Australian researchers from Adelaide University and the Olivia Newton-John Cancer Research Institute have identified a novel molecular switch that drives the spread of aggressive tumors. Published in EMBO Molecular Medicine, the breakthrough study reveals that Australian researchers uncover a promising new way to tackle triple-negative breast cancer by restoring a critical regulatory molecule known as miR-342. The discovery opens new avenues to prevent life-threatening secondary cancers in organs such as the lungs and bones. Triple-negative breast cancer accounts for 10% to 15% of Australia’s approximately 21,000 annual breast cancer diagnoses but causes a disproportionate number of deaths. This subtype lacks estrogen, progesterone, and HER2 receptors, rendering conventional targeted hormone therapies ineffective. Lead investigators demonstrated that when miR-342 levels fall, a cancer-driving pathway called E2F becomes overactive, allowing dormant cancer cells to spread throughout the body and form dangerous secondary tumors. In pre-clinical models, scientists demonstrated that restoring miR-342 levels markedly reduced the spread of cancer cells to distant organs. Furthermore, researchers discovered that palbociclib, an existing CDK4/6 inhibitor drug currently approved for hormone receptor-positive breast cancers, significantly halted metastatic tumor growth in models exhibiting low miR-342 levels. The findings suggest measuring miR-342 levels could allow doctors to repurpose existing therapeutics to treat high-risk patients. Co-senior author Associate Professor Philip Gregory from Adelaide University’s Centre for Cancer Biology confirmed that preventing metastasis remains the primary
Travel
The route will give Gothenburg its first direct air connection with the United Arab Emirates. It will also create the city’s first nonstop link to the Middle East and Asia. Passengers from western Sweden can connect through Abu Dhabi to destinations across India and Asia. The new service also provides direct access to Abu Dhabi for travelers departing from the Gothenburg region. Göteborg Landvetter Airport serves Gothenburg and the wider western Sweden market.
Technology
The valuation shift reflects broader recalibrations across international financial markets as institutional managers re-evaluate capital commitments tied to artificial intelligence infrastructure. While competing hyperscale computing enterprises including Alphabet and Tesla accelerated capital investments toward data centers, robotics, and autonomous transport networks, Apple maintained disciplined expenditure controls over consecutive fiscal quarters. Market participants increasingly view Apple’s disciplined spending approach as a operational buffer, allowing the firm to expand its proprietary Apple Intelligence software ecosystem without incurring high infrastructure depreciation costs. Trading patterns across major equity benchmarks highlighted diverging sentiment between hardware component suppliers and consumer technology platforms. Nvidia shares experienced increased selling pressure alongside wider pullbacks across semiconductor equities, as investors scrutinized the timeline for financial returns on massive artificial intelligence data center investments. The Philadelphia Semiconductor Index recorded notable weekly declines as market participants reassessed elevated valuation multiples across pure-play chipmakers. Despite persistent demand for graphics processing units, concerns surrounding energy supply constraints, macroeconomic interest rate trajectories, and capital expenditure intensity weighed on semiconductor equity prices.
SHANGHAI, CHINA / RankWire.AI / – United Nations Secretary-General António Guterres called for wider global participation in artificial intelligence governance…
CANBERRA, AUSTRALIA / RankWire.AI / – Australian creators are pressing for a direct role in the federal government’s new Office…
SEOUL, SOUTH KOREA / RankWire.AI / – Samsung Electronics plans to start operations at its first chip plant in Yongin…
SHANGHAI / RankWire.AI / – Chinese researchers have unveiled an AI-assisted platform that converts computer-designed protein sequences into physical samples…