Featured Studies
A selfish gene makes mice into migrants
House mice carrying a specific selfish supergene move from one population to another much more frequently than their peers.
Read MoreHouse mice carrying a specific selfish supergene move from one population to another much more frequently than their peers.
Read MoreThe California National Primate Research Center (CNPRC) is home to the nation’s only active breeding colony of South American titi monkeys (Callicebus cupreus). These animals are small, tree-dwelling primates that originate from South America. They live in monogamous family groups. These nonhuman primates have been important in helping us understand…
View and ShareThe common marmoset is important in studies for safety, reproductive biology, neuroscience, and drug development. Its small size and many similarities with humans, as well as its differences, make the common marmoset a valued model. In one area of research, multiple sclerosis (MS), an inflammatory disease of the brain caused…
Visit Species PageZebrafish are useful in research studies exploring basic biology and human disease mechanisms. They share 70% of their genetic makeup with humans. Their eggs are fertilized externally and their embryos are transparent. All of this makes Zebrafish a valuable model for studies to understand gene function and many human genetic…
Visit Species PageCome See Our World (CSOW) is a project of Americans for Medical Progress (AMP). CSOW and AMP connect reporters with information, research contacts, pictures and videos to provide a current and accurate profile of the importance of animals in biomedical research and testing. Reporters may reach us at media@amprogress.org or by calling…
Read MoreTiti monkeys are one of the few nonhuman primate models that develop social attachment. Therefore, they are involved in the study of neurotransmitters and what they contribute to the biology of social attachment. Recently, the monkeys were involved in research to develop a new technique to visualize oxytocin receptors in…
Visit Species PageXenopus (African clawed frog) is a model organism building our knowledge of vertebrate embryology and development, basic cell and molecular biology, genomics, neurobiology, toxicology and human disease. Researchers work with frogs to investigate how internal mechanisms affect embryonic development, how they adapt to environmental stress, and the causes of specific…
Visit Species PageMulti-step screening process leads to molecule that may protect brain cells. In the fight against brain damage caused by stroke, researchers have turned to an unlikely source of inspiration: hibernating ground squirrels. While the animals’ brains experience dramatically reduced blood flow during hibernation, just like human patients after a certain…
Read MoreRadiation oncologist Dr. Michael Kent desperately wants to beat cancer.He’s testing the latest high-tech treatments in clinical trials and using a multimillion-dollar linear accelerator so he can offer the best care to patients — whether they’re beagles, golden retrievers, or the black and white terrier mix named Moo he’s now…
Read MoreIn an NIA-funded study that could help better understand how genetics influence our neurons’ ability to maintain healthy memory and learning as we grow older, researchers confirmed in mice the importance of the gene heterochromatin protein 1 binding protein 3 (Hp1bp3) in cognitive aging.
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