RT @Canlieb1: @WSchaekel TRVP1-Rezeptor / CBD sind für Wissenschaftler von großem Interesse. Viel Forschung über die Mechanismen, wie CBD d…
@WSchaekel TRVP1-Rezeptor / CBD sind für Wissenschaftler von großem Interesse. Viel Forschung über die Mechanismen, wie CBD das Schmerzempfinden ohne Nebenwirkungen reduzieren kann. Die Wissenschaftler haben Beweise dafür, dass CBD TRPV1 hemmt.
CBD Effects on TRPV1 Signaling Pathways in Cultured DRG Neurons https://t.co/WRxNt25FdW https://t.co/jNcphLxvAX
Einsichten der Wirkstoff CBD aus Cannabis Schmerzen lindert. CBD Effects on TRPV1 Signaling Pathways in Cultured DRG Neurons https://t.co/kXLuI0QY9q
@_deepakanand That great info, thanks Deepak! Here is a link to the study for anyone who wants to go a deeper. https://t.co/O0ky5EbDB8
CBD Effects on TRPV1 Signaling Pathways in Cultured DRG Neurons https://t.co/DyCj2H3aSW
RT @Lambert_Usyd: #CBD, at physiologically-observed plasma concentrations, inhibits or desensitizes neuronal #TRPV1 signaling by inhibitin…
#CBD, at physiologically-observed plasma concentrations, inhibits or desensitizes neuronal #TRPV1 signaling by inhibiting the adenylyl cyclase – cAMP pathway, in the cultured rat DRG Neurons model of #neuronal #hyperexcitability https://t.co/RKxMGeklAa
The TRPV1 receptor is a well known receptor that is implicated in pain perception. Research from the UK suggests CBD may desensitize these receptors, affecting pain perception. However, this was preclinical research and not yet observed in humans. https:
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
Full-text pdf: https://t.co/luiUlbBHrN #TRPV1 #cannabidiol https://t.co/HuPOYmy9O2
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
🤓👇🏻🌿🎈
#CBD Effects on TRPV1 Signaling Pathways in Cultured DRG Neurons | JPR @DovePress https://t.co/kb1TUONuil
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
RT @DrMSodergren: Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️…
Our latest in vitro CBD study is now published showing: ☑️ inhibition of pain signaling in well-established model ☑️ dose-response curve ☑️ first description of molecular mechanism of TRPV1 inhibition for pain at physiological doses @DovePress htt