Mots-clés
> MYOBASE > BIOLOGIE > biologie par appareil > appareil locomoteur > physiologie locomotrice > physiologie musculaire > régénération musculaire
régénération musculaireSynonyme(s)regenerating muscle fiber muscle regeneration |
Documents disponibles dans cette catégorie (484)
Article
Accès au résumé PubMed / to PubMed abstract Effets de l'absence prolongée de la myostatine sur la régénérescence musculaire (28/04/2005) La myostatine est un inhibiteur endogène de la croissance musculaire. Sa suppression chez la souri[...]Article
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Mouly V ; Aamiri A ; Perie S ; Mamchaoui K ; Barani A ; Bigot A ; Bouazza B ; François V ; Furling D ; Jacquemin V ; Negroni E ; Riederer I ; Vignaud A ; Lacau Saint Guily J ; Butler-Browne GS | 2005Accès au résumé PubMed / to PubMed abstractArticle
Mouly V ; Aamiri A ; Bigot A ; Cooper RN ; Di Donna S ; Furling D ; Gidaro T ; Jacquemin V ; Mamchaoui K ; Negroni E ; Perie S ; Renault V ; Silva-Barbosa SD ; Butler-Browne GS | 2005Accès au résumé PubMed / to PubMed abstract 22/08/05 - De l’importance de l’horloge régissant la division cellulaire pour la régénération musculaire et ses applications en thérapeutique. La régénération musculaire squelettique dépend[...]Article
Burkin DJ ; Wallace GQ ; Milner DJ ; Chaney EJ ; Mulligan JA ; Kaufman SJ | 01/2005Accès au résumé PubMed / to PubMed abstractArticle
Li ZF ; Shelton GD ; Engvall E | 2005Accès au résumé PubMed / to PubMed abstract Effets bénéfiques du blocage de la myostatine : le débat relancé (22/03/05) La myostatine est un régulateur négatif de la croissance musculaire. Son inhibition chez la souris mdx augmente la [...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Le Bihan M ; Hou Y ; Coulton G | 2005Communication n° 356. Introduction : Skeletal muscle can hypertrophy, atrophy and alter fibre type in response to external stimuli. Disease also generates typical pathologic changes in phenotype. Identification of molecular networks underpinning[...]Article
Turk R ; Sterrenburg E ; de Meijer EJ ; van Ommen GJB ; den Dunnen JT ; 't Hoen PAC | 2005Accès au résumé Pubmed/to pubmed abstractArticle
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Benabdallah BF ; Bouchentouf M ; Tremblay J | 2005Communication n° 170. Background : Duchenne muscular dystrophy is caused by a dystrophin gene mutation. Transplantation of normal myoblasts results in long-term restoration of dystrophin. However, the success of this approach is compromised by t[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Salah N ; Millet G ; André-Schmutz I ; Desforges B ; Olaso R ; Roblot N ; Courageot S ; Bensimon G ; Cavazzana-Calvo M ; Melki J | 2005Communication n° 174 INTRODUCTION : Several studies have demonstrated that adult bone marrow-derived cells (BMDC) can participate in skeletal muscle regeneration after bone marrow transplantation (BMT). However, the mechanisms and identities of [...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Gherardi RK ; Chrétien F ; Caramelle P ; Christov C ; Dreyfus P | 2005Communication n° 321 We have previously developed a murine model of bone marrow (BM) transplantation from B6-TgGFP transgenic mice to normal irradiated B6 mice, the cytoplasmic green fluorescent protein (GFP) being used as an unambiguous marker [...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Sikiric P ; Staresinic M ; Novinscak T ; Batelja L ; Brcic L ; Jukic I ; Pevec D ; Kokic N ; Anic T ; Buljat G ; Zoricic I ; Perovic D ; Seiwerth S | 2005Communication n° 547. INTRODUCTION : Stable gastric pentadecapeptide BPC 157 (GEPPPGKPADDAGLV, M.W. 1419 (PL-10, PLD-116, PL 14736 Pliva, Croatia)), accelerates healing of wounds, burns as well as transected Achilles tendon and shows strong anti[...]Article
Desnuelle C ; Sacconi S ; Marolleau JP ; Larghero J ; Vilquin JT | 2005Accès au résumé PubMed / to PubMed abstractArticle
Silva-Barbosa SD ; Butler-Browne GS ; Mouly V | 2005Accès au résumé PubMed / to PubMed abstractArticle
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Avril-Delplanque A ; Rameau P ; Danos O ; Garcia L ; Dreyfus P | 2005Communication n° 184 Adult bone marrow-derived cells (BMDC) are shown to contribute to skeletal muscle regeneration. Following lethal irradiation and GFP expressing bone marrow cells transplantation, GFP+ mononucleated cells are detected among s[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Vihola A ; Raheem O ; Paetau A ; Haapasalo H ; Suominen T ; Kalimo H ; Udd B | 2005Communicatin n° 142 Introduction : The muscle histopathology of myotonic dystrophy type 2 (DM2) shows nuclear clump fibers, which have been considered as a hallmark of neurogenic atrophy. We have previously shown that these and other extremely s[...]Article
