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In our Chemical Science Pick of the Week, a novel cancer-targeting iridium complex was demonstrated to act as an effective radiosensitiser for image-guided cancer radiochemotherapy.
Our ChemSci Pick of the Week demonstrates the scalable synthesis of metal-organic-frameworks (MOFs) using ultrasonic or acoustic frequencies – rather than solvent-based approaches.
ChemSci Pick of the Week (INFOGRAPHIC) –Photodissocation of acetaldehyde occurs via different pathways, including the "roaming" mechanism. Can we study the different reaction pathways by tracking the time evolution of product distributions?
Our ChemSci Pick of the Week describes a metal oxide photocatalyst that can efficiently use sunlight to produce hydrogen from water, which could help tackle environmental issues and resource shortages.
In this week’s pick, researchers have developed a molecular complex that could lead to high-quality MRI scans with lower toxicity than current methods.
In today's ChemSci Pick of the Week, a team of scientists from China and the US have come up with a method for speeding up organic synthesis reactions by spraying and recycling solvents.
(INFOGRAPHIC) Our ChemSci Pick of the Week shows that IRAVs originate from the strong coupling of charge redistribution to nuclear motion, and from the similar energies of electronic and vibrational transitions.
(INFOGRAPHIC) A novel metallofragment (mF) library is designed, synthesized, and characterized. 77% of the library is populating the 3D region with a diversity which exhibits a broad range of biological responses.
(INFOGRAPHIC) In this week's ChemSciPick, we discover how dark states of organic LED molecules can be converted to bright states, significantly increasing the yield of light emitted.
