The purpose of the project is to find out if the technology and methods function in human kidneys as well as validate the product prototype to pave the way for efficient and successful commercialization, i.e., the first part of the clinical study. Through this, the number of donor kidneys available

We are developing objective and quantitative measurement tools that measure cerebellar function in combination with a modernized motor assessment test. We believe this can potentially revolutionize the way we assess and study ADHD and ASD – two diagnoses that cover several hundred thousand children in Sweden alone. In fact, our

With current diagnostic methods preeclampsia can not be detect in early pregnancy. Many of the existing clinical tests needed is time consuming, inconvenient for the patient and has low and variable value predictions. But with an efficient diagnostic marker all pregnant women can potentially be screen very early, before symptoms

The project aims to establish a new peptide-based treatment for insulin resistance in prediabetes and against developed type 2 diabetes.

The aim is to verify if an Internet-based music intervention and a ditto mindfulness intervention may demonstrate decreased stress parameters and increased cognitive function (such as increased level of classical intelligence tests) of high school students regardless of stress level.

The project’s aim is to get the scientific evidence that supports the use of honey germs as a topical treatment for chronic wounds in humans.

The project is cutting edge technology and relates verification of new pioneering medical methodology. The verification takes the form of an innovative interdisciplinary projects where both industry and technical and medical school at the University of Lund participate. Specifically the project is a new methodology for visualizing complex cell patterns

The ”nurse car” is a new service which means that an experienced nurse comes to your home and make a medical assessment, provide advice and assess the level of care required.

The project aims to create a new biopsy instrument for cancer samples, that can not be taken with existing instruments, via the relatively patient-friendly endoscopic method.

People with insulin-treated diabetes lack or have severely impaired the body’s own ability to regulate blood sugar levels by secreting the hormone insulin, and must therefore take several injections of insulin daily. The project aims to develop a decision support for insulin-treated patients. Using mathematical algorithms to predict a decision