Environ 80 chercheurs ont participé à cette édition, où étaient également invités des représentants de la commission européenne et des sociétés Myosix et Invitrogen. Le réseau d'excellence Myores, coordonné par l'Inserm et managé par Inserm-Tran[...]Article
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Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Eliat PA ; Nguyen F ; Pinot M ; Franconi F ; Lemaire L ; Cherel Y | 2005Communication n° 287. Introduction : Magnetic resonance imaging (MRI) has been used to study in vivo anatomy and water content of dystrophin-deficient skeletal muscle in the murine model (mdx) of Duchenne Muscular Dystrophy. Data are however lac[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Jouvion G ; Rouger K ; Fornasari B ; Bougras G ; Goubault-Leroux I ; Primault R ; Segalen J | 2005Communication n° 297. The ability of skeletal muscle to repair and regenerate itself after injury has been ascribed to satellite cells (SC), a subpopulation of undifferentiated mononuclear cells that reside in the tissue. However, other progenit[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; 't Hoen PAC ; Sterrenburg E ; van der Wees C ; White S ; Turk R ; de Menezes R ; van Ommen G ; den Dunnen J | 2005Communication n° 439. Duchenne Muscular Dystrophy (DMD) is a lethal disease characterized by progressive muscle weakness and wasting. Despite the sustained presence of satellite cells in their skeletal muscles, muscle regeneration is inefficient[...]Article
Doherty KR ; Cave A ; Davis DB ; Delmonte AJ ; Posey A ; Earley JU ; Hadhazy M ; McNally EM | 2005Accès au résumé PubMed / to PubMed abstractArticle
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Charvet C ; Sotiropoulos A ; Houbron C ; Parlakian A ; Bertrand A ; Lahoute C ; Schmidt A ; Renou L ; Melki J ; Paulin D ; Li Z ; Daegelen D ; Tuil D | 2005Communication n° 497. SRF is a transcriptional factor involved in both cell growth and muscle-specific gene expression. Our previous data obtained in cultured muscle cells showed that SRF is needed for myoblasts differentiation. Classical disrup[...]Article
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Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; della Gaspera B ; Sequeira I ; Chanoine C | 2005Communication n° 362. We have cloned and sequenced the two full length Xenopus laevis XMRF4a and XMRF4b cDNAs respectively coding for two polypeptides of 239 and 240 amino acid residues. These two mRNA are expressed at different levels during em[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Israeli D ; Ziaei S ; Gjata B ; Benchaouir R ; Rameau P ; Gonin P ; Danos O ; Garcia L | 2005Communication n° 91. In a recent study conducted in our laboratory we have identified and sorted "side population" (SP) cells from myoblast cultures. In addition to the presentation of the SP phenotype these cells presented other features in com[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Israeli D ; Ziaei S ; Gjata B ; Benchaouir R ; Rameau P ; Gonin P ; Danos O ; Garcia L | 2005Communication n° 695. In a recent study conducted in our laboratory we have identified and sorted "side population" (SP) cells from myoblast cultures. In addition to the presentation of the SP phenotype these cells presented other features in co[...]Article
Bentzinger CF ; Barzaghi P ; Lin S ; Ruegg MA | 2005Accès au résumé PubMed / to PubMed abstract La piste thérapeutique de la mini-agrine confirmée dans un modèle murin de dystrophie musculaire congénitale avec déficit primaire en mérosine (07/07/2005) La dystrophie musculaire congéni[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Molenaar PC ; Ter Beek P ; Wintzen AR ; Verschuuren J ; Vincent A | 2005Communication n°369 The objective was to develop a mouse model for studying the pathophysiology of myasthenia gravis patients with auto-antibodies to MuSK, a tyrosine kinase receptor responsible for clustering of acetylcholine receptors (AChRs) [...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Seiwerth S ; Staresinic M ; Novinscak T ; Batelja L ; Brcic L ; Jukic I ; Pevec D ; Kokic N ; Anic T ; Buljat G ; Zoricic I ; Perovic D ; Sikiric P | 2005Communication n° 540. INTRODUCTION : Stable gastric pentadecapeptide BPC 157 (GEPPPGKPADDAGLV, M.W. 1419 (PL-10, PLD-116, PL 14736 Pliva, Croatia)), accelerates healing of wounds, burns as well as transected Achilles tendon and shows strong anti[...]Article
