Sentence examples for mutant that can from inspiring English sources

The delta 24 phage is a conditional lethal mutant that can grow only when the host strain supplies the product of gene 24 in trans, or when the phage acquires a functional gene 24 by some type of recombination event.

Molecular dissection of E. coli K113 strain, a fadR mutant that can grow on decanoic acid (C10) as sole carbon sources unexpectedly revealed a single point mutation of T178G in fadR locus (W60G in FadRk113).

GRASP65 forms mitotically regulated oligomers, and the expression of a GRASP mutant that can not be de-oligomerized inhibited mitotic Golgi disassembly [20].

This is independent of JIL-1 kinase activity as a mutant that can no longer phosphorylate histones JIL-1D392AA) [36] is still able to interact with SU VAR 3 9 (Figure 2B).

Expressing either an N-WASP mutant that is able to interact with Cdc42 but lacks the Abp1-binding PRD or expressing an N-WASP mutant that can undergo Abp1 binding but lacks the Cdc42 binding N-terminal part also caused phenotypes similar to that of Arp2/3 complex inhibition, Arp3 RNAi or Abp1 RNAi.

To test this we used the daf-8 m85); daf-8 m8577) daf-6 e1377nt daf-6 e1377rm doublelarvae constitutively (due to the daf-8 mutanton), buthat defecanve in chemosensory behavior due to daformwith improper formation of the sensory channel, preventing the olfactory neurons from contacting the environment [48], [49].

Cortical retention of Lgl disrupts planar spindle orientation, but only when Lgl mutants that can bind Dlg are expressed.

A genetic screen to identify mutants that can increase flux in the isoprenoid pathway of yeast has been lacking.

Finally we describe the general strategy to construct virus deletion mutants that can be engineered to obtain attenuated ASFV strains suitable for vaccine approaches.

Structure-function studies revealed key elements of the sophisticated molecular mechanism ensuring arrestin-1 selectivity and paved the way to the targeted manipulation of the arrestin-1 molecule to design mutants that can compensate for congenital defects in rhodopsin phosphorylation.

All approaches proposed can produce higher order mutants that can be used to increase testing effectiveness and reduce testing effort and reduce the amount of equivalent mutants.