NBF Lanes
  • HOME
  • COMPANY
  • AREE DI INTERESSE
    • TUTTE LE AREE
    • AREA CARDIOLOGICA
    • AREA CONVALESCENZA
    • AREA DERMATOLOGICA
    • AREA EPATICA
    • AREA FERTILITA’
    • AREA GASTROENTERICA
    • AREA GERIATRICA
    • AREA IMMUNOLOGICA
    • AREA NEFRO-UROLOGICA
    • AREA NUTRIZIONALE
    • AREA OFTALMICA
    • AREA ORTOPEDICA
    • AREA RISPOSTA SENSORIALE
    • AREA SERENITA’
    • AREA SOVRAPPESO
  • LISTINO PREZZI
  • CONTATTI
  • Menu Menu
News

Il sistema endocannabinoide degli animali

Il sistema endocannabinoide degli animali
The Endocannabinoid System of Animals

Robert J. Silver
Chief Medical Officer, RxVitamins, Niwot, CO 80544-0590, USA;

Received: 12 August 2019; Accepted: 6 September 2019; Published: 16 September 2019
Animals (Basel). 2019 Sep 16;9(9). pii: E686. doi: 10.3390/ani9090686.

 

Simple Summary:

Our understanding of the Endocannabinoid System of animals, and its ubiquitous presence in nearly all members of Animalia, has opened the door to novel approaches targeting pain management, cancer therapeutics, modulation of neurologic disorders, stress reduction, anxiety management, and inflammatory diseases. Both endogenous and exogenous endocannabinoid-related molecules are able to function as direct ligands or, otherwise, influence the EndoCannabinoid System (ECS). This review article introduces the reader to the ECS in animals, and documents its potential as a source for emerging therapeutics.

 

Abstract:

The endocannabinoid system has been found to be pervasive in mammalian species. It has also been described in invertebrate species as primitive as the Hydra. Insects, apparently, are devoid of this, otherwise, ubiquitous system that provides homeostatic balance to the nervous and immune systems, as well as many other organ systems. The endocannabinoid system (ECS) has been defined to consist of three parts, which include (1) endogenous ligands, (2) G-protein coupled receptors (GPCRs), and (3) enzymes to degrade and recycle the ligands. Two endogenous molecules have been identified as ligands in the ECS to date. The endocannabinoids are anandamide (arachidonoyl ethanolamide) and 2-AG (2-arachidonoyl glycerol). Two G-coupled protein receptors (GPCR) have been described as part of this system, with other putative GPC being considered. Coincidentally, the phytochemicals produced in large quantities by the Cannabis sativa L plant, and in lesser amounts by other plants, can interact with this system as ligands. These plant-based cannabinoids are termed phytocannabinoids. The precise determination of the distribution of cannabinoid receptors in animal species is an ongoing project, with the canine cannabinoid receptor distribution currently receiving the most interest in non-human animals.

 

Link articolo
30 Settembre 2019/da admin
https://www.nbflanes.com/wp-content/uploads/2019/09/News-05-2-square-1.jpg 687 800 admin https://www.nbflanes.com/wp-content/uploads/2016/03/Logo-NBF-Pet-Line-300x300.jpg admin2019-09-30 13:42:042019-10-29 09:05:29Il sistema endocannabinoide degli animali

