Rewiring the Tumor Engine: How Metabolism Could Become Cancer’s Next Weak Spot
New research highlights microRNAs, mitochondrial ribosomal proteins and lactate signaling as promising targets against cancer's metabolic reprogramming.
New research highlights microRNAs, mitochondrial ribosomal proteins and lactate signaling as promising targets against cancer's metabolic reprogramming.
New research from China, Thailand, Colombia, and India reveals how profoundly geography shapes allergic sensitization, exposing the limits of Western-focused ...
A new Frontiers research collection reveals how parasites, disease spillover, and human pressures are quietly undermining otter health worldwide.
The transition toward zero-carbon energy systems has placed unprecedented pressure on the supply chains of several critical metals, and this ...
A new editorial in Frontiers in Horticulture traces how LED light recipes, mushroom biofortification, optical phenotyping and aquaponics are converging ...
A sweeping editorial in Frontiers in Aquaculture maps how recirculating systems, biofloc technology, genomic selection, functional feeds, and digital precision ...
The evolution of perioperative medicine described in this editorial reflects a broader historical shift in how the surgical patient is ...
A new Frontiers in Political Science editorial argues that integrated care depends on network governance arrangements that redistribute authority, resources, ...
The concept of metabolic reprogramming as a defining feature of malignancy has evolved considerably since its early description, when proliferating ...
A new collection of longitudinal studies reveals how life stress — from family strain to the Covid-19 pandemic — shapes ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine