Sentence examples for mutants could form from inspiring English sources

Only the double cross-over mutants could form colonies on the 7H10 agar media, the single cross-over mutants were not viable.

The mutants could form trimers or a mixture of polymers but not decamers.

Because both M1-S183A M1-T185A185A mutants could form 15.8 and 17.2 ml fractions (Fig.  2C), the results showed that there were two types of oligomerization pattern found in M1-S183A M1-T185A185A oligomers.

Fluorescence microscopy analysis indicated that the bopA mutant could form actin tails when free in the cytoplasm and caused MNGC formation in RAW 264.7 cells (Figure 4A), but at later time points compared to wild-type cells (data not shown).

The substantial gain in function at hFFA2-C4.57G hFFA2-C4.57Gligands that are inactive at wild-type hfor2 and hFFA3 severaled that this mutant couligands thatbares of a construct to selectinactiveobe the function of FFat.

The latter hypothesis is not favoured for the following reasons: first, it is inconsistent with the result that the zip3Δ mutant could form short SCs in the absence of the Zip3-dependent Smt3 modified AE proteins (Agarwal and Roeder, 2000; Hooker and Roeder, 2006); second, very little Red1 protein (<1%) is Smt3-modified in wild-type sporulating cells (Cheng et al, 2006, 2007).

At 20 ng mL−1 anhydrotetracycline, the mutant strain could form colonies but there were fewer colonies than for the wild type strain (Fig. 2).

EM imaging analysis also revealed that both wild-type and mutant proteins could form a nucleoprotein filament with a circular ΦX174-ssDNA (Figure 5D).

We next tested whether vic6 disruption mutant strains could form stable heterokaryons using methods described previously (Smith et al. 2006).

One possible explanation for this observation is that in the case of chemical mutagenesis, mutant strains were chosen for screening over a longer interval (up to 8 weeks); therefore, even slowly growing mutant strains could form detectable colonies and be screened.

The mutants could not form biofilms, and only a tenth as many stuck to the beads.