2016
DOI: 10.4267/2042/61953
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A spontaneous dog model for a human sensory neuropathy: identification of a mutation in the upstream region of a neurotrophic factor

Abstract: Dans cette étude, nous avons recherché la cause génétique du syndrome d'automutilation chez les chiens de chasse, qui correspond chez l'Homme à une neuropathie sensitive de type HSAN. Nous avons identifié une mutation en amont d'un gène codant un facteur neurotrophique : GDNF (« Glial cell line-Derived Neurotrophic Factor »). Cette mutation ségrége parfaitement avec la maladie chez 250 chiens de chasse de statut clinique connu et est absente chez 900 chiens indemnes de 130 autres races. Cette mutation étant si… Show more

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Cited by 5 publications
(3 citation statements)
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“…idiopathic epilepsy/epileptic partial crisis (Berendt et al, 2004;Wrzosek et al, 2015), feline hyperesthesia syndrome (Amengual Batle et al, 2019), feline orofacial pain syndrome (Pakozdy et al, 2011;Rusbridge et al, 2010), idiopathic ganglioradiculoneuritis/sensory neuropathy (Correard et al, 2016). N: pituitary neoplasia (Briola et al, 2020;Menchetti et al, 2019;Puente, 2003), meningioma of the falx cerebri (Wrzosek et al, 2015), frontal lobes and basal nuclei tumours (Chrisman, 1994;Overall, 2003).…”
Section: Imentioning
confidence: 99%
“…idiopathic epilepsy/epileptic partial crisis (Berendt et al, 2004;Wrzosek et al, 2015), feline hyperesthesia syndrome (Amengual Batle et al, 2019), feline orofacial pain syndrome (Pakozdy et al, 2011;Rusbridge et al, 2010), idiopathic ganglioradiculoneuritis/sensory neuropathy (Correard et al, 2016). N: pituitary neoplasia (Briola et al, 2020;Menchetti et al, 2019;Puente, 2003), meningioma of the falx cerebri (Wrzosek et al, 2015), frontal lobes and basal nuclei tumours (Chrisman, 1994;Overall, 2003).…”
Section: Imentioning
confidence: 99%
“…Correard et al. (), in a recent advanced study for human diseases, illustrate the usefulness of the canine model in genetics and reveal the essential parameters for exploring regulatory elements proximal to coding genes in diseases shared by humans and dogs.…”
Section: Application Of Canine Scntmentioning
confidence: 99%
“…As dogs typically enter the stages of disease earlier than humans, clinical trials can be completed earlier, which allows assessments of disease progression and efficacy of medicine in a more restricted time (Marconato, Gelain, & Comazzi, 2013). Dog can thereby act as a bridge to clinical applications of human model research (Lohi et al, 2005;Mack, 2005). Correard et al (2016, in a recent advanced study for human diseases, illustrate the usefulness of the canine model in genetics and reveal the essential parameters for exploring regulatory elements proximal to coding genes in diseases shared by humans and dogs.…”
Section: Generation Of Transgenic Cloned Dogsmentioning
confidence: 99%