Explore

Rapid Read Rapid Read
NIH Funding Trends for FY 2026 Highlight Ongoing Data Updates

NIH Funding Trends for FY 2026 Highlight Ongoing Data Updates

The AAMC is actively monitoring the developments in National Institutes of Health (NIH) extramural funding, providing regular updates through NIH RePORTER. The data presented covers the federal fiscal year, beginning October 1, and includes information up to August 8 for FY 2026. The figures and tables focus exclusively on NIH extramural funding, excluding subprojects. Notably, there is a lag in some grants appearing on RePORTER due to delays between receiving a notice of award and its documentation. The data is continuously updated by NIH, reflecting the most current information available at the time of download.
Rapid Read Rapid Read
Ann Hermundstad Leads New Theory Initiative at HHMI Janelia to Tackle Brain-Behavior Challenges

Ann Hermundstad Leads New Theory Initiative at HHMI Janelia to Tackle Brain-Behavior Challenges

Ann Hermundstad has been appointed to lead the new Theory@HHMI initiative at Janelia Research Campus, part of the Howard Hughes Medical Institute (HHMI). This initiative is part of Janelia's grand challenge to understand how vertebrate brains generate behavior and to explore the potential of artificial intelligence in this scientific endeavor. The initiative aims to bridge the understanding of the brain and body across various biological levels, from molecular processes to network dynamics. Hermundstad's approach involves integrating theoretical physics and biology to address these complex challenges. The initiative will work alongside other units like Tools@HHMI and AI@HHMI to set scientific directions and enable research across the HHMI community.
Rapid Read Rapid Read
Pulsed Radiofrequency Magnetic Fields May Disorient Migratory Birds, Study Finds

Pulsed Radiofrequency Magnetic Fields May Disorient Migratory Birds, Study Finds

Researchers from Saint Petersburg State University and the Zoological Institute of the Russian Academy of Sciences have conducted a study suggesting that pulsed radiofrequency (RF) magnetic fields can disorient migratory birds. The study challenges previous assumptions about how birds perceive magnetic fields, proposing that birds may have a distinct sensory system for detecting RF magnetic disturbances. The research involved experiments with pied flycatchers, which were exposed to weak RF oscillating magnetic fields. The findings indicate that these fields can disrupt the birds' orientation, suggesting a separate sensory system beyond the known cryptochrome-based magnetic compass.
Rapid Read Rapid Read
Veterinary Vaccine Research: New Developments and Regulatory Insights

Veterinary Vaccine Research: New Developments and Regulatory Insights

Recent advancements in veterinary vaccine research have highlighted the differences in regulatory processes between human and veterinary vaccines. Veterinary vaccines often undergo expedited approval due to fewer restrictions on same-species challenge trials and the absence of mandatory post-marketing evaluations. This has led to the development of new vaccine technologies aimed at addressing emerging pathogens in animals. The European Network for Optimization of Veterinary Antimicrobial Treatment (ENOVAT) is working on evidence-based guidelines to improve vaccine research and application in veterinary medicine. These efforts aim to harmonize research methodologies and enhance the reliability of vaccine performance assessments.
Rapid Read Rapid Read
Documentary 'Sentient' Explores Ethical Dilemmas in Animal Research

Documentary 'Sentient' Explores Ethical Dilemmas in Animal Research

The documentary 'Sentient' provides an in-depth look into the world of animal research, focusing on the use of monkeys in laboratories. The film offers unprecedented access to the University of Washington's primate center, where researchers grapple with the ethical implications of their work. Dr. Lisa Jones Engel, a prominent scientist featured in the film, shares her journey and eventual realization of the moral conflicts inherent in animal testing. The documentary aims to shed light on the complex relationship between humans and animals used in scientific research.
Rapid Read Rapid Read
New U.S. Policy Enhances Oversight of High-Risk Life Sciences Research

New U.S. Policy Enhances Oversight of High-Risk Life Sciences Research

The U.S. government has introduced a new policy to oversee high-risk life sciences research, focusing on funding prohibitions, review requirements, and institutional responsibilities. The policy, effective from July 20, 2026, aims to improve the safety and security of biological research by replacing previous oversight frameworks. It prohibits federal funding for dangerous gain-of-function research and establishes a risk-based review process. The policy also introduces new responsibilities for principal investigators and research institutions, emphasizing the need for comprehensive risk assessments and mitigation plans.
Trendline Trendline
Theranostics Journal Impact Factor Highlights Importance of Scientific Quality in Medical Research

Theranostics Journal Impact Factor Highlights Importance of Scientific Quality in Medical Research

Theranostics Journal Impact Factor Highlights Importance of Scientific Quality in Medical Research
Rapid Read Rapid Read
Systematic Review Highlights Methodological Concerns in Mouse Heat Exposure Studies

Systematic Review Highlights Methodological Concerns in Mouse Heat Exposure Studies

A systematic review of mouse models used to study heat exposure has identified significant methodological concerns that may affect the translational relevance of these studies to human health. Conducted by researchers from the University of Western Australia, the review evaluated 170 studies published between 2020 and 2025. It found that most studies housed control mice below their thermoneutral zone (TNZ), potentially inducing cold stress that could confound results. Additionally, many studies exposed mice to heat during their inactive light phase, which does not align with human diurnal patterns. The review calls for improved reporting and experimental design to enhance the validity of findings.
Trendline Trendline
Life Peptides Introduces Transparency Initiative to Enhance Research Peptide Quality

Life Peptides Introduces Transparency Initiative to Enhance Research Peptide Quality

Life Peptides Introduces Transparency Initiative to Enhance Research Peptide Quality
Rapid Read Rapid Read
Penn State Hosts Introductory Mammalian Cell Culture Workshop for Students and Faculty

Penn State Hosts Introductory Mammalian Cell Culture Workshop for Students and Faculty

The Center of Excellence in Industrial Biotechnology at Penn State is organizing two hands-on workshops focused on introductory methods in mammalian cell culture. These workshops are designed to teach participants the fundamental techniques required for cell culture, including aseptic techniques, cell growth cycles, and cryopreservation. The sessions will be held at the Sartorius Cell Culture Facility and are open to all Penn State students, faculty, and staff, regardless of their prior experience. Participants are required to complete specific training courses before attending. The workshops are scheduled for late September and early October, with a registration fee of $50 per person.
Trendline Trendline
Research Reveals Social Learning in German Cockroaches, Implications for Pest Control

Research Reveals Social Learning in German Cockroaches, Implications for Pest Control

Research Reveals Social Learning in German Cockroaches, Implications for Pest Control
Rapid Read Rapid Read
AI Tool Evo 2 Develops New E. coli Phages to Combat Antibiotic Resistance

AI Tool Evo 2 Develops New E. coli Phages to Combat Antibiotic Resistance

Researchers at Stanford University have developed an AI tool named Evo 2, which has successfully designed new bacteriophages to target and kill E. coli bacteria. The tool, created by chemical engineer Brian Hie and bioengineering graduate student Samuel King, uses generative AI to suggest new DNA sequences for bacteriophages. In lab tests, Evo 2's designs exceeded expectations, with 16 out of nearly 300 synthesized phages showing exceptional effectiveness against E. coli. This development is significant as it offers a potential new method to combat antibiotic-resistant bacteria, a growing concern in medical science.