Microexplant cultures of the cerebellum

in Feoroff, Serguei; Richardson, Arleen (Eds.) Protocols for neural cell cultures (2001)

Microexplants cultures of the cerebellum

in Fedoroff, Serguei; Richardson, Anne (Eds.) Protocols for Neural cells Cultures (1992)

Microflore anaérobie des décharges

in Actes de l'Atelier "La problématique des déchets solides dans les villes africaines" (1997, May)

Microfluidic on a wire

Poster (2009, November)

Microfossil evidence for +21 m eustatic sea level during marine isotope stage 11

Conference (2009, October)

Microfossiles végétaux du Tournaisien Inferieur dans le core-drill de Brévillers (Pas-de-Calais).

in Streel, Maurice; Wagner, R.H. (Eds.) Colloque sur la Stratigraphie du Carbonifère, Liège 1970 (1971)

Microfossils

in Comptes Rendus Palevol (2009), 8(7), 605-615

Defining biosignatures, i.e. features that are indicative of past or present life, has been one of the major strategies developed over the last few years for the search of life on the early Earth and in ... [more ▼]

Defining biosignatures, i.e. features that are indicative of past or present life, has been one of the major strategies developed over the last few years for the search of life on the early Earth and in the solar system. Current knowledge about microscopic remnants of fossil organisms, namely microfossils are reviewed, focusing on: (i) studies of recent environments used as analogues for the early Earth or extraterrestrial environments; (ii) examination of Precambrian rocks; and (iii) laboratory experiments simulating biotic and abiotic processes and resulting in the formation of genuine or pseudomicrofossils. Fossils’ preservation depends on environment and chemical composition of the primary structure, although they might undergo taphonomic processes that alter their morphology and/or composition. Altogether, these examples illustrate what can be potentially preserved during the very first stages of fossilization and what can be left in the geological record after diagenesis and metamorphism. Finally, this provides a rationale to tentatively define diagnosis criteria for microfossils or ways to look for life on Earth or in extraterrestrial environments. [less ▲]

Microfossils in Paleoproterozoic siliciclastic successions of Karelia, Russia

Conference (2008, April)

Microgéographie et évolution industrielle de la Wallonie

in Revue Belge de Géographie (1984), (108-2), 93-113

This article aims to show microgeography's contribution to the analysis of industrial space in Wallonia. As far as we are concerned its contribution is twofold: in the first instance it helps to ... [more ▼]

This article aims to show microgeography's contribution to the analysis of industrial space in Wallonia. As far as we are concerned its contribution is twofold: in the first instance it helps to understand the reason for the different localisations and, secondly, it brings to the fore and explains the transformations in distribution. Furthermore, this work also makes it possible to carry out very detailed surveys on the scale of a commune, a town-district or even a road. When collating the existing research on Wallonia one is, inevitably, led to liken this region to other European economic entities industrialised in the 19th Century. Indeed, one finds simi-litaries such as the co-existence of old sites and new localisations as well as the presence of many abandoned sites. In addition one can bring to the fore processes which exist elsewhere, namely disindustrialisation of towns, exurbanisation of activities and new attempts ol reintegrate industry into urban environment. [less ▲]

Microgravity-induced matrix remodelling is linked to reduction in tension of human dermal fibroblasts

in Journal of Gravitational Physiology : A Journal of the International Society for Gravitational Physiology (2005), 12(1),