Monday, March 2, 2026

Scientists at Caltech discovered that several unrelated viruses disable the bacterial protein MurJ, which is essential for cell wall construction, highlighting it as a promising new target for antibiotics to fight drug-resistant superbugs.^[1]

Researchers at Flinders University created a biodegradable packaging film from milk protein, starch, and natural nanoclay that fully breaks down in soil within 13 weeks, offering a potential alternative to single-use plastic.^[2]

Scientists at Texas A&M combined caffeine with CRISPR gene editing to create a system where engineered cells can be programmed in advance and then activated by consuming coffee, chocolate, or soda, potentially enabling controllable cancer immunotherapy treatments.^[3]

UC San Diego researchers developed a CRISPR-based tool inspired by gene drives that can spread through bacterial populations and delete antibiotic resistance genes, even within biofilms that typically shield microbes from treatment.^[4]

Scientists at Stanford Medicine unveiled a universal nasal spray vaccine designed to protect against multiple respiratory pathogens including COVID-19, influenza, and bacterial pneumonia.^[5]

Pakistan declared it is in "open war" with Afghanistan's Taliban government following cross-border fighting, with Pakistan conducting strikes in Kandahar and Paktika while the UN Secretary-General urged both nations to de-escalate and adhere to international law.^[6]

The EU approved a €90 billion loan to Ukraine in February 2026, establishing itself as the country's main source of financial support four years after Russia's full-scale invasion, as the Trump administration has reduced US involvement.^[7]

New research suggests the earliest sponges on Earth were soft and skeleton-free, explaining why their fossils don't appear in the geological record until much later despite being among the first animals to evolve.^[8]

Scientists discovered that giant embryonic cells can divide without using the classic "purse-string" ring mechanism that was long thought essential for cell division, challenging textbook biology about how cells split in two.^[9]

Field research in West Antarctica revealed that melting glaciers release far less iron into the ocean than scientists had hoped, undermining a popular theory that iron-rich meltwater could spark algae blooms to capture atmospheric carbon dioxide.^[10]