Rooster model is an important biological and ecological research tool, which provides researchers with a way to understand complex biological phenomena through in-depth analysis of rooster morphology, behavior and genetic characteristics. The rooster model not only plays an important role in basic scientific research, but also is widely used in agricultural production and veterinary medicine.

First, from a biological perspective, the rooster model helps scientists gain insight into genetics and evolutionary mechanisms. Rooster is a kind of animal with remarkable characters, and its feather color, body size and sex characteristics are all affected by genes. By analyzing their genomes, researchers were able to reveal the genetic laws of different traits, thus providing a theoretical basis for animal breeding. In addition, the mating and reproductive behavior of roosters provides valuable insights into animal social structure and sexual selection.

Secondly, in agriculture, the use of rooster models can effectively improve the efficiency of poultry production. By breeding roosters with good breed characteristics, scientists have increased their growth rate, feed conversion efficiency and resistance to disease, thereby improving the efficiency of farming. At the same time, by introducing the rooster model, the performance of breeding birds in different environmental conditions can be predicted more accurately, and help farmers to formulate reasonable feeding management measures. In addition, the rooster model is particularly important in the prevention and control of avian influenza and other infectious diseases, and can provide references for disease prevention and control through the study of the immune mechanism of the rooster.