Musculus In Biology

There are many organisms that are served as a model for genetic research. In experiments, “by studying model organisms, scientists are learning more about how the brain functions and what drives behaviors like eating, sleeping, sex and even aggression” (“Using Model Organisms to Study Health and Disease”). The studies that are conducted on the animals or bacteria can be beneficial to finding behaviors, but also in human health. The research in human health, “this foundation of knowledge has led to new methods for maintaining health and for diagnosing and treating disease in humans. This models each carry specific characteristics that can be studied” (“Background on Mouse as a Model Organisms”, 2002). It provides medical advantages for genetic

Characteristic of the Mus musculus in research and the benefits that the characteristics can provide (Howard Hughes Medical Institute)
As table 1 explains, there are relatable characteristics to humans that make it easier to research on a mouse or a rat. “Scientists from a wide range of biomedical fields have gravitated to the mouse because of its close genetic and physiological similarities to humans, as well as the ease with which its genome can be manipulated and analyzed” (“Using Model Organisms to Study Health and Disease”). The comparison that a mouse as to a human makes it easier to research on disease that the two share and find treatment. A rodent can also be created from specific genes for a specific experiment. With the experiments, “one of the most important advances has been the ability to create transgenic mice, in which a new gene is inserted into the animal’s germline” (“Background on Mouse as a Model Organisms”, 2002). The ability to create transgenic mouse is a big advantage in research for scientist and the experiments. We may know a lot about how Mus musculus and the studies that have been conducted, but this is only the being

While the case was dismissed a year later, it brings to light many important questions about our relationship with other animals and underlines the current climate of the ongoing debate (Keim, 2014). What rights do non-human animals have? Does a chimp or a mouse have the same rights of autonomy as a human? If so, what does this mean for animal experimentation? How will this affect drug testing? Can we replace mice with new technology?
Fortunately, alternatives to animal testing are currently being developed at increasing pace. Non-profit organizations such as People For Ethical Treatment of Animals (PETA) are funding developers whose goals are to replace laboratory animals with software (PETA Funds Non-Animal Methods, 2015). Alliances between scientists within varied fields are yielding emerging technologies that promise to replace animals, and thus mice, in experimentation within the near future.
The Future of Animal