Welcome to the Windbergs Lab
We’re an interdisciplinary team of Pharmacists, Chemists, Biologists and other natural sciences with the common aim of developing novel therapeutics in the context of wound healing, infection, inflammation and tissue regeneration. One of the major challenges in effective therapy is the delivery of drugs to their site of action in the human body. This involves overcoming issues such as the instability of biomacromolecules, the poor aqueous solubility of small molecules, the need for tailored release kinetics and targeted delivery to specific tissues. We address these challenges by developing a wide variety of drug delivery systems, ranging from particles and vesicles to fiber formulations. The in-depth analysis of such systems represents one major focus of our group and includes the evaluation of biological functions and interaction with cells and tissues under (patho)physiological conditions. Select one of our focus areas to learn more about our research:
Drug Delivery Systems
Our team is at the forefront of developing advanced drug carriers. By leveraging particles, vesicles, and fiber formulations, we create innovative technologies for effective and targeted drug delivery. Join us in revolutionizing therapeutic treatments.
Advanced Analytics
We employ a toolbox of advanced analytical techniques to gain a comprehensive understanding of our drug carriers and their interactions with biological tissues. Discover how we implement cutting-edge analysis procedures to drive innovation.
Cell- & 3D Tissue Models
As advocates for ethical research, we replace animal testing with predictive, cell- and tissue-based human in vitro models. These models serve as powerful alternatives to assess the safety and efficacy of our drug delivery systems. Explore our commitment to developing valid and predictive testing methods.
Bacterial Biofilms
Bacterial biofilms pose a significant challenge in the development of antimicrobial therapies. Our lab specializes in novel 3D models of bacterial biofilms, enabling us to study aspects of biofilm formation and evaluate new anti-infectives. Join us in the fight against bacterial resistance.
The Institute of Pharmaceutical Technology
Our institute is located at the Campus Riedberg of the Goethe University in Frankfurt, where all natural science institutes and state-of-the-art facilities come together, creating a dynamic environment for cutting-edge research. The close proximity to diverse research groups from various fields fosters an inspiring atmosphere, which is further exemplified by our multi-disciplinary team of students, Ph.D. candidates, and PostDocs. Our labs are well-equipped with advanced fabrication and analysis technologies as well as custom-made machines for specific applications. For cultivating cells and tissue, the institute provides multiple cell culture facilities at biosafety levels S1 and S2. For visualization, we have a microscopy lab that combines electron microscopy, confocal fluorescence microscopy, and label-free Raman microscopy. These advanced facilities enable seamless transdisciplinary research and contribute to the inventive environment at our institute.
Campus Riedberg
Located just a short subway ride from the city center and the peaceful Taunus, Campus Riedberg provides a lively and energetic atmosphere for students and researchers. The campus is surrounded by lush green spaces, including a beautiful botanical garden, offering a serene environment with picturesque views of the city skyline. On-campus student housing ensures convenient living arrangements and a sense of community. For recreational activities and fitness, the campus offers several amenities within walking distance, including two fitness centers for exercise enthusiasts, a nearby shopping mall, and a calisthenics park for outdoor fitness activities. These facilities contribute to a well-rounded and engaging experience for students and researchers at Campus Riedberg.
Institute of Pharmaceutical Technology
Biozentrum, N230
Max-von-Laue-Straße 9
60438 Frankfurt am Main
In acknowledgment of the inherent waste within scientific practices, our lab has embarked on a journey towards sustainability. After evaluation of our processes, equipment, and procurement, we are now certified Green by My Green Lab. Join us in our commitment to minimize our environmental footprint and make science more sustainable.
