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Arts & Culture Newsletter: Mojalet Dance Collective kicks off summer series

FDA Grants Clearance for Groundbreaking Bone Measurement Device

/PRNewswire/ The Bone Score™ assessment is a fundamentally new approach to measuring bone. Using groundbreaking technology, the assessment introduces.

FDA Grants Clearance for Groundbreaking Bone Measurement Device

/PRNewswire/ The Bone Score™ assessment is a fundamentally new approach to measuring bone. Using groundbreaking technology, the assessment introduces.

Nanotechnology Now - Press Release: USTC develops ultrahigh-performance plasmonic metal-oxide materials

Abstract: In a study published in Advanced Materials, the researchers from Hefei National Laboratory for Physical Sciences at the Microscale, the University of Science and Technology of China of the Chinese Academy of Sciences, using an electron-proton co-doping strategy, invented a new metal-like semiconductor material with excellent plasmonic resonance performance. This material achieves a metal-like ultrahigh free-carrier concentration that leads to strong and tunable plasmonic field. USTC develops ultrahigh-performance plasmonic metal-oxide materials Anhui, P.R.China | Posted on January 11th, 2021 Plasmonic materials are widely used in the fields including microscopy, sensing, optical computing and photovoltaics. Most common plasmonic materials are gold and silver. Some other materials also show metal-like optical properties but just perform poor in limited wavelength ranges.

Nanotechnology Now - Press Release: High-speed atomic force microscopy visualizes cell protein factories

Home > Press > High-speed atomic force microscopy visualizes cell protein factories Model of translating ribosomes and elongation factors. EF1A•GTP•aatRNA and EF2 assemble to the ribosomal stalk on the translating ribosome. The translation factor pool contributes to efficient protein synthesis in a crowded intracellular environment. CREDIT Proceedings of the National Academy of Sciences Abstract: Ribosomes are the complexes of ribonucleoproteins at the heart of protein synthesis in cells. However in the absence of conclusive evidence, how these complexes operate has been open to debate. Now Hirotatsu Imai and Noriyuki Kodera at Kanazawa University, alongside Toshio Uchiumi at Niigata University in Japan, show visualizations of the structural dynamics and factor pooling that take place at ribosome stalk proteins as they build new proteins.

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