Gutsense
Our project, GutSense, aims to help people who struggle with digestive issues due to food intolerances, like those triggered by lactose or certain sugars. Currently, testing for these intolerances is complicated, expensive, and not always accurate. Many people suffer from bloating, cramps, and discomfort, which greatly affects their daily lives and well-being. Our solution is […]
Alzheimers Stratification
Alzheimer’s Disease (AD) is a worldwide problem that does not yet have a clear solution. Although new treatments are starting to emerge, they do not work for every patient. The reason is likely individual difference in the specific, molecular, causes of AD. In our project, we will explore an innovative method to classify AD patients […]
Leiden Analytics
Technologies to help us understand the biology underlying drug response are in high demand, as many patients do not respond to treatments. Identifying potential responders is particularly important in modern cancer care, where therapies are potentially very effective yet extremely expensive. There is need of more in-depth understanding of which rare cell populations, (e.g. inside […]
Disposable optical biosensor
With around 1.8 million new cases per year, lung cancer is the second most commonly diagnosed cancer and the leading cause of cancer deaths globally. Early diagnosis of cancer is crucial for increasing survival rates and reducing treatment costs. Based on our patented detection concept, we will develop disposable, inexpensive optical biosensors for the label-free […]
Huntington biomarker detection in tears
Huntington’s disease (HD) is a progressive, ultimately lethal, genetic disorder caused by a mutation in the gene coding for the protein mutant Huntingtin (mHTT). Despite numerous genetic intervention trials, there are currently no treatments that can slow down HD’s progression. To develop new treatments it is important to monitor disease progression and the effectivity of […]
Giant Extracellular Vesicles (GEVs)
Imagine if we could tell patients if they are cancer-free, how advanced it is, or which drugs work best for their treatment, all by analyzing a blood or urine sample. Our technology does precisely that. It functionally identifies unique molecules in tiny bubble-like containers called extracellular vesicles that come from diseased cells. These molecules act […]
lab-on-a-particle CRISPR detection
Accurate and early detection of diseases is key to improving healthcare, but current diagnostic tests often lack precision, leading to delays, false alarms, and higher healthcare costs. Our innovative solution uses advanced nanotechnology and CRISPR—a cutting-edge molecular tool—to create ultra-sensitive tests that detect tiny traces of disease markers at very early stages. These tests are […]
Glow-in-the-dark molecular diagnostics
Quantitative PCR (qPCR) is a versatile and sensitive diagnostic method that is the golden standard for DNA and RNA detection. However, qPCR requires expensive equipment, expert technicians and dedicated laboratory facilities, all leading to test times of multiple hours. The COVID-19 pandemic highlighted both the strength of qPCR for infectious disease detection (ease of development, […]
On-site Readout of CHips for Infectious Disease Diagnostics (ORCHIDD)
Infectious diseases are a major global challenge. The COVID-19 pandemic demonstrated how even mild pathogens can disrupt society, while antimicrobial resistance continues to rise at an alarming rate. Sepsis, a life-threatening response to infection, is responsible for 1 in 5 deaths worldwide, and this number is growing. These challenges underscore the urgent need for faster […]
Prolispot
Detection of rare dividing cells in blood samples and complex cell mixtures is currently not feasible with existing techniques, which are insufficiently sensitive for biomedical applications. This is critical for applications such as quantifying proliferating cancer and T cells, determining vaccine efficacy, and measuring tumor immune responses or emerging pathogens. Existing methods struggle to detect […]
