Activité, Système Moteur & Coordination
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Kits contextuels pour T2CT - Double aversion & CPP
Les Kits contextuels pour T2CT ont été conçus pour enrichir les études de préférence de place...
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Système Nerveux Central (SNC) 
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Tapis roulant
Référence : BX-TM
Catégorie : Activité, Système Moteur & Coordination
Conçu pour les études sur l'entraînement physique et la fatigue chez les rongeurs - et désormais livré avec un tout nouvel écran tactile sur la console de commande.
Présentation
Les tapis de course BIOSEB permettent la réalisation d’exercices forcés et de tests précis de la fatigue chez les rongeurs.
Les tapis de course BIOSEB sont constitués d’une bande de roulement à vitesse réglable (jusqu’à 150 cm / s) et la pente (de -25 à 25 degrés) ainsi que d’une unité de commande. Le tapis roulant est construit avec des matériaux spécialement sélectionnés pour garantir les meilleures performances dans des conditions d’utilisation intensive et les opérations minimales d’entretien, ainsi que la simplicité dans le nettoyage. Les voies (couloirs de l’activité pour l’animal) sont de largeur suffisante pour que l’animal puisse corriger ses erreurs en matière de coordination, ce qui permet une mesure exacte de la fatigue.
Unité de contrôle
Désormais avec écran tactile!
Différents modèles sont disponibles en fonction des besoins de l’utilisateur:de 1 à 5 voies, pour rats, souris ou pour lapin
Principe de fonctionnement
L’unité de contrôle commande la vitesse de la courroie, affiche les données mesurées, fournit le courant à la grille de choc et permet la communication avec l’ordinateur pour le stockage de données, via la sortie RS232 et le logiciel SEDACOM (non compris). La nouvelle version 2.0 du logiciel SEDACOM fournit un moyen facile et pratique pour visualiser et exporter les données sur un ordinateur pour une analyse ultérieure. La vitesse de la bande peut également être contrôlée par le logiciel.
Les paramètres mesurés lors d’une expérience sont les suivants : vitesse de la bande et de la pente, distance parcourue, temps de déclenchement antichoc et intensité des chocs.
Le choc électrique délivré par la grille est d’intensité constante (de 0 à 2 mA). Ainsi le courant qui circule à travers l’animal (et donc l’effet qu’il produit), dépend uniquement de la valeur d’intensité choisie et non des caractéristiques intrinsèques à l’animal (quantité de masse corporelle en contact avec les barres, transpiration, …).
Une option pneumatique (source d'air non incluse) permet de remplacer les chocs électriques par des bouffées d'air selon les besoins de l'expérience.
Le tout nouvel écran tactile permet de contrôler la vitesse du tapis ainsi que l'intensité du stimulus.
BX-TM
Fiche technique
- Applications
- Arthrite & Arthrose
Fonctions de motricité générale
Métabolisme
Neurodégénérescence
Système Nerveux Central (SNC)
Système moteur
Système musculaire
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[title] => Physical training decreases susceptibility to pilocarpine-induced seizures in the injured rat brain
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[title] => Aerobic training and l-arginine supplementation promotes rat heart and hindleg muscles arteriogenesis after myocardial infarction
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[title] => Early-onset treadmill training reduces mechanical allodynia and modulates calcitonin gene-related peptide fiber density in lamina III and IV in a mouse model of spinal cord contusion injury-
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[title] => Moderate-intensity exercise training elevates serum and pancreatic zinc levels and pancreatic ZnT8 expression in streptozotocin-induced diabetic rats
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[title] => Association between arthritis score at the onset of the disease and long-term locomotor outcome in adjuvant-induced arthritis in rats
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[title] => Unlike Physical Exercise- Modified Environment Increases the Lifespan of SOD1G93A Mice However Both Conditions Induce Cellular Changes
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[title] => Publications
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[title] => Sclérose Latérale Amyotrophique (SLA), ou Maladie de Charcot
[link_rewrite] => Sclerose-Laterale-Amyotrophique-SLA-ou-Maladie-de-Charcot
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[title] => Système musculaire
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[url] => https://bioseb.com/fr/news/different-timing-of-changes-in-mitochondrial-functions-following-endurance-training---n383
[title] => Different Timing of Changes in Mitochondrial Functions following Endurance Training-
[paragraph_crop] => Different Timing of Changes in Mitochondrial Functions following Endurance Training.
[image_presente] =>
[date] => 2012-02-01 00:00:00
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[title] => Domaines de recherche divers
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[title] => Publications
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[id] => 364
[url] => https://bioseb.com/fr/news/mitochondria-of-trained-skeletal-muscle-are-protected-from-deleterious-effects-of-statins--n364
[title] => Mitochondria of trained skeletal muscle are protected from deleterious effects of statins-
[paragraph_crop] => Mitochondria of trained skeletal muscle are protected from deleterious effects of statins.
