Technique • 890 papers
Two-dimensional Ti3C2T x MXenes exhibit exceptional electrical conductivity and tunable surface chemistry; however, reduction to zero-dimensional quantum dots (MQDs) affords quantum confinement and enriched functionalization,...
The study of the impact of physical forces and on cells has emerged as a fertile field of investigation. Applications in oncology are especially transformative...
ABSTRACT Three‐dimensional (3D) cell culture systems are increasingly recognised as more physiologically relevant models than traditional two‐dimensional cultures, as they better mimic the native tumour...
Biophysical sensing technologies have become central to modern drug discovery because they enable direct, quantitative characterization of ligand-target interactions. In contrast to conventional biochemical and...
The uniformity of local photoelectric properties in infrared detectors is critical for detection sensitivity. However, micro-nano-scale surface abnormalities introduced during mercury cadmium telluride (HgCdTe) fabrication...
Here, we describe a robust protocol using mouse models to screen potential insulin-stabilizers and insulin moieties. We have generated a mouse model of amyloidoma, found...
The formation of defined surfaces consisting of photosynthetic reaction centers (RCs) in biohybrid solar cells is challenging. Here, we start with the production of engineered...
High-speed atomic force microscopy is a technique that allows real-time observation of biomolecules and biological phenomena reconstituted on a substrate. Here, we present a protocol...
Abstract Singlet fission (SF) describes the conversion of a single photon-generated excited state into two triplet excitons through an initial singlet state. Despite its significance...
Machine learning (ML) techniques are currently investigated for their potential applicability in a wide range of disciplines and scientific domains as a powerful extension to...