Research areas
We provide customized support for your needs, from single measurements to more complex projects. Our expertise and instrumentation cover biological and medical imaging at various levels – from imaging humans, animals or plants and their tissues and cells, including in vitro dynamics of cell behaviour, down to imaging of cell organelles, transport, biomolecules and their interactions in health and disease.
Cell and molecular biology
We provide cutting-edge imaging techniques to explore cellular structures and molecular interactions, helping researchers study cellular functions, dynamics, and signaling pathways at high resolution.
Virology
Our imaging tools support virology research by enabling detailed visualization of virus-cell interactions, viral replication processes, and the development of antiviral therapies.
Neuroscience
Our imaging technologies enable the detailed observation of neural structures, offering insights into brain function, neurodegenerative diseases, and neural plasticity, enhancing neuroscience research.
Plant biology
We support plant researchers by offering advanced imaging methods to investigate cellular and molecular processes in plant development, stress responses, and interactions with the environment.
Human research
Our high-resolution imaging tools facilitate human research, from detailed cellular analysis to clinical applications, enhancing understanding of human diseases, treatment responses, and personalized medicine.
Parasitology
Our imaging techniques aid in the study of parasitic organisms, providing in-depth views of parasite-host interactions, life cycles, and the development of new diagnostic and therapeutic strategies.
Structural biology
We offer advanced imaging capabilities to study protein structures, molecular assemblies, and macromolecular complexes, essential for understanding biological functions and drug design.
Microbiology
We assist microbiologists with high-resolution imaging to study microorganisms, their behavior, interactions, and response to environmental changes, advancing microbiome and pathogen research.
Oncology
Our infrastructure supports oncology research by enabling detailed imaging of cancer cell dynamics, tumor progression, and therapy responses, contributing to the development of targeted cancer treatments.
Cardiology
We offer imaging technologies to explore the heart and vascular systems, supporting research in cardiovascular diseases, including atherosclerosis, heart failure, and arrhythmias.
Material science
Czech BioImaging aids material science research by visualizing the properties and behaviors of materials at the micro and nano scale, advancing the development of new materials and technologies.
Nanoparticle research
We assist researchers in studying nanoparticles through high-resolution imaging, exploring their properties, interactions, and applications in drug delivery, diagnostics, and nanotechnology.
Preclinical animal research
Using our imaging systems, we assist in visualizing disease progression and treatment responses in animal models, improving preclinical research in pharmacology, toxicology, and disease mechanisms.
Immunology
We provide imaging solutions to observe immune cell behaviors, interactions, and responses in both health and disease, advancing research in immunotherapy and vaccine development.
Host-pathogen interactions
We help researchers explore the complex interactions between hosts and pathogens at the cellular and molecular levels, supporting studies on infection mechanisms, immune responses, and therapeutic developments.
