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A new study combining data from two distinct brain-machine interfaces has revealed that the human brain processes artificial movement sensations as coordinated, subconscious hand synergies rather than isolated muscle signals, paving the way for intuitive, bi-directional permanent prosthetic implants.​  Read more at Cerebratech ​ 

Researchers present a shift in neuro-nanomedicine, reframing the “protein corona”, the layer of blood proteins that coat nanoparticles, as a programmable, five-stage navigation interface capable of guiding therapeutics across the blood-brain barrier via receptor-mediated transcytosis.​ 

Researchers present a shift in neuro-nanomedicine, reframing the “protein corona”, the layer of blood proteins that coat nanoparticles, as a programmable, five-stage navigation interface capable of guiding therapeutics across the blood-brain barrier via receptor-mediated transcytosis.​  Read more at Cerebratech ​ 

A “MultiSensy” platform, which combines immersive VR with transcutaneous electrical nerve stimulation, generates double the upper limb motor recovery in chronic stroke patients compared to conventional therapy by reconnecting movement and tactile sensation.​ 

Researchers validated an 1877 anatomical hypothesis by confirming that a rare surface “bridge” across the central fissure occurs in 0.8% of humans and is an extension of normal deep-lying brain folds. The study also revealed a higher prevalence in twins, proving the variant is driven by early environmental factors in the womb rather than genetics.​ 

Researchers demonstrated that exclusive breastfeeding up to six months of age is associated with a clear, independent reduction in childhood ADHD symptoms at ages three, five, and eight, even after adjusting for genetic liabilities and utilizing sibling-pair controls.​ 

Researchers defined “chronoferroptosis,” a progressive, time-dependent iron accumulation pathway that systematically depletes antioxidant defenses and strips aging neurons of their resilience against neurodegenerative diseases.​ 

Researchers established that canine cognitive decline is directly associated with a shortened stride length in dogs’ front limbs. Because thoracic limbs require heavy cortical control for balance and spatial awareness, their shortened stride serves as an early behavioral biomarker for brain decline.​ 

A structural biology study utilizing cryo-electron microscopy has resolved the first 3D structure of human blue and green cone opsins in their dark state, revealing that an open binding pocket in green opsins allows rapid retinal displacement for fast-updating daylight vision, while blue opsins require high-energy light due to a confined pocket.​ 

A new study outlines the biological role of TREM-1 as a master upstream amplifier of innate immunity, highlighting its synergy with Toll-like receptors and its emergence as a high-value therapeutic target for stopping acute sepsis, inflammatory arthritis, and microglial-driven neurodegeneration.​