Experimental and computational approaches to quantitative proteomics: status quo and outlook.

Proteomics has come a long way from the initial qualitative analysis of proteins present in a given sample at a given time ("cataloguing") to large-scale characterization of proteomes, their interactions and dynamic behavior. Originally enabled by breakthroughs in protein separation and visualization (by two-dimensional gels) and protein identification (by mass spectrometry), the discipline now encompasses a large body of protein and peptide separation, labeling, detection and sequencing tools supported by computational data processing. The decisive mass spectrometric developments and most recent instrumentation news are briefly mentioned accompanied by a short review of gel and chromatographic techniques for protein/peptide separation, depletion and enrichment. Special emphasis is placed on quantification techniques: gel-based, and label-free techniques are briefly discussed whereas stable-isotope coding and internal peptide standards are extensively reviewed. Another special chapter is dedicated to software and computing tools for proteomic data processing and validation. A short assessment of the status quo and recommendations for future developments round up this journey through quantitative proteomics.

Ambiguity seeking as a result of the status quo bias

Several factors affect attitudes toward ambiguity. What happens, however, when peopleare asked to exchange an ambiguous alternative in their possession for an unambiguousone? We present three experiments in which individuals preferred to retain the former.This status quo bias emerged both within- and between-subjects, with and withoutincentives, with different outcome distributions, and with endowments determined byboth the experimenter and the participants themselves. Findings emphasize the need toaccount for the frames of reference under which evaluations of probabilistic informationtake place as well as modifications that should be incorporated into descriptive modelsof decision making.

Reliure de : Isaaci Casauboni animadversionum in Athenaei Dipnosophistas libri XV, opus nunc primum in lucem editum, quo non solum Athenaei libri quindecem @ recensentur... verum etiam multorum aliorum scriptorum loci multi qua explicantur, qua corriguntur...

Numérisation partielle de reliure

M. Tullii Ciceronis opera, omnium quae hactenus excusa sunt castigatissima, nunc primum in lucem edita (a Petro Victorio). Quartus tomus, in quo Marci Tullii Ciceronis opera philosophica

Comprend : Explicationes suarum in Ciceronem castigationum

Reliure de : Andreae Vesalii,... Epistola [ad Joachimum Roelants], rationem modumque propinandi radicis Chynae decocti, quo nuper... Carolus V. imperator usus est, pertractans ; et praeter alia quaedam, epistolae cujusdam ad Jacobum Sylvium sententiam recensens, veritatis ac potissimum humanae fabricae studiosis perutilem ; quum qui hactenus in illa nimium Galeno creditum sit, facile commonstret. Accessit quoque locuples rerum et verborum in hac ipsa epistola memorabilium index... [A Francisco Vesalio, auctoris fratre, editum.]

Numérisation partielle de reliure

Processes models, environmental analyses, and cognitive architectures: Quo vadis quantum probability theory? (Commentary on Pothos and Busemeyer)

A lot of research in cognition and decision making suffers from a lack of formalism. The quantum probability program could help to improve this situation, but we wonder whether it would provide even more added value if its presumed focus on outcome models were complemented by process models that are, ideally, informed by ecological analyses and integrated into cognitive architectures.