My Research
My Research
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Synthetic Biology & Bottom-Up Assembly core expertise in engineering life-like systems from non-living components, a central theme of my previous MaxSynBio work and current research.
Synthetic Biology & Bottom-Up Assembly core expertise in engineering life-like systems from non-living components, a central theme of my previous MaxSynBio work and current research.
Research Focus: Engineering complex, cell-mimicking architectures using bottom-up assembly techniques. This involves designing synthetic cells (Giant Unilamellar Vesicles - GUVs) and multi-compartment systems that replicate specific biological behaviors, such as division, motility, and communication, to understand the fundamental design principles of life.
Microfluidics & High-Throughput Technology Building tools necessary for advanced science.
Microfluidics & High-Throughput Technology Building tools necessary for advanced science.
Research Focus: Developing novel microfluidic platforms and microfabrication techniques for the precise generation and manipulation of soft matter systems. This includes droplet-based microfluidics for high-throughput screening and the creation of controlled micro-environments to study single-cell and synthetic cell dynamics under physiological conditions.
Membrane Biophysics core expertise I acquired during my doctoral studies
Membrane Biophysics core expertise I acquired during my doctoral studies
Research Focus: Investigating the fundamental mechanics of biological interfaces. This work focuses on lipid membrane dynamics, cytoskeleton-membrane interactions, and protein-induced remodeling. By analyzing membrane mechanics at the nano- and micro-scale, you aim to decipher how physical forces drive biological function and cellular organization.
Biomedical Nanotechnology & Translational Applications bridges my foundational education in Pharmacy and Medical Nanotechnology with my current high-level research, demonstrating my strong desire to translate discoveries into applications.
Biomedical Nanotechnology & Translational Applications bridges my foundational education in Pharmacy and Medical Nanotechnology with my current high-level research, demonstrating my strong desire to translate discoveries into applications.
Research Focus: Bridging the gap between fundamental biophysics and medical application. This involves utilizing nanotechnology and self-assembly principles to design smart drug delivery systems, bio-inspired microcarriers, and therapeutic interfaces, aiming to solve critical challenges in healthcare and targeted medicine.
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