Animal Groups Scroll down to learn more about each amazing group of animals! Rodents Rodents, like mice and rats, are popular models for biomedical research due to their anatomical, physiological and genetic similarities to humans. Some advantages for using rodents include ease of maintenance, their small size, and…
Immune cell studies take aim at organ transplant rejection, autoimmune diseases
Baboons, closely resembling humans in physiology, serve as vital models in various research areas such as neonatal lung disease, atherosclerosis, pregnancy, nutrition, liver disease, brain imaging, epilepsy, and xenotransplantation.
Cats are crucial in neuroscience, ophthalmology, retrovirus, and inherited disease research. They uniquely replicate Alzheimer's pathology, aiding veterinary and human medical advancements in various diseases.
Dogs, while less commonly used in research, play a vital role in cancer and spinal cord injuries due to similarities with humans. They are also crucial in drug safety studies, benefiting both human and canine health.
Immunodeficient mice, like this one, need specialized care to ensure their health is not compromised. They are important for several research areas including immunology, infectious disease, cancer, and organ transplantation. These particular mice are bred so that they lack a thymus gland, which reduces the number of T…
Home / Animal Groups / Primates Animal Group: Primates Nonhuman primates have a rich history of contributing to significant medical advances such as the polio vaccine, organ transplantation, blood transfusions, and surgical procedures to treat debilitating neurological symptoms like tremors and stiffness. Nonhuman primates are currently vital to…
Home / Animal Groups / Dogs & Cats Animal Group: Dogs & Cats Although dogs and cats represent less than 0.5% of all animals needed in research, they remain crucial to studies to alleviate serious conditions that affect both people and animals. Research with dogs has resulted in…
Pigs serve as invaluable models for understanding heart function, disease, and treatment due to their anatomical and physiological similarities with humans. Their resemblance aids research in nutrition, drug absorption, renal function, wound healing, and diabetic studies.
Adelaide researchers believe their breakthrough in stem cell transplantation therapy, developed in mice, could eventually provide a cure for cystic fibrosis.