Mots-clés
> MYOBASE > METHODOLOGIE > modélisation > modèle biologique > modèle animal
modèle animalSynonyme(s)animal experimentation ;expérimentation animale animal models |
Documents disponibles dans cette catégorie (3096)
| Mettre toutes les notices dans le panier | Faire une suggestion | Ajouter un critère de recherche
Etendre la recherche sur niveau(x) vers le bas
Article
Shababi M, Auteur ; Smith CE ; Kacher M ; Alrawi Z ; Villalon E ; Davis D ; Bryda EC ; Lorson CL | United States | 10/2019Article
Article
Demonbreun AR, Auteur ; Wyatt EJ ; Fallon KS ; Oosterbaan CC ; Page P ; Hadhazy M ; Quattrocelli M ; Barefield DY ; McNally EM | England | 10/2019Article
Amoasii L, Auteur ; Li H ; Zhang Y ; Min YL ; Sanchez-Ortiz E ; Shelton JM ; Long C ; Mireault AA ; Bhattacharyya S ; McAnally JR ; Bassel Duby R ; Olson EN | England | 10/2019Article
Article
Ouisse LH, Auteur ; Remy S ; Lafoux A ; Larcher T ; Tesson L ; Chenouard V ; Guillonneau C ; Brusselle L ; Vimond N ; Rouger K ; Pereon Y ; Chenouard A ; Gras-Le Guen C ; Braudeau C ; Josien R ; Huchet C ; Anegon I | Switzerland | 09/2019Article
Ibrahim AGE, Auteur ; Li C ; Rogers R ; Fournier M ; Li L ; Vaturi SD ; Antes T ; Sanchez L ; Akhmerov A ; Moseley JJ ; Tobin B ; Rodriguez-Borlado L ; Smith RR ; Marban L ; Marban E | England | 09/2019Article
Article
Lahiri S ; Kim H ; Garcia-Perez I ; Reza MM ; Martin KA ; Kundu P ; Cox LM ; Selkrig J ; Posma JM ; Zhang H ; Padmanabhan P ; Moret C ; Gulyás B ; Blaser MJ ; Auwerx J ; Holmes E ; Nicholson J ; Wahli W ; Pettersson S | 24/07/2019Article
Nay K ; Jollet M ; Goustard B ; Baati N ; Vernus B ; Pontones M ; Lefeuvre-Orfila L ; Bendavid C ; Rué O ; Mariadassou M ; Bonnieu A ; Ollendorff V ; Lepage P ; Derbré F ; Koechlin-Ramonatxo C | 01/07/2019Article
Reco PNDS
objective is to determine the total hydroxyproline expressed per mg of muscle tissue wet weight (hydroxyproline content) as a quantitative measure of collagen deposition and fibrosis. The procedure is adapted from Prockop and Udenfriend (1960) a[...]Article
Mondragon-Gonzalez R, Auteur ; Azzag K ; Selvaraj S ; Yamamoto A ; Perlingeiro RCR | Netherlands | 2019Reco PNDS
The study of muscle diseases has evolved from a classical time in which a diagnosis was based on clinical and pathologic features, to a modern period when muscle biopsies were further characterized through histo- and cytochemical techniques, to [...]Reco PNDS
This document describes the methodology for performing isolated muscle function measurements for mouse extensor digitorum longus (EDL), soleus, and diaphragm, and provides reference values for isometric contractile properties of muscles from mdx[...]Reco PNDS
This document describes the methodology for performing measurements of muscle function on mouse tibialis anterior (TA) muscles, but the information is equally relevant for other hindlimb muscles, including the extensor digitorum longus (EDL), so[...]Reco PNDS
The measurement of muscle contractile function is an important end-point for assessing the efficacy of cell-, gene-, or pharmacologically-based therapies in DMD and the mdx mouse and GRMD dog models. Muscles in DMD and both the mdx mouse and GRM[...]Reco PNDS
Most DMD natural history studies have included measurements of muscle strength, joint contractures, and timed function tests. Results from these tests are used to track disease progression and offer insight on clinical milestones, such as the lo[...]Reco PNDS
This document describes the methodology for performing an evaluation of the respiratory system in adult C57 normal and mdx mice.