Difference between revisions of "Part:BBa K2257007:Hard Information"
(Created page with "Protein FrmR acts as a regulator, it can form DNA-protein cross-links with a special promotor PfrmAB to prevent activating downstream gene transcription Formaldehyde is able...") |
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| − | Protein FrmR acts as a regulator, it can form DNA-protein cross-links with a special promotor PfrmAB to prevent activating downstream gene transcription | + | Protein FrmR acts as a regulator, it can form DNA-protein cross-links with a special promotor PfrmAB to prevent activating downstream gene transcription |
Formaldehyde is able to covalently modify protein FrmR, inhibiting its function, so when formaldehyde exists, promotor PfrmAB is capable of activating downstream gene transcription by the destruction of the promoter PfrmAB- the protein FrmRcross-link. | Formaldehyde is able to covalently modify protein FrmR, inhibiting its function, so when formaldehyde exists, promotor PfrmAB is capable of activating downstream gene transcription by the destruction of the promoter PfrmAB- the protein FrmRcross-link. | ||
Revision as of 13:28, 25 October 2017
Protein FrmR acts as a regulator, it can form DNA-protein cross-links with a special promotor PfrmAB to prevent activating downstream gene transcription
Formaldehyde is able to covalently modify protein FrmR, inhibiting its function, so when formaldehyde exists, promotor PfrmAB is capable of activating downstream gene transcription by the destruction of the promoter PfrmAB- the protein FrmRcross-link.