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Brown University


Research details sticky situations at the nanoscale

Researchers detail sticky situations at the nanoscale, finding that miniscule differences in surface roughness can cause significant changes in adhesion. Their theory predicts an increase in interface toughness as roughness increases, with potential applications in micro-electro-mechanical systems and nanoscale patterning.

SourceBrown University·JournalScientific Reports·DateFeb 7, 2019

New study answers old questions about why tropical forests are so ecologically diverse

Researchers found that tropical tree populations increase mainly in locations where the tree is rare, suggesting a 'negative feedback' mechanism that regulates population growth. This phenomenon could explain the high ecological diversity of tropical forests, with more species living in a smaller area than in North America combined.

SourceBrown University·JournalProceedings of the National Academy of Sciences·DateOct 15, 2018

Neuron death in ALS more complex than previously thought

Researchers have discovered that two types of motor neurons die in ALS patients through distinct mechanisms, potentially leading to the development of more targeted treatments. The study used worm models to investigate the degeneration of spinal and brain neurons in ALS, revealing new insights into the complex nature of the disease.

SourceBrown University·JournalPLOS Genetics·DateOct 9, 2018

Child lead exposure study finds substantial reductions possible

Researchers reduced household lead levels and found significant reductions in dust lead levels, especially among black children. However, the intervention did not result in significant neurobehavioral improvements, such as improved IQ or behavior. The study suggests that eliminating residential lead exposure may be necessary to fully p...

SourceBrown University·JournalJAMA Pediatrics·DateAug 27, 2018

Research reveals molecular details of sperm-egg fusion

Scientists have described the detailed structure of proteins enabling sperm-egg fusion in two species: Arabidopsis thaliana and Trypanosoma cruzi. The study reveals similarities and differences between the proteins, shedding light on how they work and potentially leading to new insights into human fertilization.

SourceBrown University·JournalPLOS Biology·DateAug 13, 2018