The phrase "a subsequent mutation" is correct and usable in written English.
It can be used when discussing changes or alterations that occur after an initial event or mutation, particularly in scientific or biological contexts.
Example: "The study revealed that a subsequent mutation in the virus led to increased resistance to the vaccine."
Alternatives: "a later mutation" or "an ensuing mutation".
One possibility is that a mutation that causes a lower-level of resistance was acquired first, followed by the acquisition of a subsequent mutation that afforded a greater degree of resistance (e.g. higher MIC), enhancing fitness/survival as a isoniazid became more widely deployed in a region.
The resulting sequences were used as seed for a subsequent mutation process of another 50 steps.
Once a trait is affected by a trait-lethal mutation, a subsequent mutation may again increase its value by 0.1.
A subsequent mutation that increases glycolysis generates more ATP allowing this population to expand initially in the hypoxic region.
It can be speculated that a subsequent mutation to A441 is so advantageous for the plant that most of the V441 enzymes evolved to this final stage.
They showed that a reduction of 50% indicated both familial and isolated LGMD2B heterozygotes, and suggested the use of Dysferlin protein testing to select muscle biopsies from suspected carriers for a subsequent mutation analysis.
An ancient gene duplication event of a eukaryotic RecA gene and subsequent mutation has been proposed as a likely origin of the modern RAD51 and DMC1 genes.
This subsequent mutation was a shock".
Because we investigate the mutation rates for different lethality levels, it is desirable to know whether a slight deviation of the optimal parameters will lead to a significant difference in the subsequent mutation rate estimation and hypothesis testing.
Evolving from a common GPCR ancestor through the subsequent mutation of neighboring AA residues, GPCR binding cavities have diversified and acquired the ability of selectively recognizing specific ligands.
This disabling of cell cycle brakes (and thus immortalization) can occur as a consequence of molecular damage and subsequent mutation.
