Sentence examples for taste responses to from inspiring English sources

Although tight junctions among taste bud cells (TBCs, animal chemical sensors) prevent the diffusion of food constituents to protect TBCs, these tight junctions are suggested to permeate some food constituents in order to elicit taste responses to them.

A previous study of G. incorrupta and the related caterpillar Estigmene acrea showed that the phagostimulatory taste responses to PA differed between parasitized and unparasitized caterpillars [40].

Individual differences in taste responses to medications highlight the need to consider children's genetic variation and their own perceptions when developing formulations acceptable to the pediatric palate.

Thus, individual differences in taste responses to medications highlight the need to consider children's genetic variation and their own perceptions when developing formulations acceptable to the pediatric palate.

V1 mutants were indifferent to both substances (altered taste response), V24 showed an intermediate response: they were repulsed by NaCl but remained indifferent to sucrose and V13 and V14 present a normal taste response to both substances.

It presents an abnormal taste response to sucrose and NaCl (indifferent to both substances), and shows an alteration of the neural connections between the AMC and CNS as well as arborisation defects in larval neuromuscular junction [ 10].

Our results are consistent with previous studies in other mammals that CNVRs are particularly enriched in genes related to immunity, sensory perception of the environment (e.g. smell, sight, taste), response to external stimuli and neurodevelopmental processes [ 57].

Polymorphisms in these genes have been shown to modulate the taste response to different compounds, both natural and synthetic [ 8- 10], and showed evidence of evolutionary pressures [ 11- 13], highlighting the importance of studying both TAS2R genes and pseudogenes.

The effect of MRPs was investigated on human salt taste and on the chorda tympani (CT) taste nerve responses to NaCl in Sprague Dawley rats, wild-type, and transient receptor potential vanilloid 1 (TRPV1) knockout mice.

To test if MRPs interact with the amiloride-sensitive and/or amiloride-insensitive salt taste receptors, we monitored chorda tympani (CT) taste nerve responses to NaCl in Sprague Dawley rats and in transient receptor potential vanilloid 1 (TRPV1) knockout mice and their wild-type control mice.

We have used miraculin and GA to resolve how taste is coded in peripheral nerves, because, if these compounds exert the same taste effects in our animal models, i.e., add sweet taste to acids after miraculin or block sweetness after GA, these effects must be reflected in taste nerve responses to sweet.