9780080107745 9780080129754 9780080133768 9780080164083 9780080165646 9780080179520
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"abstractNote": "L’objectif du travail présenté dans cette thèse était de développer des nanoparticulesfonctionnelles ayant la capacité d’induire l’adhésion et la migration de kératinocyteshumains normaux. L’utilisation de systèmes particulaires pour favoriser l’adhésion etla migration cellulaire dans les processus de cicatrisation constitue une nouvelleapproche de l’ingéniérie tissulaire. Dans cette optique, un dérivé hydrosoluble du chitosan rendu fonctionnel par l’ajoutde peptides RGD a été développé. Les nanoparticules furent développées parcoacervation complexe entre le dérivé cationique du chitosan et le sulfate dechondroïtine anionique. La capacité du système particulaire à induire unchangement cellulaire phénotypique a été évaluée in vitro.Lors de l’évaluation de ce nouveau polym |
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07.01.2013 18:33 | 00:30:58 | |
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28.02.2013 17:35 | 00:45:06 | |
20.03.2013 14:01 | 00:51:40 | |
23.04.2013 16:21 | 01:05:44 | |
02.05.2013 14:02 | 00:29:48 | |
12.05.2013 15:34 | 00:36:30 |
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@mittagessen @theraysmith @tmbdev
News:
tmbdev; the developer of CLSTM and Ocropy, is planing to release a new software with GPU capabilities, better layout analysis and much more.
I spoke with him as he stated that, quote: It's language independent
& You can probably run it on Windows. All it requires is Python and CUDA
I'm hyped!
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@Article{zbMATH06487150, | |
Author = {Alex {Eskin} and Maryam {Mirzakhani} and Amir {Mohammadi}}, | |
Title = {{Isolation, equidistribution, and orbit closures for the $\mathrm{SL}(2,\mathbb{R})$ action on moduli space.}}, | |
FJournal = {{Annals of Mathematics. Second Series}}, | |
Journal = {{Ann. Math. (2)}}, | |
ISSN = {0003-486X; 1939-8980/e}, | |
Volume = {182}, | |
Number = {2}, | |
Pages = {673--721}, | |
Year = {2015}, |