L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systems

TRPV1 (Transient Receptor Potential Vanilloid 1) channel receptors are widely espressed in small sensory C and Ad fiber. They have also been observed in the Central Nervous System and in physiological membranes of several tissues. TRPV1 have also been observed in many organs and their increased expr...

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Main Authors: Francesco Amato, Erminia Gilda Morrone
Format: Article
Language:English
Published: Publiediting 2017-05-01
Series:Pathos
Subjects:
Online Access:https://www.pathos-journal.com/2017_2_178.html
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spelling doaj-65424f21d6ed4ff8ae937f1ea346e45d2020-11-25T02:01:55ZengPublieditingPathos1593-23542385-07442017-05-0124210.30458/PA2017-178L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systemsFrancesco Amato0Erminia Gilda Morrone1Direttore UOC Terapia del Dolore e CP Azienda Ospedaliera Cosenza, Centro Hub RegionaleBiologa, Associazione Centro Studi Terapia del Dolore, CosenzaTRPV1 (Transient Receptor Potential Vanilloid 1) channel receptors are widely espressed in small sensory C and Ad fiber. They have also been observed in the Central Nervous System and in physiological membranes of several tissues. TRPV1 have also been observed in many organs and their increased expression contributes to development and perception of the somatic and visceral pain. TRPV1 channels might be a potential therapeutic target for chronic and neuropathic pain management.https://www.pathos-journal.com/2017_2_178.htmlion channelsTRPV1paindiseaseanalgesianeuropatic inflammation
collection DOAJ
language English
format Article
sources DOAJ
author Francesco Amato
Erminia Gilda Morrone
spellingShingle Francesco Amato
Erminia Gilda Morrone
L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systems
Pathos
ion channels
TRPV1
pain
disease
analgesia
neuropatic inflammation
author_facet Francesco Amato
Erminia Gilda Morrone
author_sort Francesco Amato
title L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systems
title_short L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systems
title_full L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systems
title_fullStr L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systems
title_full_unstemmed L’ampia distribuzione dei recettori TRPV1: espressione e funzione nei diversi apparati e distretti anatomici - TRPV1 receptors widespread distribution as espression and function in anatomy and district systems
title_sort l’ampia distribuzione dei recettori trpv1: espressione e funzione nei diversi apparati e distretti anatomici - trpv1 receptors widespread distribution as espression and function in anatomy and district systems
publisher Publiediting
series Pathos
issn 1593-2354
2385-0744
publishDate 2017-05-01
description TRPV1 (Transient Receptor Potential Vanilloid 1) channel receptors are widely espressed in small sensory C and Ad fiber. They have also been observed in the Central Nervous System and in physiological membranes of several tissues. TRPV1 have also been observed in many organs and their increased expression contributes to development and perception of the somatic and visceral pain. TRPV1 channels might be a potential therapeutic target for chronic and neuropathic pain management.
topic ion channels
TRPV1
pain
disease
analgesia
neuropatic inflammation
url https://www.pathos-journal.com/2017_2_178.html
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AT erminiagildamorrone lampiadistribuzionedeirecettoritrpv1espressioneefunzioneneidiversiapparatiedistrettianatomicitrpv1receptorswidespreaddistributionasespressionandfunctioninanatomyanddistrictsystems
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