Sentence examples for innate escape from inspiring English sources

We next set out to use ChR2 to explore the neuronal basis of the innate escape responses that Drosophila melanogaster adults exhibit in response to various stimuli, including exposure to puffs of odorants or a physical jolt.

Specifically, we focused on the variation in innate escape response of C. elegans to a noxious thermal stimulus, in wild isolates and a recombinant inbred line population.

Adult TBPH−/− LOF mutant escapers and pan-neuronal Gal4-specific ELAV>TBPH GOF flies were characterized by inexistent or severely impaired innate escape and climbing behaviors (Fig.  3C).

We then carried out behavioural analysis and used startle-induced negative geotaxis as a quantifiable measure of innate escape and gravitaxis behaviours (37, 38).

Negative geotaxis is an innate escape response, during which while flies were in a confined environment, and tapped to the bottom, flies will ascend the wall of the container in hope to escape.

Taken together these data suggest that both TBPH LOF and GOF affect synaptic efficacy and function, which is also supported by an impaired innate escape response (Fig.  3C and Supplementary Material, Fig. S9).

The authors can only conclude that autolytic activities such as amidases are important for innate immune escape (not novel) but not on the structural nature of the peptidoglycan relevant for detection in vivo (soluble versus surface attached).

This indicated that the miR-296-3p-ICAM-1 axis mediates the innate immune escaping of tumour cells in nude mice absent of immune response mediated by T cells.

For each one of the 103MC performed simulations, the target is always found within a finite time window; (ii) the ratio τq/τ≅1/10 suggests that the effect of local thermal fluctuations, encompassed by the Tsallis weight, provides to the chain an innate efficiency to escape from energetic and steric traps.

In order to survive in human tissues, including the blood, B. recurrentis has to escape innate and adaptive immune defence processes.

The elucidation of the molecular basis underlying the versatile strategies of B. recurrentis to escape innate immunity and to persist in human tissues, including the brain, may help to understand the pathological processes underlying louse-borne relapsing fever.