News
The latest newsletter from Norecopa offers insights into international research, courses, and initiatives that promote the 3R principles. Read the…
The September issue of Lab Animal highlights improved pain assessment, welfare technologies, and early-stage alternatives to animal testing.
The registration deadline for this year’s 3Rs Talent Award is approaching – submission date is September 7.
In toxicological research, 3D in vitro models represent a promising alternative to animal testing for assessing drug and material toxicity.
The FDA is promoting the use of artificial intelligence in the development of new medicines as part of a strategy to reduce animal testing.
The article describes a minipig model to demonstrate meta-inflammation and endotoxemia through biomarkers, enabling valid results with fewer animals.
This week marks the start of the World Congress on Alternatives and Animal Use in the Life Sciences. The Danish 3R Center is also participating.
Center for Alternatives to Animal Testing (CAAT) has published their latest newsletter.
The Swedish 3Rs Center advices on refinement of blood sampling procedure (now available in English).
On September 2, Ditte Olsen & Peter Gade will present the 3R principles focusing on breeding and addressing surplus mice in preclinical research.
A new mouse line provides enhanced incorporation of the amino acid ANL, allowing greater precision and reducing the number of animals needed.
Researchers have developed human-based assays that can measure botulinum toxin with ten times greater sensitivity compared to rodent tests.
It is now possible to register for the Danish 3R Symposium in Copenhagen November 12-13. We are looking forward to see you.
Reminder: The deadline for EPAA Refinement Prize 2025 submissions is approaching. Deadline: 01.09.2025.
The Danish 3R Center presents a new award aimed at individual in the early stages of their careers. submission date: 7 September 2025
Environmental enrichment benefits the welfare of laboratory rodents, a new study shows. However, species, sex, and age can be decisive for the effect.
