14–3-3, set me free

14–3-3, set me free

he protein that does everything, 14–3-3, has now been shown to direct traffic. Ita O'Kelly, Steve Goldstein, and colleagues (Yale University, New Haven, CT) find that 14–3-3 can displace ␤-COP from various proteins, thus freeing them from retention in the ER and leading to surface expression. Goldstein set out to find proteins interacting with the COOH terminus of a K ϩ leak channel, KCNK3, and...

Set Me Free , Give Me Degrees of Freedom

Computers and electronic products in general put heavy constraints on human-product interaction. These products demand people to adapt to their way of functioning instead of the other way around. In this paper we try to offer methods to free man from these constraints. To this aim we analyse the existing situation, and point to an approach we use in product design where man as a whole is taken ...

Singleton free set partitions avoiding a 3-element set

The definition and study of pattern avoidance for set partitions, which is an analogue of pattern avoidance for permutations, begun with Klazar. Sagan continued his work by considering set partitions which avoids a single partition of three elements, and Goyt generalized these results by considering partitions which avoids any family of partitions of a 3-element set. In this paper we enumerate ...

STMM : A Set Theory for Me

Maximum line - free set geometry in Z d 3

Let Z3 be the affine space of dimension d on the Z3 field. The main goal of this paper is the geometric representation of the maximum linefree set E in Z3. Therefore the complement T of E is the minimum size set in Z3 intersecting all the affine lines in Z3. We describe, from an affine point of view, the geometric structure for d = 2, 3 of set E producing the maximal cardinality. The case d = 4...