3D Skin Models & Cell Culture
Cell culture studies allow for the observation of e.g. metabolism, cell proliferation, and inflammtory response under controlled conditions. They also serve as model systems for understanding disease mechnisms, and enable efficient testing of the efficacy and toxicity of new substances.
Cell Culture
We utilize a wide range of established mammalian cell lines (e.g., HeLa, U937, THP-1) and primary cells to study cellular behavior, inflammation pathways, and disease mechanisms. Our cell culture experiments offer valuable insights into how cells respond to various treatments or stressors, supporting drug development and therapeutic research.
3D Skin Models for Enhanced Research
Our 3D skin models simulate real human skin more effectively than traditional 2D cell cultures. These models are ideal for testing the effects of chemicals, cosmetics, and pharmaceuticals on skin health, providing a more accurate representation of human skin's structure and function.
Inflammation and Cytotoxicity Testing
We conduct in-depth tests to measure inflammation pathways and cytotoxicity, assessing how treatments affect cell viability and immune responses. Our laboratory employs a variety of assays, including ELISA, proliferation assays, and vitality tests, to deliver comprehensive results.
Pathogen Interaction Studies
Our lab specializes in infection experiments, testing how pathogenic microorganisms interact with human cells. We explore bacterial infections to better understand their impact on human health and develop more effective treatments.