Ferret
Ferrets, sharing anatomical and physiological traits with humans, are pivotal in research for various diseases like peptic ulcers, cystic fibrosis, and influenza, making them invaluable models in biomedical studies.
Search Results: “Newborn health”
Early stage clinical trial of antimalarial drug begins
Enrollment has begun in a Phase 1 clinical trial to test the safety of a new investigational drug designed to treat malaria
Fruit Fly
Fruit flies have helped to develop drugs designed to treat a range of diseases from skin infections and genetic disorders to pneumonia, and meningitis. Some of the recent research with fruit flies has focused on understanding Alzheimer’s disease, Huntington’s disease, spastic paraplegia, cancer, obesity and insomnia.
Rabbit
Rabbits, instrumental in developing the rabies vaccine, paved the way for pets in households. Their anatomical and physiological resemblance to humans aids research in cancer, glaucoma, infections, diabetes, and emphysema.
Frog
Xenopus frogs, pivotal in vertebrate embryology, cell biology, genomics, and disease research, aid in understanding embryonic development, environmental adaptation, and the causes of diseases and birth defects.
Zebrafish
Zebrafish, sharing 70% of human genetics and having externally fertilized transparent embryos, serve as invaluable models for studying gene function and genetic diseases like Duchenne muscular dystrophy, aiding in drug development.
Chicken
Ovarian cancer, affecting 225,000 women annually, is often diagnosed late, leading to high fatality rates. The chicken, mirroring human ovarian cancer, provides a crucial model for early detection research, potentially saving lives.
Titi Monkey
Titi monkeys, with their unique capacity for social attachment, are pivotal in studying neurotransmitters' role in attachment biology. Their involvement in visualizing oxytocin receptors aids research in autism spectrum disorder due to biological similarities to humans.
Pig
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.