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Virus är bland de enklaste biologiska objekt i vår omgivning. Vanligen består de av en behållare av protein molekyler, en så kallad viruskapsel, som att bygga på denna viktiga insikt leder vi en bred studie av Herpesvirus där vi utforskar fysikaliska mekanismer som styr virus infektionen och ge en möjlighet till att kontrollera och även stoppa den. Dessutom öppnar studierna porten till strategierMy research area is Virus Biophysics. Research focuses on key physical mechanisms controlling replication of double-stranded DNA and RNA viruses. Experimental model systems used in my group are dsDNA bacteriophages, human Herpes viruses and Rotaviruses. I am specifically interested in physical mechanisms of genome packaging and ejection from viral capsids, viral packaging motors, DNA structural tr

Här har vi samlat kontaktuppgifter till aktuella forskare och experter med specialkompetenser utifrån olika aspekter inom klimat- och hållbarhetsområdet. Du hittar även länkar till forskarnas sidor i universitetets forskningsportal. Biologisk mångfald och ekosystemtjänster Genväg till experter per ämnesområde/rubrik:Biologisk mångfaldJordbrukSkogUrban biodiversitet Biologisk mångfaldÅke Lindström 

https://www.lu.se/om-universitetet/kontakta-oss/ingang-media/experter-listor-och-databaser/klimat-och-hallbarhet-expertlistor - 2026-06-30

https://www.maths.lu.se/fileadmin/maths/utbildning_education/Kursutv_VT24/FMSN50_2024_VT_LP1_arbetsrapport_en.pdf - 2026-06-29

Technical assistance to public sector organisations is a much-debated topic and showcases a considerable size in contemporary international development assistance. Yet, the empirical evidence base on which factors contribute to the outcomes of projects within this field is surprisingly slim and diffuse. Particularly, the mechanisms through which different factors affect project outcomes remains un

The penetration and leaching of ionic species in concrete are studied by using a model based on the Nernst-Planck equations. A finite element procedure is used to solve the coupled non-linear governing equations. A numerical example is performed in which the results are compared to measured electron probe micro analysis (EPMA) data. A close agreement of the simulated results to measured data is fo

A platoon consists of a string of vehicles traveling close together. Such tight formation allows for increased road throughput and reduced fuel consumption due to decreased air resistance. Furthermore, sensors and control algorithms can be used to provide a high level of automation. In this context, safety - in terms of no rear-end collisions - is a key property that needs to be assured. We invest

Chloe Kaczvinsky – new postdoc – Biologibloggen Hoppa till huvudinnehåll Om Biologibloggen Tillgänglighet Kontakt Sök Sök Stäng Meny Biologibloggen Biologiska institutionen | Lunds universitet Chloe Kaczvinsky – new postdoc Hej! I’m Chloe Kaczvinsky, a new post-doc working with Andreas Nord and Cilla Lundberg at the BMC. I’m exploring thermal tolerance in birds using experimental genetic methods.

https://biologi.blogg.lu.se/chloe-kaczvinsky-new-postdoc/ - 2026-06-29

This paper presents a VLIW co-processor template for smart imaging. The template is highly scalable and can easily be instantiated for a specific data level parallelism. The co-processor is built to operate on frame segments instead of full frames only. As a result, eight different instances of the co-processor have been generated, each with different amount of parallelism exploited. Each instance

BioMS is the national infrastructure for biological mass spectrometry (MS). BioMS offers access to qualified projects in proteogenomics, targeted protein quantitation, glycoproteomics, hydrogen-deuterium exchange MS, glycomics, lipidomics, and chemical proteomics. Detailed information and the project application forms can be found at www.bioms.se. BioMS is hosted by Lund University with support fr

Both phosphoryl and sulfuryl transfers are ubiquitous in biology, being involved in a wide range of processes, ranging from cell division to apoptosis. Additionally, it is becoming increasingly clear that enzymes that can catalyze phosphoryl transfer can often cross-catalyze sulfuryl transfer (and vice versa). However, while there have been extensive experimental and theoretical studies performed

How can design be used to minimize negative environmental impact? I strongly believe that we, human beings, are facing an unavoidable paradigm shift. The world we have created for ourselves is a ticking bomb and we need to rethink the fundamental system in order to have a future at all. In this project the goal was to understand what role design can play in the process of reaching a more sustaina