MIT and Novo Nordisk researchers have developed an ingestible capsule system that could enable oral delivery of medications typically requiring injection, such as insulin and therapeutic proteins. The needle-free device uses a biomimetic jet propulsion mechanism inspired by cephalopod physiology.
Researchers at the University of Nottingham have developed a new approach to create regenerative materials using patients’ own blood, combined with synthetic peptides, demonstrating successful bone repair in animal studies.
South Korean researchers have developed a soft, adhesive brain sensor that could significantly improve the effectiveness of ultrasound-based epilepsy treatments by enabling accurate, real-time monitoring of brain activity during stimulation.
A new imaging system developed at Cornell University enables simultaneous visualisation of large-scale neural networks at single-cell resolution, combining deep tissue penetration with expansive field of view capabilities.
New research reveals that men and women rely on distinct biological mechanisms for pain relief, potentially explaining sex differences in chronic pain prevalence and opioid treatment efficacy.
A new study projects significant reductions in postoperative complications and substantial cost savings through the implementation of a system-wide preoperative nutrition programme.
Researchers have developed a new treatment approach for type 2 diabetes that could potentially eliminate the need for insulin therapy in a majority of patients, according to findings presented at UEG Week 2024 in Vienna.
New research challenges long-held beliefs about the causes of gout, highlighting the significant impact of genetics on the chronic inflammatory condition.
A new study suggests that video consultations between ambulance staff and stroke specialists could lead to faster, more precise treatment decisions for acute stroke patients, potentially saving lives and reducing long-term disability.
A groundbreaking study has mapped prenatal human skin at the cellular level, offering unprecedented insights into skin formation and hair follicle development. The research, which includes the creation of a novel skin organoid model, could pave the way for developments in treating congenital skin disorders and improving regenerative medicine approaches.
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