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Search Results: 1 - 10 of 11179 matches for " Mario Rinvolucri "
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The Alternative Way: Green Line 3
Mario Rinvolucri
Humanising Language Teaching , 2009,
Abstract:
The Alternative Way: Green Line 1 Klett Ernst Klett Verlag GmbH
Mario Rinvolucri
Humanising Language Teaching , 2009,
Abstract:
When Teachers Fail
Mario Rinvolucri
Humanising Language Teaching , 2009,
Abstract:
Why Teach Music Well and Language Badly in China?
Mario Rinvolucri
Humanising Language Teaching , 2010, DOI: 17559715
Abstract:
When E for B is Wrong for a Business Learner: A Case-study
Mario Rinvolucri
Humanising Language Teaching , 2010, DOI: 17559715
Abstract:
Entretien avec Mario Rinvolucri
Marie-Annick Mattioli,Mario Rinvolucri
Recherche et Pratiques Pédagogiques en Langues de Spécialité : Cahiers de l'APLIUT , 2012, DOI: 10.4000/apliut.2475
Abstract: Bonjour, Mario Rinvolucri et merci d’accorder cette interview aux Cahiers de l’APLIUT. Pourriez-vous commencer par rappeler le thème général de votre communication au XXVIIe congrès de notre association ?J’ai essayé de parler du lien entre mémorisation et affect : si l’apprenant saisit quelque chose de fa on émotionnellement forte, concentrée, s’il est vraiment là, la question de la mémorisation ne se pose pas, cela se fait presque automatiquement. S’il vit profondément ce qu’on lui propose c...
Different architectures of collagen fibrils enforce different fibrillogenesis mechanisms  [PDF]
Mario Raspanti
Journal of Biomedical Science and Engineering (JBiSE) , 2010, DOI: 10.4236/jbise.2010.312152
Abstract: According to current knowledge on collagen fibril-logenesis, collagen fibrils are formed by a cooperative process involving lateral fusion of small protofibrils. Almost all the experimental research, however, was carried out on tendon collagen, whose fibrils are characterized by approximately straight subfibrils. By contrast, in most tissues the collagen fibril sub-units follow a helical course in which geometrical constraints prevent lateral fusions, thereby implying a different mechanism where collagen fibrils grow by addition of individual microfibrils rather than by lateral fusion of pre-assembled subfibrils. The proc-ess at the origin of these fibrils may provide a simple, automatic explanation for the remarkable uniformity in fibrils size observed in most tissues without re-quiring the intervention of unknown mechanisms of diameter control. Other mechanisms of growth con-trol remain indispensable to terminate the fibril-logenesis process in tendons and ligaments.
Methods to Be Developed for Some First Applications of Mitochondrial Filamentation  [PDF]
Mario Gosalvez
Open Journal of Biophysics (OJBIPHY) , 2013, DOI: 10.4236/ojbiphy.2013.31A006
Abstract:

The new field of mitochondrial filamentation and its first potential applications are just getting underway (1-7), following a series of pilot experiments in our laboratory over the past few decades (8-14). I should like to give a brief overview of the role that some new methods are playing in this emerging area of physiological bioenergetics, supported by a few references to our contributions as I scarcely have the faculties now to understand other specific contributions. This new field is brimming with promises for medicine, science and society, in general. I cannot and must not be concrete or comprehensive, because I honestly feel that it is now that matters are really beginning to take off, assisted by the most appropriate international capabilities.

Metabolic control of respiration and glycolysis of tumoral cells  [PDF]
Mario Gosalvez
Advances in Biological Chemistry (ABC) , 2013, DOI: 10.4236/abc.2013.31011
Abstract:

The contribution of the author’s groups on the control of energy metabolism of cancer cells has been concisely reviewed. It is proposed that Otto Warburg’s “respiratory defect” of tumoral cells resides in an alteration of the recurrent filamentation cycle of mitochondria. These give those organelles an affinity lower for ADP than the affinity of the tumor cell isoenzyme of pyruvate kinase. These two findings may explain the essentials of the intimate mechanism of the aerobic glycolysis of cancer cells.

An experimental proposal for low order laboratory animals’ extension of metabolic life  [PDF]
Mario Gosalvez
Advances in Biological Chemistry (ABC) , 2013, DOI: 10.4236/abc.2013.36060
Abstract:

Essential bibliography, with therein references included, is presented owing to the contribution of the author groups to Mitochondrial Filamentation, which is a new emerging field of physiological energy metabolism. These studies provide the first seed concept for trials to extend the metabolic life, for a few days, in low order laboratory mammals killed by electrocution, as a first type of accidental death. It is proposed, essentially, to cool out the corpses very soon after death at 12oC-14oC and take advantage of the effect super magnetism to counteract the force of gravity to install a net recurrent cycle of oxygen consumption and oxygen production by filamented mitochondria in all the organism tissues. Once the cause of death had been corrected adequately, it is possible to try the reanimation to experience the full life of the corpse with highly sophisticated methodology.

 

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