“New research reveals autism may comprise two subtypes distinguished by brain connectivity strength, offering fresh insight for tailored diagnosis and treatment.”
Recent scientific studies indicate that autism is not a singular condition but may consist of two distinct subtypes defined by the strength of brain connectivity. These subtypes differ in how neural networks connect and communicate, highlighting autism's heterogeneity.
This differentiation based on brain activity patterns could reshape autism diagnosis and enable more personalized treatment strategies focused on specific neural profiles.
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Nigeria is making steady, grassroots progress in the fight against malaria, as a targeted vaccine rollout begins to protect its most vulnerable young population.
New research from Semmelweis University suggests that high-intensity, multi-directional sports may be significantly more effective at stimulating bone formation than traditional walking or weight lifting.
A new study reveals that detecting circulating tumor DNA in the blood could predict which men with advanced prostate cancer will gain the most from targeted radiotherapy.
MIT researchers have launched 'Lumina,' a record-breaking supercomputer simulation that offers a high-definition window into the universe's emergence from its cosmic dark age.
New research suggests Earth manufactured its own vast oceans through internal chemical reactions during its formation, rather than relying on icy space deliveries.
New research from the National Institutes of Health reveals that exposure to specific PFAS chemicals is associated with a significantly higher risk of developing aggressive, ER-negative breast cancer.
Researchers at the University of Geneva have discovered that complex hair follicle patterns arise from simple cellular signaling, potentially overturning decades of biological theory.
New research from Chalmers University of Technology reveals why some patients remain at risk for heart attacks even when bad cholesterol levels are managed.
