<p>A. RT-PCR of rat olfactory epithelium (OE), using generic primers for ClCa4l and ClCa2 (ClCa). Positive control: CNGA2. OE RT-: Reverse transcriptase-free samples. MW: molecular weight marker (GeneRuler 100 bp plus DNA Ladder, Fermentas). B. RT-PCR from mRNA isolated from the olfactory (OE) and respiratory epithelia (RE). C. Alignment of ClCa amplicon of olfactory epithelium with ClCa2 and ClCa4l. Green denotes identity and white denotes difference in nucleotide sequence. D. Alignment of ClCa amplicon from an olfactory sensory neuron with ClCa2 and ClCa4l.</p
Olfactory receptor neurons respond to odorant stimulation with a rapid and transient increase in int...
Ca2+-activated Cl ̄ channels are an important component of olfactory transduction. Odorant binding t...
The mouse olfactory system contains two distinct chemosensory epithelia, the main olfactory epitheli...
<p>A. ClCa2 and ClCa4l mRNA expression in rat olfactory epithelium after the first (1<sup>st</sup>) ...
<p>A. Amplicons of seven fragments comprising the entire cDNA sequence of the ClCa2 and ClCa4l chann...
The Ca(2+)-activated Cl(-) channel is considered a key constituent of odor transduction. Odorant bin...
Artículo de publicación ISIThe Ca2+-activated Cl2 channel is considered a key constituent of odor tr...
Background: CLCA is a family of metalloproteases that regulate Ca2+-activated Cl- fluxes in epitheli...
Abstract Background CLCA is a family of metalloproteases that regulate Ca2+-activated Cl− fluxes in ...
While inhibiting most neurons of the central nervous system (CNS), Cl${-}$-currents activate somatos...
Additional file 1: Figure S1. Construction of the full-length rEOCLCA4L cDNA. a Construction strateg...
<p>A. Western blots of an enriched ciliary membrane preparation (OC), olfactory epithelium membranes...
Odorants activate sensory transduction in olfactory receptor neurons (ORNs) via a cAMP-signaling cas...
Ion channels gated directly by cyclic nucleotides are required for the transduction of sensory signa...
In recent years the research on the olfactory system has entered a phase of deep inno...
Olfactory receptor neurons respond to odorant stimulation with a rapid and transient increase in int...
Ca2+-activated Cl ̄ channels are an important component of olfactory transduction. Odorant binding t...
The mouse olfactory system contains two distinct chemosensory epithelia, the main olfactory epitheli...
<p>A. ClCa2 and ClCa4l mRNA expression in rat olfactory epithelium after the first (1<sup>st</sup>) ...
<p>A. Amplicons of seven fragments comprising the entire cDNA sequence of the ClCa2 and ClCa4l chann...
The Ca(2+)-activated Cl(-) channel is considered a key constituent of odor transduction. Odorant bin...
Artículo de publicación ISIThe Ca2+-activated Cl2 channel is considered a key constituent of odor tr...
Background: CLCA is a family of metalloproteases that regulate Ca2+-activated Cl- fluxes in epitheli...
Abstract Background CLCA is a family of metalloproteases that regulate Ca2+-activated Cl− fluxes in ...
While inhibiting most neurons of the central nervous system (CNS), Cl${-}$-currents activate somatos...
Additional file 1: Figure S1. Construction of the full-length rEOCLCA4L cDNA. a Construction strateg...
<p>A. Western blots of an enriched ciliary membrane preparation (OC), olfactory epithelium membranes...
Odorants activate sensory transduction in olfactory receptor neurons (ORNs) via a cAMP-signaling cas...
Ion channels gated directly by cyclic nucleotides are required for the transduction of sensory signa...
In recent years the research on the olfactory system has entered a phase of deep inno...
Olfactory receptor neurons respond to odorant stimulation with a rapid and transient increase in int...
Ca2+-activated Cl ̄ channels are an important component of olfactory transduction. Odorant binding t...
The mouse olfactory system contains two distinct chemosensory epithelia, the main olfactory epitheli...