Professor Molly Stevens has become a recognised role model in science. She has won award after award and built a large and successful research group at Imperial College London.
Professor Molly Stevens has become a recognised role model in science. She has won award after award and built a large and successful research group at Imperial College London.
A dense diamond nanoneedle array for delivering fluorescent probes and drugs to a large number of cells for use on gene and cell therapy.
Bio-optical methods have been an essential tool for biological observation and clinical diagnosis, and optoacoustic (photoacoustic) imaging is now emerging.
Raman spectroscopy provides molecular specificity through spectrally-resolved measurement of the inelastic scattering under monochromatic excitation.
A new straightforward method, based on nonlinear photoperturbation, enables monitoring the response of nuclear proteins to DNA damage in time and space.
New work describes a strategy to produced hydrogels of precise stiffness for the organization of blood vessel cells into vascular structures.
Polypeptide-based pH-sensitive polymersomes prepared by researchers from Changchun hold excellent promise as a drug delivery platform for cancer therapy.
Diagnosis of Dengue, targetting dendritic cells, thermal ablation of cancer, tissue adhesives, and the regenerative microenvironment for tissue healing.
The third and final part of the series “Advances in Polymers for Stem Cell Research” by guest-editor Suwan N. Jayasinghe has now started in Macromolecular Bioscience.
Microrobots offer huge potential in medicine, particularly in the field of drug delivery.