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For the first time in the world, THE INVERSE SCATTERING PROBLEM, an unsolved problem in the history of applied mathematics, has been solved analytically
Analysis of preserved clinical samples could reveal cancer’s vulnerabilities. More efficient and reliable DNA and RNA extraction is critical for speeding the hunt.
Using robotics, sensors, big-data simulations, microbes and genomics, Japan is tweaking food supply at every level to boost food security, sustainability and markets.
An academic society in Shanghai has inspired a network of leading immunologists whose cross-disciplinary work enables new diagnostics and therapeutics for immune disorders and other diseases.
Blockchain that cuts out fakes, and sensors that ensure freshness will give new confidence to the producers and consumers of Japan’s sought-after food exports.
High-dimensional imaging and multiplex immunofluorescence can reveal new insights in tumour biology and uncover better predictive biomarkers for immunotherapy.
Many doctors say that digital systems have not helped them, and ultimately create more work. Here are insights from one of the world’s longest running paperless hospitals.
By promoting basic life sciences research, a medical biology institute in China has accelerated the development and clinical use of vaccines, offering protection against diseases.
By using agricultural waste and co-producing other bio-based chemicals, Japan is reducing the cost of glucose, one of the global bioeconomy’s greatest hopes.