[image_presente] =>
[date] => 2012-01-13 00:00:00
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[title] => Fonctions squelettales
[link_rewrite] => Fonctions-squelettales
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[title] => Métabolisme
[link_rewrite] => Metabolisme
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[77] => Array
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[title] => Métabolisme général
[link_rewrite] => Metabolisme-general
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[title] => Publications
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[20] => Array
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[title] => Système musculaire
[link_rewrite] => Systeme-musculaire
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[351] => Array
(
[id] => 351
[url] => https://bioseb.com/fr/news/kinematics-of-obstacle-clearance-in-the-rat---n351
[title] => Kinematics of obstacle clearance in the rat-
[paragraph_crop] => Kinematics of obstacle clearance in the rat.
[image_presente] =>
[date] => 2011-10-31 00:00:00
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(
[55] => Array
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[id_prestablog_categorie] => 55
[title] => Locomotion
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[2] => Array
(
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[title] => Publications
[link_rewrite] => publications
)
[14] => Array
(
[id_prestablog_categorie] => 14
[title] => Système moteur
[link_rewrite] => Systeme-moteur
)
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[342] => Array
(
[id] => 342
[url] => https://bioseb.com/fr/news/e2f-transcription-factor-1-regulates-oxidative-metabolism---n342
[title] => E2F transcription factor-1 regulates oxidative metabolism-
[paragraph_crop] => E2F transcription factor-1 regulates oxidative metabolism.
[image_presente] =>
[date] => 2011-08-14 00:00:00
[categories] => Array
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[23] => Array
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[title] => Métabolisme
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[78] => Array
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[id_prestablog_categorie] => 78
[title] => Métabolisme cellulaire
[link_rewrite] => Metabolisme-cellulaire
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[2] => Array
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[id_prestablog_categorie] => 2
[title] => Publications
[link_rewrite] => publications
)
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[275] => Array
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[id] => 275
[url] => https://bioseb.com/fr/news/immediate-and-delayed-life-history-effects-caused-by-food-deprivation-early-in-life-in-a-short-lived-lizard--n275
[title] => Immediate and delayed life history effects caused by food deprivation early in life in a short-lived lizard-
[paragraph_crop] => Immediate and delayed life history effects caused by food deprivation early in life in a [...]
[image_presente] =>
[date] => 2010-09-01 00:00:00
[categories] => Array
(
[97] => Array
(
[id_prestablog_categorie] => 97
[title] => Autres animaux
[link_rewrite] => Autres-animaux
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[23] => Array
(
[id_prestablog_categorie] => 23
[title] => Métabolisme
[link_rewrite] => Metabolisme
)
[82] => Array
(
[id_prestablog_categorie] => 82
[title] => Prise alimentaire / Nutrition
[link_rewrite] => Prise-alimentaire-Nutrition
)
[2] => Array
(
[id_prestablog_categorie] => 2
[title] => Publications
[link_rewrite] => publications
)
[25] => Array
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[title] => Thematiques diverses
[link_rewrite] => Thematiques-diverses
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[175] => Array
(
[id] => 175
[url] => https://bioseb.com/fr/news/brain-glucagon-like-peptide-1-signaling-controls-the-onset-of-high-fat-diet-induced-insulin-resistance-and-reduces-energy-expenditure--n175
[title] => Brain Glucagon-Like Peptide 1 Signaling Controls the Onset of High-Fat Diet-Induced Insulin Resistance and Reduces Energy Expenditure-
[paragraph_crop] => Brain Glucagon-Like Peptide 1 Signaling Controls the Onset of High-Fat Diet-Induced Insulin [...]
[image_presente] =>
[date] => 2008-10-01 00:00:00
[categories] => Array
(
[81] => Array
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[id_prestablog_categorie] => 81
[title] => Diabète, Insuline & Glucose
[link_rewrite] => Diabète-Insuline-Glucose
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[23] => Array
(
[id_prestablog_categorie] => 23
[title] => Métabolisme
[link_rewrite] => Metabolisme
)
[82] => Array
(
[id_prestablog_categorie] => 82
[title] => Prise alimentaire / Nutrition
[link_rewrite] => Prise-alimentaire-Nutrition
)
[2] => Array
(
[id_prestablog_categorie] => 2
[title] => Publications
[link_rewrite] => publications
)
)
)
[49] => Array
(
[id] => 49
[url] => https://bioseb.com/fr/news/inter--and-intrastrain-variation-in-mouse-critical-running-speed--n49
[title] => Inter- and intrastrain variation in mouse critical running speed-
[paragraph_crop] => Inter- and intrastrain variation in mouse critical running speed.
[image_presente] =>
[date] => 2005-04-01 00:00:00
[categories] => Array
(
[83] => Array
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[id_prestablog_categorie] => 83
[title] => Dépenses énergétiques
[link_rewrite] => Depenses-energetiques
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[23] => Array
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[id_prestablog_categorie] => 23
[title] => Métabolisme
[link_rewrite] => Metabolisme
)
[2] => Array
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[title] => Publications
[link_rewrite] => publications
)
)
)
)
1Nombre de publications:
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