**9. Conclusions**

Given the existing advanced techniques present today for following the genetic structure of the RNA viruses, we are able to find a solution for combating them. But it is possible to face the novel viruses that appeared in further periods in the world cause of shifting in ecological balance and the negative effect of global warming. We should be prepared for the further worst epidemic scenarios resulted from not only due to the virus but also by other microorganisms. It appears this kind of devastating case will be not the last one if the human being continues wasting of the irreversible property of nature and ecological biodiversity. As the genetic material RNA, viruses have their own unique repair process that emerged as early as 3.5 to 2.5 billion years ago in the crust of the world. The uncovered genomic data puts insights on many biological processes for deciphering the dramatic scientific cases threatening world health, environmental issues. We believe that the post-genomic area at which we have completed genomic characterization of whole macro/ micro-organisms will serve for the harvesting of the fruits, which will be useful for the scientists. The data on the genome sequences available, already /or will be soon, will offer all the information concerning the threats such as SARS-CoV-2. Bioinformatics will have a dramatic impact on improving our understanding of this kind of unclear cases. Omics science and yielded purified data are expected to be an important contributor to the global issues waiting for outbreaks cause of pandemic cases. Researches in this field will play a major role and will impact drug discovery and pharmaceutical development comprising health care and the environment.

We stress in this chapter; bioinformatics tools will increase the potential of curing the diseases and producing new effective solutions besides accurately correlated clinical parameters of patient responsiveness to therapy. Bioinformatics used in the building of global databases in molecular microbiology to enhance the accumulative knowledge in the purpose of the experimental data and meta-data about microorganisms. Drastically, whole bioinformatics tools and data yielding with omics science involving data mining will establish dynamically updated and flexible portals upon the novel microbial diversity with biotechnological innovations by our efforts aimed to reach end-products.

### **Acknowledgements**

The authors wish to thank to Prof. Dr. Nazlı Arda for her valuable support on our studies related to SARS-CoV-2. Moreover, the authors dedicate this chapter to scientists who think outside the box.
