support from NIH T32 training grants;support from an NIH F32 grant;supported by grants from the NIDCD and NIGMS(to X.Z.S.X.)。
Research using the model organism nematode C.elegans has greatly facilitated our understanding of sensory biology,including touch,olfaction,taste,vision and proprioception.While hearing had long been considered to be ...
supported by the National Natural Science Foundation of China(nos.21875009 and 51973227);the National Key Research and Development Program of China(nos.2017YFA0206904 and 2017YFA0206900);the Youth Innovation Promotion Association CAS(no.2020028);the Fundamental Research Funds for the Central Universities。
Mechanosensory elastomers attract intense interests in the academic and industrial fields.However,molecular insight of macroscopic properties remains a significant challenge.Herein,we build up a correlation between th...
Mechanotransduction refers to a physiological process by which mechanical forces, such as pressures exerted by ionized fluids on cell membranes and tissues, can trigger excitations of electrical natures that play impo...
Mechanosensitive channels mediate touch,hearing,proprioception,and blood pressure regulation.Piezo proteins,including Piezo1 and Piezo2,represent a new class of mechanosensitive channels that have been reported to pla...
The mechanism for transmission of sensory information concerning a specific sensory modality or submodality can be called a sensory channel, including the receptors, sensory pathways and the parts of the central nervo...