Teaching/Advocacy Material



Biomedical Research Breakthroughs: 2010-2019
Factsheet examines many of the biomedical discoveries, innovations, and treatments that were made possible because of scientific animal research. It also highlights some common drugs that started with animal research and the process used to approve the drugs. 

Animal Research FAQ Factsheet
A factsheet that addresses common misconceptions associated with laboratory animal research.

Animal Research Saves Lives and Cures Diseases Series
A series of three factsheets that examines the use of animals in research and its effect on human and animal health: Part I: Canines, Rabbits, and Guinea Pigs; Part II: Felines, Pigs, and Goats; and Part III: Nonhuman Primates, Sheep, and Llama

Humanized Mouse Models: Using Human Cells to Conquer Disease
A three-page factsheet highlighting key breakthroughs for infectious disease research, serving as key preclinical tools for a wide variety of translational studies.

Animal Research Saves Lives
A two-page factsheet highlighting 1) contributions that animals have made and continue to make in improving human and animal health and 2) the guidelines in place to ensure appropriate care and treatment of laboratory animals.

Facts on Studies with Dogs
A two-page document detailing how research with dogs has led to advances in therapies for many diseases that affect both animals and humans.

Facts on Studies with Non-human Primates
A one-page document listing medical advances that were made possible due to non-human primate research.

The Critical Role of Nonhuman Primates in Medical Research
This white paper, sponsored by FASEB, the American Physiological Society, the American Academy of Neurology, the American Transplant Foundation, the Society for Neuroscience, the Foundation for Biomedical Research, the American Society for Microbiology, the American College of Neuropsychopharmacology, and the Endocrine Society, highlights key medical research areas in which non-human primates remain essential in discovering treatments and cures. 

Reference Guide

Responding to FOIA Requests: Facts and Resources: In response to a tide of threats, violence, and harassment targeting biomedical researchers, three organizations have released a new document called “Responding to FOIA Requests: Facts and Resources” to help researchers understand their responsibilities under the federal Freedom of Information Act (FOIA) and state open records laws, and respond to requests for grant information filed under these statutes. The document reflects the growing use of these requests by animal rights extremists who increasingly use FOIA-sourced information to target scientists for harassment or violence, or take information out of context for advocacy campaigns.

Questions and Answers 

Why can't alternatives such as computer models and cell cultures replace animal research?
Computer models and cell cultures, as well as other adjunct research methods, are excellent avenues for reducing the number of animals used. These methods are used to screen and determine the toxic potential of a substance in the early stages of investigation, thereby reducing the total number of research animals needed. The final test, however, has to be done in a whole, living system. Even the most sophisticated technology cannot mimic the complicated interactions among cells, tissues and organs that occur in humans and animals. Scientists must understand these interactions before introducing a new treatment or substance into humans.
In addition, there are very strong economic incentives to replace animals with computers or other adjunct methods. Research animals are very expensive to acquire and care for and are only used because no alternatives currently exist.

For the near future, however, these adjunct technologies will be used in conjunction with, not instead of, laboratory animals.

How can research results derived from animal testing be extrapolated to humans?
There are striking similarities between the physiological systems of humans and various species of animals. For example, much of what we know about the immune system has come from studies with mice, and much of what we know about the cardiovascular system has come from studies with dogs.

Research results from animals also provide the information necessary to design human trials that must be completed for legal approval of new devices, drugs or procedures. It is important to be able to gauge how a new drug or procedure will affect a whole biological system before using it on humans. This is critical for scientific as well as ethical reasons. Laboratory animals are an integral part of the research process. In fact, virtually every major medical advance of the last century is due, in part, to research with animals.