Vilquin JT ; Marolleau JP ; Sacconi S ; Garcin I ; Lacassagne MN ; Robert I ; Ternaux B ; Bouazza B ; Larghero J ; Desnuelle C | 2005Accès au résumé PubMed / to PubMed abstract 12/12/2005 - La transplantation de myoblastes comme stratégie thérapeutique possible pour la réparation des muscles striés Zoom sur une publication de l'Institut de Myologie Par JT Vilqui[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Yokota T ; Lu Q ; Davies K ; Fisher R ; Sakamoto M ; Miyagoe-Suzuki Y ; Takeda S ; Partridge T | 2005Communication n° 406. Duchenne muscular dystrophy and mdx mice result from absence of dystrophin. In both, sporadic clusters of revertant fibers (RFs) expressing dystrophin are found. Our previous studies suggested that RF foci arise from sponta[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Chazaud B ; Sonnet C ; Lafuste P ; Authier FJ ; Gherardi R | 2005Communication n° 331. Background : During skeletal muscle regeneration, myogenic precursor cells (mpc) attract monocyte/macrophages (MP) to set up their own stromal support necessary to a good regeneration. We previously shown that human mpc fir[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Barton E ; Feng X | 2005Communication n° 433. INTRODUCTION : Muscle regeneration is a highly regulated process. Upon damage, satellite cells of the periphery of muscle fibers undergo activation, proliferation, differentiation, and fusion to replace damaged tissue. Dama[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Alexakis C ; Partridge T ; Bou-Gharios G | 2005Communication n° 420. Introduction : A distinctive feature of Duchenne muscular dystrophy (DMD) is excessive deposition of dense scar tissue, which occupies the interstitual spaces left by the dying muscle fibres. Repeated cycles of muscle degen[...]Article
Accès au résumé PubMed / to PubMed abstractArticle
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Fornasari B ; Rouger K ; Leroux I ; Cherel Y | 01/01/2005Communication n° 611. In skeletal muscle, tissue growth and regeneration need the recruitment of the well-known satellite cells. These resident mononuclear cells constitute a sub-population of the Muscle-Derived Cells (MDCs), which also contain [...]Article
Cenacchi G ; Fanin M ; Angelini C | 2005Accès au résumé PubMed / to PubMed abstract Un argument supplémentaire pour l'incrimination de la dysferline dans les processus de réparation membranaire du muscle (22/03/05) La myopathie de Miyoshi et la dystrophie musculaire des cein[...]Article
Touboul J ; Brunelles P ; Halgand F ; de la Porte S ; Laprévote O | 2005Accès au résumé PubMed / to PubMed abstractArticle
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Duguez S ; Roudaut C ; Yao R ; Galy A ; Svinartchouk F ; Danos O ; Richard I | 2005Communication n° 503 Muscular dystrophies often present a specificity of muscle involvement. For example, in Limb-girdle dystrophy 2A associated with mutations in gene encoding for calpain-3 protein, muscle weakness starts in Gluteus maximus and[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Bidaud I ; Monteil P ; Nargeot J ; Lory P | 2005Communication n° 80. Skeletal muscle (SM) differentiation depends on Ca2+, but whether Ca2+ entry through voltage- dependent Ca2+ channels (VDCCs) contribute to SM differentiation or regeneration is yet unclear. Two types of VDCCs have been desc[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Galy A ; Dumonceaux J ; Yao R ; Morisot S ; Haond C ; Farace F | 01/01/2005Communication n° 666. Obtaining an effective regeneration of adult skeletal muscle constitutes a challenge, in part because of a poor understanding of the nature and origin of skeletal progenitor cells. Several groups have examined the possibili[...]Article
Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Negroni E ; Mouly V ; Butler-Browne GS | 2005Communication n° 514 After birth, adult skeletal muscle growth and repair are mediated by a population of cells, normally mitotically quiescent and located under the basal lamina of the myofibers, called satellite cells. In response to muscle da[...]Livre
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Congrès international de myologie 2005 (International Congress of Myology 2005; 9-13 mai 2005; Nantes, France) ; Noirez P ; Agbulut O ; Butler-Browne GS | 2005Communication n° 461 Myosin heavy chain (MyHC) is one of the major components of the contractile apparatus of all striated muscles. MyHC is encoded by a multigene family, the members of which are expressed in a tissue-specific and developmental [...]