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University of Mississippi Researcher Secures $7 Million Grant for 'Self-Driving' Lab to Accelerate Drug Development

University of Mississippi Researcher Secures $7 Million Grant for 'Self-Driving' Lab to Accelerate Drug Development

A researcher at the University of Mississippi, Mo Maniruzzaman, has been awarded a $7 million grant from the Health Resources and Services Administration to establish a 'self-driving' laboratory. This innovative lab will integrate artificial intelligence, robotics, and automated laboratory equipment to significantly expedite the process of developing, testing, and refining medications. The primary goal is to reduce the time it takes for new drugs to go from concept to market, which currently averages about 8.5 years. Maniruzzaman emphasizes the critical need for faster drug development, especially in states like Mississippi, which face a high burden of chronic diseases such as diabetes and cancer. The lab aims to minimize human error and operate continuously, thereby accelerating the discovery process for life-saving medications.

The Commercial Appeal

Scientists warn permanent daylight saving time could bring problems

Scientists warn permanent daylight saving time could bring problems

While the Sunshine Protection Act remains stalled in the Senate, experts are warning that permanent daylight saving time could harm health.

Beckman Laser Institute Celebrates 40 Years of Innovation in Laser Medicine and Wearable Sensors

Beckman Laser Institute Celebrates 40 Years of Innovation in Laser Medicine and Wearable Sensors

The Beckman Laser Institute & Medical Clinic (BLI) at UC Irvine is celebrating its 40th anniversary, marking four decades of pioneering research and development in laser medicine and related technologies. Established through a significant investment from Arnold O. Beckman, the institute was founded on the principle of integrating physicists, biologists, engineers, and physicians to accelerate the translation of laboratory ideas into patient treatments. Over the years, BLI has produced numerous breakthroughs, including the Dynamic Cooling Device, now standard on over 47,000 medical lasers worldwide, and a handheld device for non-invasive breast cancer screening. Current research at BLI, led by Bernard Choi, includes a $7.2 million Department of Defense project focused on light-based diagnostics for battlefield medicine and the development of wearable sensors for vital sign tracking in extreme conditions. Other researchers are advancing technologies for eye and heart imaging, cancer detection, and communicat...

UT San Antonio Researchers Develop Model to Improve Machine Learning Predictions for Dementia Across Diverse Populations

UT San Antonio Researchers Develop Model to Improve Machine Learning Predictions for Dementia Across Diverse Populations

Scientists at The University of Texas Health Science Center at San Antonio have developed a new mathematical equation designed to enhance the generalizability of machine learning predictions, particularly in medical and neuroimaging research. This innovation addresses a significant challenge in applying AI models across diverse populations, especially in detecting conditions like dementia. The research, published in Nature Communications, highlights that traditional AI models often struggle with varied populations due to imbalanced data, leading to less reliable predictions. The new model proportionally weighs information, allowing for more accurate and generalizable predictions even when data points for certain groups are limited. The study's principal investigator, Mohamad Habes, PhD, emphasized the need for robust and objective AI models, particularly when data is scarce for specific demographics. Ngoc-Huynh Ho, PhD, the study's first author, created the mathematical model to guide the AI in learning pr...

RAND Corporation Report Warns Against Single Safeguard for AI-Assisted Bioweapons

RAND Corporation Report Warns Against Single Safeguard for AI-Assisted Bioweapons

The RAND Corporation, a Santa Monica policy nonprofit, has released a report arguing that no single safeguard can effectively prevent an AI-assisted biological attack. The report, titled 'Building a Defense-in-Depth Biosecurity Strategy for the AI Era' and released in August, outlines nine overlapping defenses designed to catch various types of attackers. Analysts found that different attackers require different intervention strategies; for instance, a lone individual with limited training might be stopped by restricting access to information and materials, whereas a well-funded group or state program is more difficult to disrupt and requires deterrence. The study focuses on high-consequence events, defined as those roughly ten times the scale of the COVID-19 pandemic or worse, and prioritizes stopping a release rather than managing its aftermath. The authors suggest that AI could lower technical, operational, and motivational barriers to biological weapons development through general-purpose AI models act...

Michigan State University Engineers Develop Flexible Wearable Sensor to Improve Health Monitoring for Older Adults

Michigan State University Engineers Develop Flexible Wearable Sensor to Improve Health Monitoring for Older Adults

Engineers at Michigan State University (MSU) have developed a new flexible, wearable sensor platform, named AdapSkin, designed to significantly improve the accuracy of capturing the body's electrical signals, particularly for older adults. Traditional wearable sensors often struggle with age-related skin changes such as wrinkles, thinning, and dryness, leading to unstable contact and compromised data quality. AdapSkin addresses this by utilizing soft, stretchable electronics that conform closely to the skin, maintaining stable contact and comfort even during movement. This innovation has shown remarkable results in testing, improving gesture recognition accuracy in older adults from approximately 60% to over 97%. The technology records surface electromyography (sEMG) signals, which are electrical signals generated by muscle contractions, providing a more detailed map of muscle activity through dense electrode arrays. This enhanced data quality allows artificial intelligence systems to more accurately inter...

