Sentence examples for fundamental mutation from inspiring English sources
DE/rand/1 is the fundamental mutation strategy developed by Storn and Price [23, 25], and it is reported to be the most successful and widely used scheme in the literature [9].
The fundamental mutation should be present in all epithelial cells within the tumour, with genetic alterations that were acquired subsequently present in only a proportion of the cells within the tumour.
The rate of mutation to beneficial alleles depends both on the fundamental mutation rate and on the degree of adaptation of the population, and so cannot be estimated without knowing both the state of the environment and the state of the population.
These drugs, Lydon says, helped show that treatments can "attack the fundamental mutations in a cancer".
A totally different situation occurs, when a new influenza virus turns up through a fundamental virus mutation or an exchange of genetic material between a human and an animal influenza virus, against which we have little immunity or cross immunity.
These pages will consider some of the fundamental models of mutation as well as models of sequence evolution commonly used with DNA sequence data.
A well-controlled lethal rate is fundamental for effective mutation and screening of the mutants.
Therefore it is possible that MAT-containing chromosomes could reveal some fundamental pattern of mutation that other chromosomes may never be able to reveal.
However, the absence of changes in the housekeeping genes suggests that the ST11 lineage survived without any substantial genetic changes being produced by the fundamental processes of mutation, recombination, selection, drift, and migration [ 15].
Importantly, the modest technical cost and DNA sample size required for AluScan will render practicable a follow up with similarly paired AluScans for tens to hundreds of glioma patients in order to distinguish the somatic and germline driver mutations fundamental to the development of the disease from passenger mutations.
Protein side-chain mutation is fundamental both to natural evolutionary processes and to the engineering of protein therapeutics, which constitute an increasing fraction of important medications.
