Cytomos’ AuraCyt Digital Predictive Cell Analytics Platform Showcased at BIO Conference

Cytomos reports that it is showcasing its flagship cell analytic intelligence platform AuraCyt®, together with its novel Celledonia® benchtop technology, which is designed to boost predictive cell analytics. Current challenges in the bioprocessing space include slow, label-dependent analytical methods that are inefficient to scale-up and provide limited predictive insight, according to Cytomos.

Digital Tool Provides a Quick Check on Herbicide Mix Efficacy

June 2026, Colorado: Two Weed Science Society of America (WSSA) member scientists have helped create a digital tool to e…

El Niño is Coming. Here Is Where The Risks To Agriculture Are Highest

June 2026, Rome: A new El Niño phase is likely to begin within weeks, putting agriculture on alert around the world. New…

Americans’ Demand for Non-UPF Proteins Boosts Pulmuone’s Tofu Sales by 17%

With high-protein, high-fibre and minimally processed foods firmly in focus in the US, one company is witnessing a surge in sales of a product that combines all three.

Jellatech Partners with South Korea’s Hugel to Bring Cell-Cultured Human Collagen to Market

Jellatech is inching closer to bringing its recombinant human collagen to market, having partnered with Seoul-based medical aesthetics company Hugel to advance its cell culture platform’s development and commercialisation.

After FDA rejection, Sanofi’s BTK inhibitor wins EU approval

Why it matters: SPMS is a stage of MS in which disability steadily worsens, often without the relapses that define earlier phases of the disease.

Fungicide innovation Adapzo® Active receives new mode of action classification

Adapzo®Active, BASF Agricultural Solutions’ latest fungicide innovation, was designated a new and distinct mode of action by the Fungicide Resistance Action Committee (FRAC). Chemically known as flufenoxadiazam, the active ingredient is the industry’s first histone deacetylase (HDAC) inhibitor and the sole representative of the newly established “FRAC Group Code 56”.

Long‑Range Gene Networks Uncover 641 New Schizophrenia‑Associated Genes

Schizophrenia’s genetic landscape just expanded dramatically. A new study in Nature Genetics identifies 641 previously unrecognized genes associated with schizophrenia , thanks to a modeling framework that captures how distant genetic variants regulate gene expression through co‑expression networks . The work reframes schizophrenia not as a collection of isolated genetic hits, but as a disorder shaped by long‑range regulatory relationships across the brain. The study is titled, “Co‑expression‑based models improve eQTL predictions for transcriptome‑wide association studies and highlight new schizophrenia‑associated genes .”

Wacoal and BASF expand ‘Melooop’ Technology Into Automotive Interior Applications With Elastollan® TPU

June 2026, Singapore: Building on their successful collaboration in bra cup innovation, Wacoal and BASF are extending th…

中国农科院植保所根结线虫RNAi技术完成全链条验证,通用靶标Mekk-3具广谱潜力

世界农化网中文网报道:根结线虫是危害蔬菜等经济与粮食作物最严重的植物寄生线虫之一,寄主超3000种,全球年经济损失达数百亿美元。传统化学杀线虫剂面临抗药性和环境风险,亟需绿色替代技术。RNAi技术通过外源dsRNA特异性沉默靶基因,具有高度选择性和环境友好性,目前在害虫和病毒防治领域已率先实现商业化。然而,裸露的dsRNA在土壤中易降解,线虫对其摄取效率低下,加之不同物种及靶基因对RNAi的敏感性差异大、缺乏通用递送系统,长期制约其田间应用,相关研究仍多停留在实验室阶段。