**3. Conclusions**

Theoretical-computational models are fast, inexpensive and extremely versatile. There are countless possibilities for studies and uses of models by homology. These structures can be used for drug screening, docking studies, development of new drugs and vaccines, elucidation of binding sites (catalytic and allosteric), molecular dynamics simulations, quantum studies, biomolecule engineering etc.

The future of molecular modeling is fascinating and promising. With the advancement of computational tools, theoretical models tend to be increasingly accurate and reliable, contributing more and more to biological and biotechnological researches, in addition to integrating various areas of knowledge with bioinformatics and computational biology.
