Transfers, genetic recombination and viral and bacterial mutants
Functional enzymology - Enzymes involved in human deseases; Enzymatome concept
Article REF: PHA1516 V1
Transfers, genetic recombination and viral and bacterial mutants
Functional enzymology - Enzymes involved in human deseases; Enzymatome concept

Authors : Serge KIRKIACHARIAN, Julien DUMOND

Publication date: August 10, 2023 | Lire en français

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1. Transfers, genetic recombination and viral and bacterial mutants

Whatever the strain of pathogenic micro-organism, it is always interesting to be able to specifically inhibit its enzymes, whether wild-type, mutated or recently acquired.

  • A mutation is a stable, heritable change in the genome of a living organism. Every living individual has a characteristic nucleotide sequence. A mutation is a change in one or more nitrogenous base pairs of the nucleotide sequence concerned. The mutated gene is different from the wild-type gene, which is characterized by a different phenotype in the individual expressing the mutant protein derived from the gene. For example, for a mutated enzyme with a non-silencing mutation, the kinetic parameters k cat , K M , K eff (respectively catalytic...

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