Colicin: Difference between revisions
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*'''Colicin-D''' cleaves the anticodon loop of tRNAArg<ref> PMID:15014439 </ref> | *'''Colicin-D''' cleaves the anticodon loop of tRNAArg<ref> PMID:15014439 </ref> | ||
*'''Colicin-E1''' binds to TolC and plug channels of Gram-negative bacteria<ref> PMID:35199644 </ref> | *'''Colicin-E1''' binds to TolC and plug channels of Gram-negative bacteria<ref> PMID:35199644 </ref> | ||
*'''Colicin-E2''' | *'''Colicin-E2''' and '''Colicin-E9''' bind to BtuB and cleaves the target DNA<ref> PMID:17416663 </ref>, <ref> PMID:15995205 </ref> | ||
*'''Colicin-E3''' cleaves the ribosome A site<ref> PMID:11741540 </ref> | *'''Colicin-E3''' cleaves the ribosome A site<ref> PMID:11741540 </ref> | ||
*'''Colicin-E5''' cleaves tRNA which contain the nucleotide queuosine<ref> PMID:16060658 </ref> | |||
*'''Colicin-E7''' binds to immunity protein 7<ref> PMID:10368275 </ref> | |||
*'''Colicin-Ia''' see [[Colicin-Ia]] | |||
*'''Colicin-M''' cleaves peptidoglycans by hydrolysing their phosphoester bonds<ref> PMID:23176510 </ref> | |||
The structure of all colicins, of which over 20 have been identified, follows a 3 domain design: | The structure of all colicins, of which over 20 have been identified, follows a 3 domain design: | ||
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*[[Translocation domain]]<br /> | *[[Translocation domain]]<br /> | ||
*[[H-N-H motif]]<br /> | *[[H-N-H motif]]<br /> | ||
*[[16s rRNase activity]]<br /> | *[[16s rRNase activity]]<br /> | ||
*[[Cloacin DF13]]. | *[[Cloacin DF13]]. | ||
*[[Colicin Immunity Protein]] | *[[Colicin Immunity Protein]] | ||