The U.S. Food and Drug Administration (FDA) is currently evaluating whether an in vitro test method—known as the pH cycle test model—can be included in OTC Monograph M021 as an alternative test method to demonstrate the efficacy of fluoride toothpaste. Data submissions are being requested for this purpose. The monograph regulates the conditions under which over-the-counter caries prevention products are considered safe and effective.
The Oregon National Primate Research Center (ONPRC), one of the largest primate research centers in the U.S. near Portland, will ultimately not become a sanctuary after all. However, it is undergoing a fundamental transformation: moving away from traditional primate research center toward a modern institution for innovative, animal-free research methods.
Clinical trials of two new Alzheimer's drugs—which target the tau protein instead of beta-amyloid proteins—have yielded initial results suggesting that the progression of Alzheimer's is apparently even more complex than previously thought.
An american research team from the Department of Biomedical Engineering at Texas A&M University has developed a pump called “HemaDyne” that is capable of simulating blood flow under any conditions and in any part of the simulated "organs" within organ-on-a-chip systems.
As part of the “Faces Behind Science” series, the European Commission’s Joint Research Center has recently featured Dr. Maurice Whelan, Director of the European Validation Authority (EURL ECVAM), in a short film. He talks about his work and new animal-free approaches (NAMs).
The European Partnership for Alternative Approaches to Animal Testing (EPAA) is once again accepting applications for the 2026 3Rs Science Award. Awarded every two years, this prize recognizes outstanding contributions to the development and implementation of alternative approaches that support the replacement, reduction, and refinement of animal testing.
In a recent review article, a team of scientists from the Luxembourg Centre for Systems Biomedicine (LCSB) describes the current state of in vitro Parkinson’s research. For example, immunocompetent midbrain organoids are being developed to specifically investigate how inflammation arises in the human brain in Parkinson’s disease and how it damages nerve cells. Such models are also suitable to test drugs that specifically target the inflammatory response of microglia and could thus slow the progression of the disease.
As part of the “Global Parkinson’s Genetics Program,” an international research team led by Dr. Lara M. Lange and Prof. Dr. Christine Klein from the Institute of Neurogenetics at the University of Lübeck has presented the largest genetic data analysis on Parkinson’s to date, extending beyond European and North American patients. They found that the frequency of disease-causing genetic variations varies greatly depending on the patients’ geographical origin.
ERA4NAMs (European Research Area for New Approach Methodologies) is a European initiative aimed at promoting and accelerating the adoption of NAMs. The ERA4NAMs Working Group on Education and Training has launched a survey to gain an overview of the current situation regarding education, training, and capacity building in the field of NAMs in Europe and beyond.
The annual conference of the European Partnership for Alternative Approaches (EPAA) will take place in Brussels on this Year's November 17. It will focus on the implementation of the roadmap developed by the EU for phasing out animal testing in chemical assessment. Representatives from industry, the European Commission, regulatory agencies, academia, research organizations, NGOs, as well as international interest groups will come together to discuss the future of NAMs and their integration into science and regulation.