3D smart neural electrode uses soft actuation technology to avoid nerve damage

A research team has developed an electrode capable of safely encasing nerves without causing damage. The newly developed electrode features soft actuation technology that allows it to transform from a flat two-dimensional shape into a three-dimensional structure. This advance is expected to enable the emergence of various next-generation soft bioelectronic devices, including electroceuticals suitable for peripheral nerve treatment. The team was led by Professor Sohee Kim of the Department of Robotics and Mechatronics Engineering.

Rat study suggests long-term cocaine use may increase impulsivity

Researchers have widely accepted that impulsivity increases the risk of drug addiction, but the evidence to support this belief is mixed. Exploring the relationship between impulsivity and cocaine use in rats, Yihong Yang and colleagues from the National Institute on Drug Abuse found evidence that contradicts the prevailing view that high impulsivity predicts cocaine use.

Psychotherapy trial has implications for transforming mental health care during pregnancy and after birth

Approximately one in five pregnant and postpartum individuals experience depression and anxiety, yet less than 10% receive proper treatment. To address this problem, a team of interdisciplinary researchers from Canada and the United States investigated if talk therapy can be effectively delivered by non-mental health specialists and telemedicine to increase access.

A new cryptography framework for secure genomic studies

Advances in generative artificial intelligence and machine learning, trained on large-scale datasets across multiple institutions, have the potential to revolutionize medicine. However, data is hard to gather. It is siloed in individual hospitals, medical practices, and clinics around the world. Privacy risks stemming from disclosing medical data are also a serious concern, so existing data-sharing regulations have largely limited the scope of data collaborations for medical research.

Cracking cancer’s code: Research identifies novel drug target for acute myeloid leukemia treatment

Despite advances in cancer treatment in recent years, five-year survival rates for acute myeloid leukemia (AML) remain low at just 30% on average, according to the National Cancer Institute. Factors in the development of AML are diverse with many different drivers. A longtime goal for scientists in this field is finding a single drug that can treat all types of AML. A team led by The University of Texas Health Science Center at San Antonio (UT Health San Antonio) scientists are closer than ever to this goal with their discovery of how a certain protein in the cell nucleus, paraspeckle component 1 (PSPC1), contributes to AML progression.