Results
of these molecules as artificial neuronal growth substrates.
412-648-9073
Carl
Lagenaur
lagenaur@pitt.edu
Synaptogenesis and neural adhesion molecules.
Lagenaur, Carl F.
quantitative Dynamic Footprinting (qDF) microscopy which is an adaptation of TIRF microscopy and allows estimation of z -distances in the footprints (cell-substrate contact zone) of rolling neutrophils
applications and to apply a variety of liquid materials to planer substrate.
PC controlled,electronic load bank and fuel cell system controller, operating on ElectroChem's proprietary Windows-based
Google Scholar
LinkedIn
My research focuses on the nanoscale adhesion of contact. My primary project is investigating metal nanoparticle adhesion to oxide substrates via in situ Transmission Electron
the interfacial surface chemistry of novel ionic liquids on a silica substrate to explore the effects of surface roughness on the behavior of said ionic liquids.
Previously in the Keith Lab utilizing