The formalisms and applications of science are manifested through various experimental spaces, particularly in laboratories. However, not all laboratories follow the same methodology or have the same orientation. Physics laboratories, in fact, differ considerably from their counterparts in other fields of study.

Advances in biotechnology, health sciences and new global health challenges demand the need for efficient and safe biosafety laboratories. These laboratories must have rigorous and high quality safety mechanisms to ensure the safety of their personnel and the public, avoid contamination of samples, protect the environment and, in general, work effectively in critical research for human and animal health. 

Our DNA, the master book of our biology, contains all the information necessary to form and maintain a human life. Increasingly advanced scientists have acquired the vast knowledge necessary to decipher this enigmatic great book of life, and in this effort, genetics laboratories have played a key role.