Tibor Teplicky

TL;DR: A new concept for creation of biosensors, bio-inspired from true functioning of living cells, while monitoring their endogenous fluorescence, or autofluorescence is presented.

TL;DR: Although PDT dose required modification in cell line dependent manner to achieve comparable effect of PDT alone in conventional monolayers and in collagen matrices, the potential of iron chelators to suppress resistance of oesophageal cells to ALA-PDT was not influenced by fibrillar collagen matrix.

TL;DR: In this article, an apparatus for fabrication of metal nanoparticles (NPs) directly in liquids initiated by femtosecond laser pulses was designed and created, and the laser parameters leading to ~10 μJ/pulse energy and 0.1 GW peak power resulted in predominantly spherical particles with the sizes varying from <10 nm to ~100 nm.

TL;DR: The approach is to design engineered microfabricated 3D structures for growth of cells in culture without significant modification of their metabolic state to evaluation of the potential applicability of biocompatible constructs in the biomedical field and thus live cell monitoring in controlled conditions.