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#1681Computer Science & AIFront Page13 November 2025

Ghost Reefs: Ancient Texts Reveal China's Lost Marine Worlds

By analysing 7,600 years of historical documents, researchers have uncovered a vast, forgotten ecosystem of oyster reefs along China's coastline. These records show that millennial-scale overexploitation and societal changes completely wiped out reefs stretching over 750 kilometres, a colossal loss previously unknown to modern science.

By Lau, Thomas, Williams, Thurstan, Hancock, Russell

#1682Medicine & HealthFront Page17 November 2025

Dual-Peptide 'GPS' Guides Nanomedicine Directly to Injured Kidneys

Treating acute kidney injury is notoriously difficult because drugs often miss their target. Scientists have now designed a 'dual-ligand' nanocarrier that acts like a biological guidance system, using one peptide to find the kidney and a second to lock onto inflamed, injured tissue, ensuring precise delivery.

By Bishop, Sharma, Tiwari, Yuk, Almunif, Quaggin, Scott, Kapitsinou

#1683Genetics & Molecular BiologyFront Page15 November 2025

The Genetic 'Enhancer' Balancing Embryonic Growth

Neuromesodermal progenitors are vital cells that build the spinal cord and surrounding tissues, but they require strict regulation to function. New research identifies a genetic element called p-Enh that maintains the crucial balance of these cell subtypes, preventing developmental failure.

By Mi, Chen, Tan, Shen, Yang, Wen, Qian, Wang, Jing, Yang

#1684NeuroscienceFront Page3 December 2025

The Art of the Tale: How Narrative Style Rewires Memory

New research reveals that the specific framing of a story—whether focusing on abstract concepts or sensory details—fundamentally alters how the brain encodes it. By tweaking narrative style, distinct neural pathways connecting the hippocampus to the cortex are engaged, directly influencing memory retention.

By Ferris, Scheurich, Palmer, Sheldon

#1685Chemistry & Material ScienceFront Page24 November 2025

Fast-Charging Organic Flow Batteries Break the Speed Limit

Traditional self-charging batteries are hindered by slow solid-state reactions, often taking hours to replenish. A new organic redox flow design shatters this limitation, achieving a 94% charge in just eight minutes by utilising rapid liquid-phase chemistry.

By Wang, Yang, Cui, Xia, Jiang, Xia, Chen, Yang, Bae, Gu, Ding

#1686Environmental ScienceFront Page10 November 2025

Warm Ocean Water Migrates Towards Antarctica, With Potential Implications for Ice Melt

New research reveals a poleward migration of warm Circumpolar Deep Water (CDW) towards the Antarctic continent, marked by increased CDW thickness near the coast and a concurrent contraction of Antarctic Bottom Water. This shift, identified using machine learning analysis of oceanographic data, suggests an enhanced heat flux toward the Antarctic continental shelf, with potential implications for basal ice shelf melting and sea-level projections.

By Lanham, Purkey, Srinivasan, Mazloff, Cimoli, Mashayek

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