Tidligere arrangementer - Side 49

Diffusion and reactions are central to understanding life. However, studies often focus on dilute systems, while the interior of living cells is crowded with macromolecules that occupy about 20 % to 40 % of the cell volume, affecting virtually all intracellular processes [1]. In this talk, I will mainly focus on diffusion, emphasising the effects significant to crowded intracellular environments, such as polydispersity of crowders [2], macromolecular shapes, interactions [3], and softness [4]. We will also briefly discuss how reactions proceed under crowding, paying particular attention to enzymatic reactions [5] and the cooperativity of divalent binding [6].

Cheng-Zong Ruan, Postdoctoral Fellow at Institute of Theoretical Astrophysics, University of Oslo.

By Josefin Stiller from Copenhagen University and Joost Raeymaekers from Nord University

Hvorfor har vi egentlig sans for humor - og hva er det som skal til for ? utl?se humorgleden?

Professor Ewan Birney, CBE FRS FMedSci, Deputy Director General, EMBL & Director, EMBL-EBI will give a public talk and guest lecture followed by a Q&A session. The session is hosted by Inge Jonassen, UiB & Kjetil Task¨¦n, OUH/UiO.

Eva Leu from Akvaplan NIVA

Sladana Radinovic, PhD student at Institute of Theoretical Astrophysics, University of Oslo.

Abstract (PDF)

P? tredje arrangement i seminarrekken Perspektiver p? tenkning skal Brynulf Bakkenget (H?gskolen i Innlandet) snakke om Paul Ricoeur. 

Alexander M¨¹ller-Hermes will give a talk with title: Capacities of quantum channels

Welcome to the next seminar of the semester, where there will be a talk by Dr. Suman Kumar (Ciosk group, BMB).

Harvard Professor David Ludwig will talk about the Carbohydrate-Insulin Model of Obesity. In the panel: Professor J?ran Hjelmes?th and Associate professor Frode A. Norheim.

Abstract (PDF)

Paul Shapiro, Department of Astronomy, The University of Texas at Austin (USA).

In 80s Weibel observed that K-theory is homotopy invariant on F_p-schemes up to p-torsion. His main tool was the action of the ring Witt vectors on nil-K-groups: NK_i(R) = Ker(K_i(R[t]) ¡ú K_i(R)). We will revisit the proof and check that the same result holds for all finitary localizing invariants.

- Hva du ikke finner p? EIOPAs sider

- Matematisk Institutt ved professor emeritus Erik B?lviken tilbyr et to-dagers etterutdanningskurs i Solvency II.

Welcome to the next seminar of the semester, where there will be a light lunch and talk by Dr. Pablo Vargas (Institut Necker Enfants-Malades, Facult¨¦ de M¨¦decine Necker,Paris, France).

Stephen Hladky presents work in collaboration with Margery A. Barrand (both Department of Pharmacology, University of Cambridge).

Abstract: Extravascular fluxes of marker substances and some wastes are sufficiently fast that there is almost certain to be a component of flow augmenting their diffusion in the parenchyma. There have been two major proposals for how this flow is produced and where it is important. The evidence for the classical and glymphatic hypotheses will be reviewed. Extravascular, and in particular perivascular, routes for fluid movement out of the parenchyma to lymphatics may be important in the development of hydrocephalus.

Benjamin Keller, Department of Physics and Materials Science, University of Memphis.

Professor Tor Iversen fyller 70 ?r denne h?sten. Vi inviterer til et seminar for ? feire Tor sitt omfattende bidrag til helse?konomisk forskning og undervisning.

I will explain how motivic homotopy theory can be used to attack problems regarding finite projective modules over smooth affine k-algebras. I will recall in particular the foundational theorem of Morel and Asok-Hoyois-Wendt, and the construction of the Barge-Morel Euler class. Time permitting, I will explain recent progress on Murthy's splitting conjecture.