Neonatal Transfers Differ by Race and Ethnicity in Very Low Birth Weight Infants
When a baby is born weighing very little, the hospital where that baby first receives care can shape the entire course of their life. Very...
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AI Could Transform Early Detection of Pulmonary Hypertension in Newborns
Pulmonary hypertension in newborn infants is one of the most elusive and dangerous conditions in neonatal medicine, and a new commentary published in Pediatric Research...
Delayed Forest Regrowth After Mining Deepens Tropical Carbon Losses, 23-Year Study Finds
Tropical forests have long been celebrated as the planet’s most powerful living carbon sinks, storing hundreds of tonnes of carbon per hectare in towering trunks,...
Fibroblasts With a Stem Cell Marker Help Skin Adapt to Mechanical Stress
Skin is the body’s first line of defense and its most resilient mechanical shield, stretched, compressed, and sheared thousands of times a day without failing....
Ultrasound Pulses Steer the Heart’s Rhythm Under Live Imaging Guidance
The heart has always been the organ that medicine approaches with the greatest caution. Its rhythm is generated by delicate electrical circuits, and disturbing those...
Scientists Watch Light Supercharge Hydrogen Reactions on Platinum, Atom by Atom
In a result that could reshape how chemists think about catalysis, researchers have now achieved something once thought beyond the reach of experimental science: watching,...
A soybean transcriptome atlas reveals organ- and cell-type-specific sets of co-expressed transcription factors
{ “title”: “Single-Nucleus Atlas Maps the Transcription Factor Code of Every Soybean Cell Type”, “html”: “Soybean is one of the most important crops on the...
Lonely Sleep Waves: How Tau Tangles Quietly Sabotage the Aging Brain’s Memory.
Deep within the sleeping brain, enormous electrical waves sweep across the cortex each night, orchestrating the delicate process by which fresh experiences are cemented into...
New Tools Pluck Gene Cassettes From Bacteria at Unprecedented Scale
A team of researchers in Spain and Switzerland has developed two complementary genetic tools that can recover hundreds of individual integron gene cassettes from bacteria...
Scientists Learn to Stack Fano Interferences for Sharper Plasmonic Energy Transfer
Light passing through a carefully engineered nanostructure can behave in ways that ordinary optics never allows. It can cancel itself out at certain frequencies, reinforce...
Ten-Second Flash Reaction Turns Toxic Fluorine Waste Into Valuable Drug-Making Chemical
Fluorine is one of chemistry’s most paradoxical elements. It gives us life-saving pharmaceuticals, robust agrochemicals, non-stick cookware and high-performance electronics, yet the fluorine-bearing waste that...
Scientists Defend Childhood Obesity Study Methods in Heated Journal Exchange
A concise but consequential exchange has been playing out in the pages of the International Journal of Obesity, where researchers from the Children’s Hospital of...
One Centromere Gene, Two Genomic Homes: Fly Study Reveals Surprising Stability of Cenp-C
Centromeres are among the most essential structures in the cell, yet they remain among the least intuitively understood features of the eukaryotic genome. These specialized...
A genomic catalog of Earth’s bacterial and archaeal symbionts
The assembly of a genomic catalog devoted specifically to bacterial and archaeal symbionts represents a meaningful shift in how large-scale microbiome resources are organized. Earlier...
Crystallization Control Unlocks 30.1% Efficient All-Perovskite Triple-Junction Solar Cells
Perovskite solar cells have spent the past decade shattering one efficiency record after another, but the technology’s most ambitious configuration—stacking three perovskite absorbers on top...
