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Titlebook: Ices in the Solar System; Jürgen Klinger,Daniel Benest,Roman Smoluchowski Book 1985 D. Reidel Publishing Company, Dordrecht, Holland 1985

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Introduction: Scientific BackgroundAccording to a definition given by Whalley (1), what astrophysicists usually call “ices” are moderately volatile substances such as N., CH., CO, CO., NH., S0. and H.O. One can add to this list solia argon, krypton and xenon and the hydrates of a number of the above mentioned compounds and elements.
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Rheologies of H20 Ices Ih, II, And III at High Pressures: A Progress Reportequately characterize this steady-state ice rheology. Although our rheological data compare well with glaciological studies at high temperatures, the latter are inadequate to describe the flow of ice at temperatures below about 240 K. Plastic relaxation times t. have been computed from our flow laws
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amily (HSP70) whose inhibition leads to an increase of PepFect14 transfection efficacy. Exploiting the interaction between HSP70 and PepFect14 and their ability to form nanoparticle. HSP70 has been delivered in Bomirsky Hamster Melanoma cells (BHM) using PepFect14 of which a protocol is described at
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J. Klingereton. These functions are broadly conserved in animals from flies to human, and it remains a challenge to understand all the molecular mechanisms by which Crumbs3 and its partners participate in the building of a functional epithelial sheet to keep body homeostasis and to allow for morphogenetic eve
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