vanilloid receptor
vaniloidreceptør
vanilloid compound
vaniloidforbindelse
vanilloid therapy
vaniloidterapi
vanilloid cream
vaniloidcreme
vanilloid drug
vaniloidmedicin
vanilloid treatment
vaniloidbehandling
vanilloid patch
vaniloidplade
vanilloid pain
vaniloidsmerte
vanilloid agonist
vaniloidagonist
vanilloid antagonist
vaniloidantagonist
vanilloid receptor antagonists are frequently studied for their potential to treat chronic pain.
Vanilloidreceptorantagonister undersøges ofte for deres potentiale til at behandle kronisk smerte.
researchers synthesized a novel vanilloid compound to analyze its specific biological activity.
Forskerne syntetiserede et nyt vanilloidforbindelse for at analysere dets specifikke biologiske aktivitet.
activation of the vanilloid receptor subunit triggers a complex intracellular signaling cascade.
Aktivering af den vanilloidreceptorsubenhed udløser en kompleks intracellulær signaleringskæde.
capsaicin is the most well-known natural vanilloid found in chili peppers.
Capsaicin er det mest velkendte naturlige vanilloid, der findes i chillipeber.
the agonist binds tightly to the vanilloid binding site on the sensory neurons.
Agonisten binder tæt til det vanilloidbindested på de sensoriske neuroner.
structural analysis revealed the molecular architecture of the vanilloid pharmacophore.
Strukturel analyse afslørte den molekylære arkitektur af det vanilloidfarmaforhold.
prolonged exposure to vanilloid ligands can lead to receptor desensitization.
Længere eksponering for vanilloidligander kan føre til receptor-desensitisering.
the vanilloid receptor 1 is a non-selective cation channel expressed in nerve fibers.
Vanilloidreceptoren 1 er en ikke-velvælgt kationkanal, der udtrykkes i nervefibre.
investigating vanilloid receptor regulation mechanisms is crucial for drug development.
At undersøge regulering mekanismer for vanilloidreceptorer er afgørende for lægemiddeludvikling.
scientists are evaluating the therapeutic potential of potent vanilloid agonists.
Videnskabsmænd vurderer den terapeutiske potentiale af stærke vanilloidagonister.
the chemical classification of this molecule places it within the vanilloid family.
Den kemiske klassifikation af denne molekyle placerer den inden for vanilloidfamilien.
vanilloid receptor
vaniloidreceptør
vanilloid compound
vaniloidforbindelse
vanilloid therapy
vaniloidterapi
vanilloid cream
vaniloidcreme
vanilloid drug
vaniloidmedicin
vanilloid treatment
vaniloidbehandling
vanilloid patch
vaniloidplade
vanilloid pain
vaniloidsmerte
vanilloid agonist
vaniloidagonist
vanilloid antagonist
vaniloidantagonist
vanilloid receptor antagonists are frequently studied for their potential to treat chronic pain.
Vanilloidreceptorantagonister undersøges ofte for deres potentiale til at behandle kronisk smerte.
researchers synthesized a novel vanilloid compound to analyze its specific biological activity.
Forskerne syntetiserede et nyt vanilloidforbindelse for at analysere dets specifikke biologiske aktivitet.
activation of the vanilloid receptor subunit triggers a complex intracellular signaling cascade.
Aktivering af den vanilloidreceptorsubenhed udløser en kompleks intracellulær signaleringskæde.
capsaicin is the most well-known natural vanilloid found in chili peppers.
Capsaicin er det mest velkendte naturlige vanilloid, der findes i chillipeber.
the agonist binds tightly to the vanilloid binding site on the sensory neurons.
Agonisten binder tæt til det vanilloidbindested på de sensoriske neuroner.
structural analysis revealed the molecular architecture of the vanilloid pharmacophore.
Strukturel analyse afslørte den molekylære arkitektur af det vanilloidfarmaforhold.
prolonged exposure to vanilloid ligands can lead to receptor desensitization.
Længere eksponering for vanilloidligander kan føre til receptor-desensitisering.
the vanilloid receptor 1 is a non-selective cation channel expressed in nerve fibers.
Vanilloidreceptoren 1 er en ikke-velvælgt kationkanal, der udtrykkes i nervefibre.
investigating vanilloid receptor regulation mechanisms is crucial for drug development.
At undersøge regulering mekanismer for vanilloidreceptorer er afgørende for lægemiddeludvikling.
scientists are evaluating the therapeutic potential of potent vanilloid agonists.
Videnskabsmænd vurderer den terapeutiske potentiale af stærke vanilloidagonister.
the chemical classification of this molecule places it within the vanilloid family.
Den kemiske klassifikation af denne molekyle placerer den inden for vanilloidfamilien.
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