AI Clinical Trial Design Market Projected to Reach $12.97 Billion by 2033

AI Clinical Trial Design Market Projected to Reach $12.97 Billion by 2033

AI Clinical Trial Design Market Projected to Reach $12.97 Billion by 2033

Senphonix Receives NIH Grant to Advance SleeveSense Continuous Vitals Monitoring Platform

Senphonix Receives NIH Grant to Advance SleeveSense Continuous Vitals Monitoring Platform

Senphonix, Inc., a medical technology startup, has been awarded a Small Business Innovation Research (SBIR) Phase I grant from the U.S. National Institutes of Health (NIH), specifically through its National Heart, Lung, and Blood Institute (NHLBI). This grant will support the advancement of SleeveSense, a wearable device designed for continuous, long-term monitoring of patients' vital signs. The NIH funding will primarily focus on testing the platform's software stack in a clinical environment, scaling its cloud and database infrastructure, and enhancing cybersecurity to achieve SOC 2 Type II readiness. This award follows a previous National Science Foundation (NSF) STTR Phase I award, which funded the development of the wearable's wireless hardware and software platform. Together, these grants are moving SleeveSense from a prototype phase towards clinical readiness, aiming to address the inefficiencies and gaps in traditional, intermittent vital sign monitoring in healthcare settings.

Bioterrorism Preparedness Faces New Challenges Amidst Biotechnology Advancements

Bioterrorism Preparedness Faces New Challenges Amidst Biotechnology Advancements

Bioterrorism preparedness is a growing concern due to rapid advancements in biotechnology, including synthetic biology, genetic engineering, AI, and laboratory automation. These technologies offer significant benefits for medicine and agriculture but also expand the potential for misuse. Unlike conventional terrorism, a biological attack might initially appear as a natural disease outbreak, delaying recognition and response. Historical incidents, such as the 2001 U.S. anthrax letter attacks, demonstrated that even limited biological incidents can trigger substantial public health, political, and psychological responses. The 1972 Biological Weapons Convention (BWC) serves as the core international prohibition against biological weapons, but it was designed for a slower research environment. The distributed nature of modern biotechnology and uneven reporting of Confidence-Building Measures (CBMs) highlight the need for stronger transparency, national contact points, scientific input, and capacity-building in...

V Foundation-Funded Scientists Advance Cancer Research with Immunotherapy and DNA Regulation Studies

V Foundation-Funded Scientists Advance Cancer Research with Immunotherapy and DNA Regulation Studies

Susanna Fletcher Greer, Chief Scientific Officer at the V Foundation, recently highlighted the significant progress being made by two V Foundation-funded scientists: Dr. Jamie Spangler and Dr. Srinivasan Yegnasubramanian. Dr. Spangler's research focuses on engineering proteins to enhance the immune system's ability to combat cancer more effectively. Her lab has expanded considerably since receiving V Foundation funding, growing from 4 to over 30 people and securing 67 additional research grants. Dr. Yegnasubramanian is investigating how alterations in DNA regulation contribute to cancer development. His work aims to uncover new avenues for earlier cancer detection and the development of more precise and effective treatments. These efforts underscore the V Foundation's strategy of investing in researchers and their innovative ideas to drive breakthroughs in cancer treatment and detection.

University of Washington's Institute for Protein Design Receives Significant AI Computing Power Grant

University of Washington's Institute for Protein Design Receives Significant AI Computing Power Grant

The University of Washington Medicine Institute for Protein Design (IPD) has received a substantial in-kind grant of nearly 7 million hours of compute time from The Jen-Hsun and Lori Huang Foundation. This grant provides access to specialized AI computing systems, specifically graphics processing units (GPUs), which are expected to drastically reduce the time required for algorithm learning and evaluation from months to days. This acceleration will enable IPD scientists to tackle complex protein-design problems more efficiently. The applications of this enhanced computing power include developing precision cancer therapeutics, durable vaccines, treatments for currently untreatable diseases, and new enzymes capable of degrading environmental toxins like hazardous chemicals and plastics. The compute power is facilitated through the Huang Foundation's partnership with CoreWeave, utilizing NVIDIA GPUs.

UAF Researchers Secure $6 Million NSF Grant to Extract Critical Minerals from Coal Waste

UAF Researchers Secure $6 Million NSF Grant to Extract Critical Minerals from Coal Waste

Researchers at the University of Alaska Fairbanks (UAF) are leading a $6 million project funded by the National Science Foundation (NSF) to extract critical minerals from coal waste. This initiative involves using microorganisms and artificial intelligence to recover rare earth elements from coal ash, a byproduct of decades of coal mining and use in Alaska. The project aims to transform this waste into a valuable resource, reducing reliance on foreign sources for these essential minerals. Srijan Aggarwal, a UAF professor of environmental engineering and principal investigator, highlighted that the approach leverages natural metabolic processes of microorganisms to bind to and extract valuable minerals, avoiding harsh chemicals. Artificial intelligence will be used to predict optimal waste materials and harvesting conditions. The project is a collaborative effort involving UAF, the University of Alaska Anchorage, Montana Technological University, and the University of Wyoming, funded through NSF’s Establish...