Spatial omics provides unpresidential profiling of tumors which can be useful to predict e.g. patient survival and drug response. The Spatial omics methods are …
While pure sequencing-based methods allow for the identification of prognostic markers that might drive disease progression, recent spatial omics approaches add the additional context …
Plants transitioned onto land approximately 500 million years ago. Since their transition to land, plants have undergone enormous morphological and molecular adaptation, to fit …
Project suggestions Supervisor(s): Allan Rasmusson, Bradley Dotson, Dept. Biology, LU Many fungal species of the genus Trichoderma live in symbiosis with plant roots. The …
Determining the histological structure of tumors is important for understanding spatial tumor biology and to identify the pathological mechanisms underlying cancer. By analyzing tissue …
Pollinating insects, such as wild bees, are declining worldwide, threatening pollination of both wild plants and agricultural crops. The main reason for these declines …
In recent decades, populations of many wild bird species have declined dramatically worldwide due to many factors associated with urbanisation. Climate change, induced by …
Long-term pair bonds are common in many large long-lived bird species but do also occur in small short-lived passerines. Mate retention and ‘divorce’ have …
Pollutions from urban, industrial, and agricultural activities put ecological health at risk due to contamination and accumulation in wildlife and humans. Widespread effect of …
Arbuscular mycorrhizal fungi (AMF) form symbiosis with approximately 80% of land plants. The arbuscular mycorrhizal symbiosis has been extensively studied, however, most studies have …