A Japanese study of over 82,000 mother-infant pairs links longer breastfeeding durations with reduced risk of insufficient sleep at age one. Published in the European Journal of Clinical Nutrition, the findings suggest breastfeeding may aid sleep development through mechanisms like melatonin and the gut-brain axis, challenging the notion that breastfed infants sleep less.

Qatar is spearheading an ambitious Parkinson's research initiative with a $9 million grant supporting a global project led by Dr. Hilal A. Lashuel at Weill Cornell Medicine-Qatar. This effort, in collaboration with The Michael J. Fox Foundation, aims to enhance understanding of the disease, identify new therapeutic targets, and develop innovative models and tools for treatment.

Researchers discovered that the ND1 gene, obtained via horizontal gene transfer, allows deep-sea isopods to adjust their metabolism to survive prolonged starvation in cold environments. By analyzing genomes and anatomy, the study highlights how these creatures adapt to abyssal conditions, offering insights into evolutionary strategies that could impact ecosystem resilience amid climate change.

A Georgia Tech study reveals low-dose sulfoxaflor exposure alters gene activity in bumblebees, potentially impacting reproduction and pollinator health. This highlights the tension between pest management and pollinator protection, as it raises concerns about long-term effects on crop yields and ecosystem stability.

Golden mussels, an invasive species first found in California in 2024, have been detected at the Port of West Sacramento, marking their northernmost presence in the state. Sacramento County declared a local emergency, urging stringent measures to prevent further spread and protect water systems and ecosystems.

A recent study reveals that invasive American shad and Siberian prawn are altering the lower Snake River ecosystem, benefiting walleye but threatening native salmonids. Researchers suggest enhanced monitoring and management efforts to address these invasive species' impacts, amid challenges like dam barriers and limited commercial incentives for shad reduction.

A newly observed galaxy, MXDFz4.4, offers significant insights into the Era of Reionization just 1.4 billion years post-Big Bang. Hubble and JWST data reveal its young, dense star cluster played a pivotal role in ionizing hydrogen, shedding light on how early galaxies contributed to making the universe transparent.

A new framework, Anchoring Change, is set to transform substance-use education by introducing prevention strategies starting in kindergarten, advocating for harm-minimization approaches. Developed by academics and researchers, it shifts focus from punitive measures to supportive interventions, addressing the rise in multi-substance use among youth and aiming to reduce substance-related deaths, a leading cause of mortality in young Canadians.

HYROX, a high-intensity functional training modality, is reshaping fitness with its unique blend of aerobic and anaerobic exercises, enhancing VO2 max and strength. The HYROX Sports Science Advisory Council is spearheading research to optimize performance, inviting global experts to contribute and focusing on gender-specific protocols for female athletes.

A new study suggests Earth may narrowly escape engulfment during the Sun's expansion into a red giant, occurring in approximately five billion years. However, the planet's long-term habitability remains uncertain, as survival hinges on the balance between solar mass loss and tidal forces.

The FDA approved teplizumab for children aged 8-17 with Stage 3 Type 1 diabetes, marking a significant shift in treatment by preserving beta-cell function. Meanwhile, OTC clearance for Stelo expands access to glucose monitoring for non-insulin users, potentially aiding those with Type 2 diabetes or prediabetes.

Hawaii is testing recycled plastics for asphalt in a bid to solve its plastic waste and marine debris issue. Early results show recycled-plastic roads may reduce landfill waste without increasing microplastic emissions, though long-term impacts remain under study.

New research links RIPK1 inflammatory pathway as a key player in Crohn's disease, expanding the understanding of its genetic underpinnings. This discovery may refine patient treatment strategies by targeting specific pathways rather than broad immune suppression.

In a groundbreaking study, researchers argue that understanding aging through the selection shadow framework could help extend healthspan by focusing on evolutionary pressures. By analyzing genetic data, they suggest targeting conserved aging pathways to reduce late-life morbidity, enhancing health without simply prolonging life.

Early recognition and comprehensive treatment of ADHD in girls can significantly improve long-term health outcomes, according to recent research. This condition often goes unnoticed due to subtler symptoms, leading to delayed or missed diagnoses and increasing the risk of mental and physical health issues.

Recent studies highlight a heightened risk of neurodegenerative diseases like CTE among rugby players, particularly backs, linked to frequent head impacts. In response, rugby is introducing measures like tackle height reduction and smart devices to mitigate risks without diminishing the sport's essence.

Hackensack Meridian Health joins Pfizer's Phase 3 BEETHOVEN trial, aiming to enroll 1,000 participants to test a new C. difficile vaccine for adults 65 and older. The trial, part of a global study involving 32,000 participants, seeks to curb infections common in healthcare settings.

University College London researchers have advanced visual cortex reconstruction in mice, translating brain activity into video. This study may refine our understanding of visual processing across species.

A University of Bristol study reveals that eukaryotes' complex cellular machinery began forming in anoxic oceans 2.9 billion years ago, much earlier than previously thought. This research challenges the notion that oxygen was necessary for complex molecular systems, suggesting these systems evolved in oxygen-poor conditions before enabling diversification in oxygen-rich environments.