Lab for the Understanding of Network Effects

Aaron Meyer

Systems immunity, Cancer systems biology, Tensor-based/multilinear modeling, Engineered cell communication, Engineered cytokine/antibody therapies

Daniel Kamei

Point-of-care diagnostics, Automation, Molecular thermodynamics, Transport and kinetic phenomena

Dino Di Carlo

Microfluidics, Lab on a Particle, Single-cell Analysis, Cell Therapies

Gerard Wong

Innate immunity and antimicrobial peptides, Antibiotic-resistant pathogens and antibiotic design, Transporter sequences and cell penetrating peptides for drug delivery, Budding and scission peptides in viruses, Autoimmune diseases (Ex: lupus, psoriasis), Bacterial communities (Ex: cdiGMP signaling, motility, social organization in biofims), Image processing, machine learning, application of ‘big data’ methods, Biofouling, Cystic Fibrosis, Protein-lipid interactions and membrane curvature generation (Ex: Apoptosis proteins and cancer therapeutics), Synchrotron x-ray methods, Physical chemistry of solvation (Ex: femtosecond hydration dynamics of ions and surfaces), Soft condensed matter physics of self-assembly (Ex: polymers, polyelectrolytes, membranes, liquid crystals, colloids, nanoparticles)

Jacob Schmidt

nanobiotechnology, single molecule sensing using membrane proteins, biomimetic membranes, microfluidics, manipulation and creation of biologically-functionalized devices