Group Pesquet
Research groupCell differentiation and coordination in tissues.
Research catalogue
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Showing 1041-1060 of 2793 results
Group Petersen
Research groupPhylogeny and evolution of parasitic plants
Group Piazza
Research groupWe’re fascinated by how metabolism influences gene expression. In our lab, we study how small molecules and metabolites can regulate what genes are turned on or off, and how this affects protein production. Our goal is to understand the molecular “language” that connects a cell’s metabolic state to its genetic activity.
Group Riedel
Research groupAging is a strong determinant of human health and longevity. We study the molecular mechanisms that regulate aging, aiming to eventually target them for therapeutic purposes.
Group Rydberg
Research groupSource, fate and impacts of the neurotoxin BMAA and DAB.
Group Rydin
Research groupIn my group, we are interested in macroevolution in vascular plants, the relationship between structure and function, and diversity and distribution in time and space; how features and plant groups evolve over millions of years.
Group Samakovlis
Research groupBranched tubular organs are found in most animals. They include tissues like the lung, kidney and the vascular system. Many of the basic principles of tube construction in these organs are conserved among species. We aim to describe the genetic programs leading to the formation of a functional epithelial tubular network.
Group Slotte
Research groupGroup Slotte uses genomic tools to test predictions of evolutionary theory, with particular emphasis on the evolution of plant mating system variation and supergenes.
Group Snoeijs Leijonmalm
Research groupMy research interests are biodiversity and food-web interactions. Since 1982 I have worked on the coastal and pelagic systems of the brackish Baltic Sea and since 2002 also on the sea-ice and pelagic systems of the Central Arctic Ocean (CAO). Today I mainly focus on two research projects in the CAO.
Group Snook
Research groupGroup Spetz
Research groupWe are exploring basic mechanisms regarding a group of small non-coding oligonucleotides and their therapeutic potential. We have discovered that a set of single-stranded oligonucleotides temporarily inhibit certain endocytic pathways and thereby modulate innate immune responses as well as providing anti-viral effects.
Group Stelkens
Research groupGroup Stephenson
Research groupWe are interested in the factors that influence infectious disease transmission in natural populations.
Group Sverremark-Ekström
Research groupWe investigate the cellular and molecular mechanisms that govern interactions between the immune system, the microbiota, and host tissues in health and disease.
Group Tack
Research groupInteractions between plants, microbes and insects.
Group Tagirdzhanova
Research groupGroup Tagirdzhanova uses omics and wet-lab techniques to study lichen symbioses. We aim to understand how microbial partners communicate in the symbiotic setting and what each of them contributes to the system.
Group Tedengren
Research groupGroup Theopold
Research groupGroup therapy in psychiatric care for complex and long-term problems
Research projectIn psychiatric care, there is a great need for new effective treatments for patients with complex and long-term problems, who have not been sufficiently helped by the treatments they have undergone so far. In this project, we are testing a short group treatment for this patient group: ISTDP-G (Intensive Short-Term Dynamic Psychotherapy - Group).
Group Walve
Research groupHow natural and anthropogenic factors change and control the environmental conditions of the open Baltics Sea and its archipelagos, with focus on the pelagic zone