What assurances exist that stolen or lost pets are not used in research?
While some research requires that dogs and cats are used, the vast majority of laboratory animals are rodents specifically bred for research. Nearly half of the dogs and cats needed for research are also bred for that purpose. Since state laws and local policies prevent many animal pounds and shelters from providing dogs and cats to research facilities, animal dealers are the primary source for the other half of the animals scientists require. These dealers must be licensed by the United States Department of Agriculture (USDA) and must adhere to Animal Welfare Act standards of care. Both dealers and research facilities can obtain dogs and cats only from specified sources and must comply with detailed record-keeping and waiting-period requirements. In addition, USDA conducts unannounced inspections of dealers and research facilities for compliance to help ensure research animals are not missing pets.

Why is it important to conduct product safety tests on animals when "cruelty-free" products are available?
It is important to remember the circumstances that led to safety testing of all new consumer ingredients and products, particularly cosmetics. As recently as several decades ago, consumers were subjected to products that were not adequately tested prior to use, resulting in reports of permanent harm, including blindness.

Product safety testing ensures that products are safe when used as directed and provides scientific data for poison control centers and emergency room physicians in the event a product is misused. Adequate testing of products is both a moral and legal obligation to the public. The use of animals in product safety testing provides a whole, living system that can reflect how certain substances will react in or on the body. The term "cruelty-free" is often misused and misunderstood. Companies that claim they conduct no animal testing either contract testing to an outside laboratory or use compounds known to be safe through previous animal testing.
Aren't the animals in laboratories suffering and in pain?
The use of animals in research and testing is strictly controlled, particularly regarding potential pain. Federal laws, the Animal Welfare Act and the Public Health Service Act, regulate the alleviation and elimination of pain, as well as such aspects of animal care as caging, feeding, exercise of dogs and the psychological well-being of primates. Further, each institution must establish an animal care and use committee that includes an outside member of the public as well as a veterinarian. This committee oversees, inspects and monitors every potential experiment to help ensure optimal animal care.

The scientific community advocates the highest quality of animal care and treatment for two key reasons. First, the use of animals in research is a privilege, and those animals that are helping us unlock the mysteries of disease deserve our respect and the best possible care. Second, a well-treated animal will provide more reliable scientific results, which is the goal of all researchers.

What happens to animals once an experiment is completed?
The majority of animals under study must be euthanized in order to obtain tissue for pathological evaluation and for use in vitro tests. Euthanasia is the act of inducing a humane death. The American Veterinary Medical Association publishes euthanasia methods considered acceptable.
Those animals involved in experiments that do not require tissue for pathological evaluation may take part in additional experiments. However, except in rare circumstances, federal regulations do not allow an animal to be used in more than one major surgical procedure.
Why are increasing numbers of animals used in research?
The number of animals used in research has actually decreased in the past 20-25 years. Best estimates for the reduction in the overall use of animals in research range from 20% - 50%. This reduction is more consistent and striking when comparing species. For example, best government estimates report that the number of cats used in research has dropped 66% since 1967. Due to a variety of factors, including the increase in nonanimal adjunct testing and the refinement of laboratory animal medicine, there are fewer animals used for many research projects.

Do we really have the right to experiment on animals? What about their rights?
The use of animals in research is a privilege that must be carefully guarded to assure human and animal relief from the specter of disease and suffering. To ignore human and animal suffering is irresponsible and unethical. Nearly every major medical advance of the 20th century has depended largely on research with animals. Our best hope for developing preventions, treatments and cures for diseases such as Alzheimer's, AIDS, and cancer will also involve biomedical research using animals.

In fact, research on animals is in many cases an obligation. According to the Nuremburg Code, drawn up after World War II as a result of Nazi atrocities, any experiments on humans "should be designed and based on the results of animal experimentation." The Nazis had outlawed animal experimentation but allowed experiments on Jews and asocial persons." The Declaration of Helsinki, adopted in 1964 by the 18th World Medical Assembly and revised in 1975, also states that medical research on human subjects "should be based on adequately performed laboratory and animal experimentation."

It is crucial to distinguish between animal rights and animal welfare. The scientific community supports animal welfare, which means guaranteeing the health and well-being of these animals.