Pagine

  • Account
  • AREA CACHESSIA
  • Area Cachessia Cane
  • Area Cachessia Gatto
  • AREA CARDIOLOGICA
  • Area Cardiologica Cane
  • Area Cardiologica Gatto
  • AREA CONVALESCENZA
  • Area Convalescenza Cane
  • Area Convalescenza Gatto
  • AREA DERMATOLOGICA
  • Area Dermatologica Cane
  • Area Dermatologica Gatto
  • Area Download Horse
  • Area Download Pet
  • Area Download Pet e Horse
  • AREA EPATICA
  • Area Epatica Cane
  • Area Epatica Gatto
  • Area Fertilità Cane
  • Area Fertilità Gatto
  • AREA FERTILITA’
  • AREA GASTROENTERICA
  • Area Gastroenterica Cane
  • Area Gastroenterica Gatto
  • AREA GERIATRICA
  • Area Geriatrica Cane
  • Area Geriatrica Gatto
  • AREA IMMUNOLOGICA
  • Area Immunologica Cane
  • Area Immunologica Gatto
  • AREA NEFRO-UROLOGICA
  • Area Nefro-Urologica Cane
  • Area Nefro-Urologica Gatto
  • AREA NUTRIZIONALE
  • Area Nutrizionale Cane
  • Area Nutrizionale Gatto
  • AREA OFTALMICA
  • Area Oftalmica Cane
  • Area Oftalmica Gatto
  • AREA ORTOPEDICA
  • Area Ortopedica Cane
  • Area Ortopedica Gatto
  • AREA RISPOSTA SENSORIALE
  • Area Risposta Sensoriale Cane
  • Area Risposta Sensoriale Gatto
  • Area Serenità
  • Area Serenità Cane
  • Area Serenità Gatto
  • AREA SOVRAPPESO
  • Area Sovrappeso Cane
  • Area Sovrappeso Gatto
  • COMPANY
  • CONTATTI
  • COOKIE POLICY
  • Cookie Policy (UE)
  • HOME
  • Landing Newsletter 01
  • Landing Newsletter 03
  • Landing Newsletter 04
  • Landing Newsletter 05
  • Landing Newsletter 06
  • Landing Newsletter 07
  • Landing Newsletter 08
  • Landing Newsletter 09
  • landing-newsletter02
  • LISTINO PREZZI
  • Login
  • Logout
  • MANUTENZIONE
  • Members
  • Newsletter
  • Password Reset
  • PRIVACY POLICY
  • Prova
  • Prova
  • Register
  • Tools
  • TUTTI LE AREE
  • Under
  • User
  • Video Presentazione

Categorie

  • News
  • Newsletter
  • Pubblicazioni
  • Webinar

Archivio

  • Maggio 2023
  • Marzo 2023
  • Febbraio 2023
  • Gennaio 2023
  • Dicembre 2022
  • Novembre 2022
  • Ottobre 2022
  • Luglio 2022
  • Giugno 2022
  • Maggio 2022
  • Aprile 2022
  • Febbraio 2022
  • Gennaio 2022
  • Dicembre 2021
  • Novembre 2021
  • Ottobre 2021
  • Settembre 2021
  • Luglio 2021
  • Giugno 2021
  • Maggio 2021
  • Aprile 2021
  • Marzo 2021
  • Febbraio 2021
  • Gennaio 2021
  • Giugno 2020
  • Gennaio 2020
  • Dicembre 2019
  • Novembre 2019
  • Ottobre 2019
  • Settembre 2019
  • Agosto 2019
  • Luglio 2019
  • Marzo 2019
  • Ottobre 2018
  • Giugno 2018
  • Maggio 2018
  • Aprile 2018
  • Ottobre 2017
  • Settembre 2017
  • Luglio 2017
  • Giugno 2017
  • Aprile 2017
  • Marzo 2017
  • Febbraio 2017
  • Maggio 2016
  • Aprile 2016

MENU

HOME
COMPANY
TUTTE LE AREE
LISTINO PREZZI

INFORMAZIONI

NBF Lanes Srl | Corso di Porta Vittoria 14, 20122 Milano
TEL: 02-55184064 | FAX: 02-55182976
P.IVA: 08784390158 | C.FISC.: 01661540136
MAIL: info@nbflanes.it

SOCIAL

INSTAGRAM

FACEBOOK

PRIVACY POLICY | COOKIE POLICY

© Copyright NBF Lanes, All Rights Reserved, Informazioni riservate ai Sigg. Medici Veterinari

Scorrere verso l’alto