Torture et liberté dans le théâtre de Sartre

info:eu-repo/semantics/published

Sartre: L’Etre et le Néant, Critique de la raison dialectique

info:eu-repo/semantics/published

Sartre et Hegel: le problème de la qualité et de la quantité

Bruxelles/New-Haven

Le pur et l’impur: (sur deux questions d’histoire de la philosophie dans L’Etre et l’événement)

Paris

Kant, le philosophe parodié: “mauvais usage” de la Critique de la raison pure dans le Saint Genet de Sartre

Aachen

The last picture show: (à propos du livre d’Alain Renaut, Sartre, le dernier philosophe)

Paris

Le “Mal radical” et la critique kantienne du christianisme

Dekalb, Illinois

Le néant dans L’Etre et le Néant et la Critique de la raison pure

info:eu-repo/semantics/published

Béatrice Longuenesse, Kant et le pouvoir de juger. Paris:PUF, 1993, 482 pp.

Dekalb, Illinois

A. Renaut. Sartre, le dernier philosophe, Grasset, 1993, 249 pages.

Bruxelles/New-Haven

Hadi Rizk, La Constitution de l’être social (le statut ontologique du collectif dans la Critique de la raison dialectique), Kimé, 1996. 229 p.

Paris

Le morphème "si" et la logique formelle

info:eu-repo/semantics/published

Oscillations by minimal bacterial suicide circuits reveal hidden facets of host-circuit physiology.

Synthetic biology seeks to enable programmed control of cellular behavior though engineered biological systems. These systems typically consist of synthetic circuits that function inside, and interact with, complex host cells possessing pre-existing metabolic and regulatory networks. Nevertheless, while designing systems, a simple well-defined interface between the synthetic gene circuit and the host is frequently assumed. We describe the generation of robust but unexpected oscillations in the densities of bacterium Escherichia coli populations by simple synthetic suicide circuits containing quorum components and a lysis gene. Contrary to design expectations, oscillations required neither the quorum sensing genes (luxR and luxI) nor known regulatory elements in the P(luxI) promoter. Instead, oscillations were likely due to density-dependent plasmid amplification that established a population-level negative feedback. A mathematical model based on this mechanism captures the key characteristics of oscillations, and model predictions regarding perturbations to plasmid amplification were experimentally validated. Our results underscore the importance of plasmid copy number and potential impact of "hidden interactions" on the behavior of engineered gene circuits - a major challenge for standardizing biological parts. As synthetic biology grows as a discipline, increasing value may be derived from tools that enable the assessment of parts in their final context.

Le rôle de l'hormone anti-müillerienne dans la régulation du fonctionnement de l'ovaire. Revue de la littérature

Anti-mullerian hormone, also called AMH, belongs to the large family of transforming growth factor P. Its role in the sexual differentiation of male fetus is now well known. Recently, AMH has been demonstrated to play an important role in the ovarian function. In fact, AMH seems to regulate the kinetics of follicular development, inhibiting the follicular recruitment and the follicular growth. Thus, this intra-gonadic cybernin could be a decisive determinant of the rapidity of follicular pool exhaustion. Today, some experimental data from the literature suggest that AMH could be a reliable marker of ovarian reserve. This review summarizes the present knowledge about AMH and its role in physiology but also in ovarian pathology.

Les facteurs de transcription du groupe PEA3: Régulateurs transcriptionnels dans le processus de cancérisation

Erm, Er81, and Pea3 are the three members of the PEA3 group which belong to the Ets transcription factors family. These proteins regulate transcription of multiple target genes, such as those encoding several matrix metalloproteinases (MMP), which are enzymes degrading the extracellular matrix during cancer metastasis. In fact, PEA3-group genes are often overexpressed in different types of human cancers that also over-express these MMP and display a disseminating phenotype. In experimental models, regulation of PEA3 group member expression has been shown to influence the metastatic process, thus suggesting that these factors play a key role in metastasis. © John Libbey Eurotext.