Sentence examples for mutation that blocked from inspiring English sources
A mutation that blocked the parasite responsible for malaria, for instance, could be engineered into a mosquito and passed down every time it reproduced.
A mutation that blocked the parasite responsible for malaria, for instance, could be engineered into a mosquito and passed down whenever it reproduced.
A mutation that blocked the parasite responsible for malaria, for instance, could be engineered into a mosquito and passed down every time the mosquito reproduced.
A mutation that blocked ring formation was also unable to align FtsZ protofilaments.
Therefore direct substrate oxidation by the haem cofactor in the latter DyP is only possible at the main haem access channel, in agreement with results from the G169L mutation that blocked the channel.
Uls1 interacted with Slx5 physically in to yeast two-hybrid and co-immunoprecipitation assays, a uls1 mutation that blocked the interaction between Uls1 and Slx5 interfered with ULS1 function, and genetic analyses indicated an antagonistic relationship between ULS1 and SLX5.
Comparison of wild type and mutated forms of Gro/TLE1 showed that all those SP domain mutations that blocked cofactor-activated phosphorylation and weakened the strength of the association of Gro/TLE1 with chromatin also impaired the anti-neurogenic effect of Gro/TLE1 (Fig. 7B E, cf. bars 2 7).
Mutations that blocked Ras cAMP PKA signaling (ras1Δ, cdc35Δ, tpk1Δ, and tpk2Δ) suppressed or delayed the apoptotic response, whereas mutations that stimulated signaling (RAS1val13 and pde2Δ) accelerated the rate of entry into apoptosis [8] [10].
Importantly, mutations that blocked this chemical signaling prevented the worms from responding appropriately to the smell of food.
CDC123 was first identified over 30 years ago in a screen for temperature-sensitive mutations that blocked cell proliferation in rat fibroblast cells [ 7].
The fact that the building blocks of the apoptotic machinery have normal functions not related to cell death may mean that essential parts of the apoptotic executioner cannot be lost and thus reduces the possibility of oncogenic mutations that block the apoptotic program.
