The development of optical probes is receiving considerable attention due to their rising adaptation in diagnostics and medical imaging. Diversity-oriented approaches make use of combinatorial chemistry and high-throughput screenings to enrich the spectral and structural variety of these probes and effectively identify those with specific properties (e.g. molecular affinity, cellular selectivity, high photostability, and sensitivity). Herein we review recent examples in which diversity-driven strategies have assisted the discovery of new molecular imaging probes.1130sciescopu
Optical technologies used in biomedical research have undergone tremendous development in the last d...
Multispectral molecular imaging exhibits the unique potential to simultaneously probe multiple molec...
Modern molecular sensors are essential parts of many emerging medical technologies and have been uti...
Diversity-oriented fluorescence library approaches have significantly accelerated the development of...
Fluorescent small molecules have received considerable attention due to their potential for chemosen...
Bioimaging probes are reporter molecules for visualizing the cellular event. The conventional biopro...
Molecular imaging allows clinicians to visualize disease-specific molecules, thereby providing relev...
Fluorescent small-molecule probes can enter living cells and interact with molecules of interest to ...
Due to the remarkable development of bioimaging probes and equipment during the last decades, we are...
A cell is the smallest functional unit of life. All forms of life rely on cellular processes to main...
Bioluminescence imaging with luciferase-luciferin pairs is routinely used to monitor cellular events...
The diversity-oriented fluorescence library approach (DOFLA) has emerged and found applications in v...
Over the past decades, the field of molecular imaging has been rapidly growing involving multiple di...
Fluorescent probes are important research tools for real-time imaging of live cells and a powerful t...
Optics has played a key role in the rapidly developing field, of molecular imaging. The spectroscopi...
Optical technologies used in biomedical research have undergone tremendous development in the last d...
Multispectral molecular imaging exhibits the unique potential to simultaneously probe multiple molec...
Modern molecular sensors are essential parts of many emerging medical technologies and have been uti...
Diversity-oriented fluorescence library approaches have significantly accelerated the development of...
Fluorescent small molecules have received considerable attention due to their potential for chemosen...
Bioimaging probes are reporter molecules for visualizing the cellular event. The conventional biopro...
Molecular imaging allows clinicians to visualize disease-specific molecules, thereby providing relev...
Fluorescent small-molecule probes can enter living cells and interact with molecules of interest to ...
Due to the remarkable development of bioimaging probes and equipment during the last decades, we are...
A cell is the smallest functional unit of life. All forms of life rely on cellular processes to main...
Bioluminescence imaging with luciferase-luciferin pairs is routinely used to monitor cellular events...
The diversity-oriented fluorescence library approach (DOFLA) has emerged and found applications in v...
Over the past decades, the field of molecular imaging has been rapidly growing involving multiple di...
Fluorescent probes are important research tools for real-time imaging of live cells and a powerful t...
Optics has played a key role in the rapidly developing field, of molecular imaging. The spectroscopi...
Optical technologies used in biomedical research have undergone tremendous development in the last d...
Multispectral molecular imaging exhibits the unique potential to simultaneously probe multiple molec...
Modern molecular sensors are essential parts of many emerging medical technologies and have been uti...