-ATPase (PMCA). could be found. Carboxyeosin, which has been used to inhibit PMCA, was found to substantially increase a ciliary transduction current activated by cyclic AMP. This increase was ATP-independent. produced during the odor response
Odor stimulation may excite or inhibit olfactory receptor neurons (ORNs). It is well established tha...
Many odor responses are mediated by the adenosine 3#,5#-cyclic monophosphate (cAMP) pathway in which...
In the cilia of vertebrate olfactory sensory neurons, cytoplasmic Ca2 * concentration in-creases in ...
Background: In any fine sensory organelle, a small influx of Ca2+ can quickly elevate cytoplasmic Ca...
Olfactory sensory neurons respond to odorants increasing Ca2+ concentrations in their chemosensory c...
Within the cilia of vertebrate olfactory receptor neurons, Ca(2+) accumulates during odor transducti...
Background: Within the cilia of vertebrate olfactory receptor neurons, Ca2+ accumulates during odor ...
The odorant-induced Ca2+ increase inside the cilia of vertebrate olfactory sensory neurons controls ...
The roles of Ca2 + and cAMP in olfactory transduction were explored using agents which affect calciu...
We report here the presence of specific plasma membrane calcium pumps (PMCAs) in mouse olfactory sen...
Olfactory cilia contain cyclic nucleotide-gated and Ca2+-dependent Cl- conductances that underlie ex...
Signal transduction depends critically on the spatial localization of protein constituents. A key qu...
AbstractThe odorant-induced second messenger response in olfactory cilia was monitored in the presen...
Glial-like supporting (or sustentacular) cells are important constituents of the olfactory epitheliu...
AbstractOlfactory cilia contain cyclic nucleotide-gated and Ca2+-dependent Cl− conductances that und...
Odor stimulation may excite or inhibit olfactory receptor neurons (ORNs). It is well established tha...
Many odor responses are mediated by the adenosine 3#,5#-cyclic monophosphate (cAMP) pathway in which...
In the cilia of vertebrate olfactory sensory neurons, cytoplasmic Ca2 * concentration in-creases in ...
Background: In any fine sensory organelle, a small influx of Ca2+ can quickly elevate cytoplasmic Ca...
Olfactory sensory neurons respond to odorants increasing Ca2+ concentrations in their chemosensory c...
Within the cilia of vertebrate olfactory receptor neurons, Ca(2+) accumulates during odor transducti...
Background: Within the cilia of vertebrate olfactory receptor neurons, Ca2+ accumulates during odor ...
The odorant-induced Ca2+ increase inside the cilia of vertebrate olfactory sensory neurons controls ...
The roles of Ca2 + and cAMP in olfactory transduction were explored using agents which affect calciu...
We report here the presence of specific plasma membrane calcium pumps (PMCAs) in mouse olfactory sen...
Olfactory cilia contain cyclic nucleotide-gated and Ca2+-dependent Cl- conductances that underlie ex...
Signal transduction depends critically on the spatial localization of protein constituents. A key qu...
AbstractThe odorant-induced second messenger response in olfactory cilia was monitored in the presen...
Glial-like supporting (or sustentacular) cells are important constituents of the olfactory epitheliu...
AbstractOlfactory cilia contain cyclic nucleotide-gated and Ca2+-dependent Cl− conductances that und...
Odor stimulation may excite or inhibit olfactory receptor neurons (ORNs). It is well established tha...
Many odor responses are mediated by the adenosine 3#,5#-cyclic monophosphate (cAMP) pathway in which...
In the cilia of vertebrate olfactory sensory neurons, cytoplasmic Ca2 * concentration in-creases in ...
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