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Galileovo delo Dialog o dveh glavnih sistemih sveta, ptolemajskem in kopernikanskem iz leta 1632, »kopernikanski manifest« in eno najslavnejših del iz zgodovine znanosti, je pomemben mejnik v zgodovini človeške misli. V njem trije sogovorniki, pronicljivi Salviati, pošteni Sagredo in preprosti aristotelik Simplicij v štiridnevnem pogovoru razpravljajo o obeh sistemih sveta ter pretresajo njune prednosti in slabosti. Galileo v Dialogu obravnava tri glavne teme. Najprej skuša pokazati, da na Zemlji izvedljivi poskusi ne morejo pokazati niti njene negibnosti niti njenega gibanja. Nato preučuje nebesne pojave (Sončeve pege, gore na Luni ...), da bi utrdil »kopernikansko hipotezo«. In nazadnje predlaga »duhovito domislico« o plimovanju morja, ki ga je mogoče pojasniti, samo če dopustimo, da se Zemlja giblje.

Galileo satellite navigation system.

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Satellite meteorology --- Numerical weather forecasting

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A practical training manual and guide to analyzing circulation patterns and satellite imagery to improve operational forecasting.

Satellite meteorology. --- Water vapor, Atmospheric. --- Weather forecasting.

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Neuroglia. --- Glial Cells --- Neuroglial Cells --- Bergmann Glia --- Bergmann Glia Cells --- Bergmann Glial Cells --- Glia --- Glia Cells --- Satellite Glia --- Satellite Glia Cells --- Satellite Glial Cells --- Bergmann Glia Cell --- Bergmann Glial Cell --- Cell, Bergmann Glia --- Cell, Bergmann Glial --- Cell, Glia --- Cell, Glial --- Cell, Neuroglial --- Cell, Satellite Glia --- Cell, Satellite Glial --- Glia Cell --- Glia Cell, Bergmann --- Glia Cell, Satellite --- Glia, Bergmann --- Glia, Satellite --- Glial Cell --- Glial Cell, Bergmann --- Glial Cell, Satellite --- Glias --- Neuroglial Cell --- Neuroglias --- Satellite Glia Cell --- Satellite Glial Cell --- Satellite Glias

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The search for knowledge on cellular and molecular mechanisms involved in skeletal muscle mass homeostasis and regeneration is an exciting scientific area and extremely important to develop therapeutic strategies for neuromuscular disorders and conditions related to muscle wasting. The mechanisms involved in the regulation of skeletal muscle mass and regeneration consist of molecular signaling pathways modulating protein synthesis and degradation, bioenergetics alterations and preserved function of muscle stem cells. In the last years, different kinds of stem cells has been reported to be localized into skeletal muscle (satellite cells, mesoangioblasts, progenitor interstitial cells and others) or migrate from non-muscle sites, such as bone marrow, to muscle tissue in response to injury. In addition, myogenic progenitor cells are also activated in skeletal muscle wasting disorders. The goal of this research topic is to highlight the available knowledge regarding skeletal muscle and stem cell biology in the context of both physiological and pathological conditions. Our purpose herein is to facilitate better dissemination of research into skeletal muscle physiology field.

Stem Cells --- Regeneration --- skeletal muscle --- myogenesis --- muscle wasting --- satellite cells