The paper "Homology Comparison Reveals the Powerful Antiviral Mechanism of Bat Organs" published by Professor Zhou Jie of the University of Hong Kong is an important scientific breakthrough. Through the in-depth study of bat organs, its powerful antiviral mechanism is revealed, which provides us with a new perspective to understand the interaction between virus and host.

First of all, the research results of this paper have important reference value for human beings to resist virus infection. Bat is the natural reservoir of many viruses, but it can form a powerful anti-virus mechanism in the long-term evolution process. By studying the antiviral mechanism of bats, we may find new antiviral strategies and provide new ideas for human antiviral research.

Secondly, the research method of this paper is also worthy of recognition. Professor Zhou Jie's research group adopts homology comparison, which is a research method based on biological principles and can reveal the genetic information and functional characteristics of organisms more accurately. The application of this method not only improves the accuracy of the research, but also provides reference for other related fields.

However, the results of this paper do not mean that we can completely rely on the antiviral mechanism of bats to resist virus infection. Because there are great differences in physiological structure and genes between bats and humans, direct application of bat's antiviral mechanism may bring unpredictable risks. Therefore, we need to understand and learn from the antiviral mechanism of bats, and carry out targeted antiviral research in combination with our own actual situation.