Sentence examples for mutation which produces from inspiring English sources

The genetic anomaly, known as the delta 32 mutation, which produces the flawed receptor, is found in less than 1 percent of the population.

We note that here, as previously, when Pol IV is produced at levels equivalent to a fully derepressed SOS response, either in cells carrying the lexA51(Def) mutation [37], [49] or in cells with a dinB-operator-constitutive mutation which produces Pol IV to levels equivalent to those in lexA51(Def) cells [38], we observed normal, not higher-than-wild-type, levels of stress-induced mutagenesis.

This suggests that there may be larger effect mutations on mastitis susceptibility than the mutation which produces the CD46-TV transcript.

The O allele occurs most frequently in modern humans and carries a human-specific inactivating mutation which produces a nonfunctional enzyme, and thus the H antigen remains without further modification on the surface of the cells [ 5, 6].

The O allele occurs most frequently in modern humans and carries a human-specific inactivating mutation which produces a non-functional enzyme, and thus the H antigen remains without further modification on the surface of the cells [ 2, 3].

Since even the ltsA::kan mutation which produces a longer LtsApeptide (609 amino acid residues) than the ltsA9713 (W340opal, 339 amino acid residues) causes temperature-sensitive growth (see Fig. 1), it was curious that the ltsA9713 mutant KY9713 was temperature-resistant.

In this issue of EBioMedicine, Kandioler et al. analyzed TP53 mutations which produce a partial functionality of the protein (decreasing its transcriptional activity to less than 75%) in stage III colon cancer patients (Kandioler et al., in press).

We also found a 5 fold increase of hspa9 (Figure 3I), mutation of which produces an increase in ROS in blood cells[18].

He then announced the exciting discovery of a new, as yet unnamed CNV mutation process, which produces a nested duplication-triplication-duplication structure.

The localization of the GFP-Igu fusion protein to the basal body of the cilium is consistent with its role in ciliogenesis and mirrors that of IFT proteins [ 43] as well as of the chicken Talpid3 protein [ 44], mutation of which produces a phenotype strikingly similar to that of the zebrafish igu mutant [ 45].

In addition, mitochondria need to respond to changes in the physiological milieu of the cell to repair damage caused by mutations in mtDNA which produces modified proteins which are unable to fold and become prone to aggregation.