Latest revision as of 09:03, 14 July 2017

The S-box element is a riboswitch that controls different genes of sulphur metabolism in response to the presence of S-adenosylmethionine.

Upon binding of SAM, the riboswitch adopts a terminator structure resulting in transcription termination.
In the absence of SAM, the riboswitch has the antitermination structure that allows transcription elongation into the controlled gene/ operon.
S-box riboswitch turnover is initiated by RNase Y PubMed

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-The s-box elements controls different genes within the sulfur metabolism.
+The S-box element is a [[riboswitch]] that controls different genes of sulphur metabolism in  response to the presence of S-adenosylmethionine.
+* Upon binding of SAM, the [[riboswitch]] adopts a terminator structure resulting in transcription termination.
+* In the absence of SAM, the [[riboswitch]] has the antitermination structure that allows transcription elongation into the controlled gene/ operon.
+* S-box riboswitch turnover is initiated by [[rny |RNase Y]]  {{PubMed|19779461}}
-Genes controled by s-box element:
+==Genes controlled by a S-box==
-[[cysH]],
+* ''[[cysH]]-[[cysP]]-[[sat]]-[[cysC]]-[[ylnD]]-[[ylnE]]-[[ylnF]]''
-[[metE]],
+* ''[[metE]]''
-[[yitJ]],
+* ''[[metI]]''-''[[metC]]''
-[[yjcI]],
+* ''[[metK]]''
-[[ykrT]],
+* ''[[metN]]-[[metP]]-[[metQ]]''
-[[yoaD]],
+* ''[[mtnK]]-[[mtnA]]''
-[[yusC]],
+* ''[[mtnW]]-[[mtnX]]-[[mtnB]]-[[mtnD]]''
-[[yxjG]],
+* ''[[yitJ]]-[[yitI]]-[[yitH]]''
-[[yxjH]]
+* ''[[yoaD]]-[[yoaC]]-[[yoaB]]''
+* ''[[yxjG]]''
+* ''[[yxjH]]''
+==References==
+<pubmed> 18039762,12626738 ,17381302 19779461 12787499 18039762 18443629 20951706 22543867 28701520</pubmed>
+=See also:=
+* [[RNA switch]]
+=Back to [[regulons]]=

Difference between revisions of "S-box Element"