Tissue microenvironments during physiology and pathology are highly complex, meaning
dynamic cellular activities and their interactions cannot be accurately modelled ex vivo or in …

This paper introduces an innovative microscopy analysis methodology to preserve in situ
non-soluble particles within hailstones using a protective porous plastic coating, overcoming …

This thesis has focused on the applications of organic fluorophore for producing white light
emission, developing a fluorescence-based sensor of Fe 3+ and a new method for the …

Immunofluorescence imaging enables visualization of a wide range of molecules in diverse
cells and tissues. Determining the localization and endogenous protein levels in cells using …

In recent years, precision agriculture (PA) has garnered significant interest due to its
substantial agronomical advantages. At the heart of PA lie advanced sensing technologies …

Nanotechnology has quickly gained recognition in biomedical imaging and diagnostics by
harnessing unique properties of nanomaterials, including programmability of their physical …

Colloidal semiconductor nanocrystals (CNCs) have emerged over the past 20 years, as
outstanding optoelectronic nanomaterials with properties that can be tailored through …

Epithelial tissues are widely present across all organs and organisms, serving as barriers
and boundaries between means. Yet, their 3D organization differs widely. Epithelia can …

Diplomová práce se zabývá charakterizací buněčné toxicity. V teoretické části jsou stručně
popsány moderní mikroskopické metody včetně časosběrné mikroskopie, cytotoxického …

Photochemical internalization (PCI) is a light-triggered drug and gene therapy delivery
technology. The technology utilizes light-triggered compounds known as photosensitizers to …