Commercial applications of animal genetics include DNA typing, genetic disease diagnosis, and genetic characteristic testing. Hybrid population, ontogenetic, and cytological research are used to determine genetic hybridizations. A genetically modified cow, for example, may be able to produce more milk while being less susceptible to common cattle diseases such as clostridial disease, bovine respiratory disease complex, and so on, thereby increasing cattle farmers' overall profit. The goal of animal genetics is to create organisms with the most desirable characteristics. Strategic breeding can be used to select traits in animals that allow them to adapt to a specific environment or resist disease.
The increased use of sophisticated genetic technology and the increased application of animal welfare laws are driving the Animal Genetics Market. Similarly, rising awareness of veterinary genetic illnesses, as well as an increase in livestock animal population, are fueling the market to meet unmet demand for animal-derived proteins. However, the growth of the animal genetics market is hampered by strict rules governing animal genetic engineering, the high cost of animal testing, and a lack of experienced personnel.
