
aagtctctgcagatcatgtcaagtcactttcaggtggagtatggcaaacaaccacgctat
tttgtctacgattcttcacgtttaggtgatttggatagttttgccaattcgtcagacctt
caaatcatggtcattaacattcaagcctttaatgcaaaaggaaaagatgcgcgacgaatt
cattctgaacaggaaagtttccgttggcgccgtccaattgatgtactggcagctatgaat
ccgattatgattattgatgaacctcagtctgctaatggtaaacaaaccaagatgggacta
aaagatttcaagccattgtttacactacgttattcggctacccataaagaaaaacatgat
atggtttatagattggatgccatggatgcttacaatcaaaaattagtgaagaagattgcg
gttaaggctattgaacaaactggtacgactgggacacaaggctatctttatctacaagaa
atcattccacaaaaaacaggagcacccaaagcaaaaattgagtttgaagtaaaaatgcag
tcaggtgtcaaaaggaaattgaaagtggtggaagaaccctttgatttgtatgctgaatca
gggaatttatctgcttataaaggaatgacccttagtcactttgatgcaagagagaacaaa
cttcaagttggtgtgacgcaagaacttcatgtcggtgaagtgataggggaagtggatgag
tctagcatcagaagaattcaaatccgagagactataaaaagtcatatcgaaaaggaaagt
aaactttataatcgaagaattaaagtattatccttatttttcatcgatgaagtggccaag
tataaacaatatgatgaacataatgatgcctataatggtgaatatgctcagatttttgaa
gaggaataccgaaatcaagtaaaccagtttatccaaacacaggaaccaactccttatcgt
aggtatttggaggctaatcttgaaggaaattcagttcatgctggttacttttcggtagat
aaagtgaagaagtcagataagaccatttttgtggattataaatctaccagtgaaaagaaa
agtaatctttcaaatgacaccgatgcctatgacttgattatgaaggacaaggagcgtttg
ttgagctttgaagagccagttcgtttcctcttttctcactcagctctaagagagggatgg
gataatcctaatgtctttcaaatttgtactctcaaaaaatcttcagcagaggttggaaag
cgtcaagaaatcggtcgtggtatgcgtttggcagttgatcaaaatggaattcgtcaggat
tttgaactcctaggaaatgatgttcatgaaatcaataaactgacagtaattgcaaatgaa
agctatgatcaatttgctcgaaatctacaagaagaaatcaaagaacttttagcagatcgt
cctgcaaaagtggatgttactctctttacgaataaagttctaaccaatcaagaaggacaa
acaatacgtattaccaaggaacaagcagattcgattcattttgatttgatccgacaaggc
tatatagaccgtgaaggacaattgaccacagaatattttactgcaaaagaaaatcatcag
ttacaactgtctgaaacgctagcaggttatgaggataagctggtagagatattggagagt
gtttatcatgctggacagtatgaaattgaaaatgccaataatgcggtaatacaattctca
aatgaggtcaatcaagaaaatattgctcgaaaagaatttttaaatctctggaagcaaatc
aatcgtaagacgagttaccaagtagagtttgatgatgcggaattggtaaaacattcggtt
gactatatcaatgagaaattagtcgttagcaaaccaagctttcatataactcaagcaagc
gctactgagatgagtaaggaagaaggtctccatctgacagtggctgagaatgatcgccaa
caagaatatctaacggattcgcagattatgaccaaatatgatttgctaggggagattgct
gatcagactggtttaactcgtaagttggttgcggaaatattaagtaaaatctatgtctac
caatttgacaagtttaaacaaaatccagaagagtttattcttaaggtttcaaaactaatt
aatgaacaaaaagcaagtcaaattatcaagcatattcagtataatgtattaagtgaagag
tatgatatggacttgttttatgacaatcctgaaactgctaacagatcagatgattactta
cttgaatccaaaaaaggaatttacaattttgtaaaagttgattcaaatacggagaagacc
tttaaagaatctttggaacaatacgaggatgttcgtgtttatgtgaagctaccagggaag
ttcagtattgctactccgcttgggaactataaccctgactgggcaattgccttccgtgaa
ggaagtgtcaagcatatctattttgttgcagaaacgaaaggctctatgtctagtcttcaa
ttaaagcaagctgagcaagcaaaaattgcctgtgcgcgtgctcactttaaagctttggca
caagctggattgattaatgatcagcacatctatgatgtggtttctagctatgaggaatta
ttaaatattgtaagatag

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (10)   

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