Several TRP channels exhibits highly temperature-dependent gating properties, which leads to steep changes in depolarizing current upon either cooling or heating. Based on this characteristic feature, these so-called “thermoTRPs” have been widely studied with the aim to elucidate their potential key role as thermosensors in the somatosensory system, and to understand the basis of their high thermal sensitivity. In this review, I provide a brief critical overview of current knowledge on the role of TRP channels in thermosensing and on the thermodynamic and molecular basis of their steep temperature dependence.status: publishe
SummaryTRP channels are molecular sensors that endow animals with the ability to sense external temp...
Cation channels of the TRP superfamily are widely expressed in the nervous system, and important pro...
AbstractTRPV and TRPM proteins have been shown to form temperature-responsive cation channels that a...
Controlling body temperature is a matter of life or death for most animals, and in mammals the compl...
Controlling body temperature is a matter of life or death for most animals, and in mammals the compl...
The mammalian sensory system is capable of discriminating thermal stimuli ranging from noxious cold ...
Animals sense temperature – either cold or hot – by the direct activation of temperature-sensitive m...
Six thermo-activated transient receptor potential (TRP) channels are the molecular basis of the ther...
AbstractThermo-transient receptor potential channels display outstanding temperature sensitivity and...
The molecular sensors that mediate temperature changes in living organisms are a large family of pro...
AbstractThermo-transient receptor potential channels display outstanding temperature sensitivity and...
Temperature sensing is crucial for homeotherms, including human beings, to maintain a stable body co...
Recent years have seen great advances in the molecular description of sensory neurobiology. Of the f...
abstract: All organisms need to be able to sense and respond to their environment. Much of this proc...
Transient Receptor Potential (TRP) proteins are a large family of ion channels, grouped into seven s...
SummaryTRP channels are molecular sensors that endow animals with the ability to sense external temp...
Cation channels of the TRP superfamily are widely expressed in the nervous system, and important pro...
AbstractTRPV and TRPM proteins have been shown to form temperature-responsive cation channels that a...
Controlling body temperature is a matter of life or death for most animals, and in mammals the compl...
Controlling body temperature is a matter of life or death for most animals, and in mammals the compl...
The mammalian sensory system is capable of discriminating thermal stimuli ranging from noxious cold ...
Animals sense temperature – either cold or hot – by the direct activation of temperature-sensitive m...
Six thermo-activated transient receptor potential (TRP) channels are the molecular basis of the ther...
AbstractThermo-transient receptor potential channels display outstanding temperature sensitivity and...
The molecular sensors that mediate temperature changes in living organisms are a large family of pro...
AbstractThermo-transient receptor potential channels display outstanding temperature sensitivity and...
Temperature sensing is crucial for homeotherms, including human beings, to maintain a stable body co...
Recent years have seen great advances in the molecular description of sensory neurobiology. Of the f...
abstract: All organisms need to be able to sense and respond to their environment. Much of this proc...
Transient Receptor Potential (TRP) proteins are a large family of ion channels, grouped into seven s...
SummaryTRP channels are molecular sensors that endow animals with the ability to sense external temp...
Cation channels of the TRP superfamily are widely expressed in the nervous system, and important pro...
AbstractTRPV and TRPM proteins have been shown to form temperature-responsive cation channels that a...