Les traumatismes crâniens peuvent provoquer des troubles de la perception de molécules odorantes chez l’homme. Les causes de ces troubles post-traumatiques peuvent être : une altération mécanique dans la cavité nasale, des cisaillements des filets nerveux olfactifs et des lésions des régions cérébrales impliquées dans le traitement de l’information olfactive.Il est crucial en clinique ORL de pouvoir déterminer objectivement la fonctionnalité de l’odorat.Pour cela, nous avons conçu une méthode d’enregistrement électrophysiologique des potentiels évoqués olfactifs incluant, en plus de la composante classique P2/P3, une composante cognitive reflétant la perception du stimulus odorant : la variation de contingence négative (CNV).Cette méthode a...
OBJECTIVE: The aims of this study were to evaluate olfactory function with orthonasal and retronasal...
The incidence of olfactory dysfunction associated with head trauma varies from 5 % to 25 % and it is...
Olfactory system is a vital sensory system in mammals, giving them the ability to connect with their...
Smell deficit is commonly due to head trauma which often causes the shearing of the olfactory nerve ...
OBJECTIVES: Post-traumatic olfactory loss (PTOL) is the third most common aetiology for olfactory di...
Background: Anosmia is a physical sign in post-traumatic patients, which significantly reduces the q...
P(RPOSE: To evaluate the sites of injury in patients with posttraumatic olfactory deficits and to co...
ObjectivesPatients with smell loss after craniocerebral trauma are known to have some brain abnormal...
Traumatic brain injury (TBI) can cause olfactory loss. The aim of this cross-sectional and prospecti...
Objective: To evaluate olfactory function and clinical–neurological characteristics in a group of pa...
AbstractThe presence of cerebral lesions in patients with neurosensory alterations provides a unique...
The degree of olfactory function and damage to olfactory bulbs and tracts were quantitatively determ...
The presence of cerebral lesions in patients with neurosensory alterations provides a unique window ...
Background: Brain areas processing olfactory information exhibit functionally relevant morphological...
Post-traumatic Olfactory Dysfunction (PTOD) consists of a complete or partial loss of olfactory func...
OBJECTIVE: The aims of this study were to evaluate olfactory function with orthonasal and retronasal...
The incidence of olfactory dysfunction associated with head trauma varies from 5 % to 25 % and it is...
Olfactory system is a vital sensory system in mammals, giving them the ability to connect with their...
Smell deficit is commonly due to head trauma which often causes the shearing of the olfactory nerve ...
OBJECTIVES: Post-traumatic olfactory loss (PTOL) is the third most common aetiology for olfactory di...
Background: Anosmia is a physical sign in post-traumatic patients, which significantly reduces the q...
P(RPOSE: To evaluate the sites of injury in patients with posttraumatic olfactory deficits and to co...
ObjectivesPatients with smell loss after craniocerebral trauma are known to have some brain abnormal...
Traumatic brain injury (TBI) can cause olfactory loss. The aim of this cross-sectional and prospecti...
Objective: To evaluate olfactory function and clinical–neurological characteristics in a group of pa...
AbstractThe presence of cerebral lesions in patients with neurosensory alterations provides a unique...
The degree of olfactory function and damage to olfactory bulbs and tracts were quantitatively determ...
The presence of cerebral lesions in patients with neurosensory alterations provides a unique window ...
Background: Brain areas processing olfactory information exhibit functionally relevant morphological...
Post-traumatic Olfactory Dysfunction (PTOD) consists of a complete or partial loss of olfactory func...
OBJECTIVE: The aims of this study were to evaluate olfactory function with orthonasal and retronasal...
The incidence of olfactory dysfunction associated with head trauma varies from 5 % to 25 % and it is...
Olfactory system is a vital sensory system in mammals, giving them the ability to connect with their...