https://www.selleckchem.com/products/ptc-028.html
Conclusion This study identifies 35 putative novel compensatory mutations in the β' subunit of M. tuberculosis RNApol. Six of these (S428T, L507V, A734V, I997V, and V1252LM) are considered most likely to have a compensatory role, as they fall in the interaction zone of the two subunits and the mutation did not lead to any change in the protein's physical-chemical properties.Background Dimorphic fungi may cause infections and symptoms similar to tuberculosis (T, in humans and animals. Such infections, individually or concurrently with
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