Sentence examples for mutants we used from inspiring English sources

For 91 mutants, we used the protein design algorithm FoldX.

To identify the genes responsible for the heb mutants, we used the positional map-based approach with the short-root phenotype as an index.

To study the relation between phenotype and rhodopsin stability in disease mutants, we used a structure-based approach.

We chose to initially conduct cheating assays using only a 50% starting frequency, as both mutants we used have been reported to act as cheats under this condition in iron-limited CAA (Kümmerli et al., 2009b, 2015; Kümmerli and Brown, 2010).

To further investigate the relationship between EAT-6 function and phenotypes seen in eat-6 mutants, we used RNA interference (RNAi) to knock down eat-6 gene activity.

For construction of double mutants we used pHT315Ab-D136N harboring a point mutation D136N as template to introduce additional point mutations as E129K or T143D.

To accurately estimate the expression differentiation between the wild type and the long-lived mutants, we use sub-array normalization followed by a variant of the median-polishing summarization.

To generate the models of wt hAID and N51A mutant we used structures that were available when we commenced our studies i.e. the structures of the C-terminal catalytic domain of APOBEC3G (PDB entry 3V4K and 3E1U).

To evaluate the soil-surface rooting phenotype of the mutant, we used four different methods: the pot method, the cup method, the glass tube method, and the basket method.

To provide an explanation for the residual activity in the hcpA mutant we used a flagella mutant of EDL933.

As previously described the 212-C-ter mutant we used is comprised of the fourth RBD and the GAR domains.