Biophysics is the application of the concepts and methods of physics to study the relationship between structure and function at all levels of organisms, aiming to elucidate the patterns of change in time and space of the relevant substances, energy, and information within organisms. Currently, non-destructive, multi-dimensional, highly sensitive detection and optical imaging biophysical technologies are widely used in medicine, neuroscience, plant physiology, drug discovery, and bioengineering.
CD BioSciences combines the expertise of biology and physics to build an advanced and all-encompassing testing platform dedicated to providing diversified and precise analytical services for research in different fields.
Biophysical technologies are widely and importantly used in the medical field, such as disease treatment, molecular diagnostics, and new drug R&D, providing new means and methods for biomedical advances with more precise and sensitive methods.
Advanced biophysical techniques reveal the structure, function, and developmental mechanisms of the nervous system, fueling research in the field of neuroscience with their unique perspectives and methods, thereby further providing a solid theoretical foundation for future neurological diseases.
Biophysical techniques have provided new perspectives and tools to aid in the study of photosynthesis, transpiration, growth of roots and pollen tubes, as well as cell wall composition in plants, bringing important insights into the fields of agricultural production, plant protection, and ecosystem restoration.
Biophysical techniques have provided new perspectives and tools to aid in the study of photosynthesis, transpiration, growth of roots and pollen tubes, as well as cell wall composition in plants, bringing important insights into the fields of agricultural production, plant protection, and ecosystem restoration.
Accurate biophysical techniques can mimic the physical processes of biomolecules, helping to understand their structure and function and explore the mechanisms at the molecular level. Furthermore, by modifying and designing the structure and function of proteins, it is possible to realize multiple uses in drug discovery, production, and applications.
