Non-reactivable

The term 'non-reactivable' describes something that cannot be brought back to an active or responsive state, especially after a prior period of inactivity, dormancy, or a previous chemical or biological reaction. It implies a permanent loss of the capacity to reactivate or re-engage in the process it once underwent. Often used in contexts like medicine, chemistry, or software, it highlights an irreversible change, whether due to biological processes, chemical decomposition, or data corruption. Essentially, it signifies a definitive end to a specific potential for action or response.

Non-reactivable meaning with examples

• After the virus rendered the infected cells non-reactivable, the patient's body no longer produced the harmful proteins, resulting in complete disease control. Medical researchers are working to prevent that situation. This is a major concern in viral infections. The cells that had been infected could not re-activate after the virus had attacked.
• The chemical compound, once exposed to the high heat and pressure, became non-reactivable, meaning it could no longer participate in any further chemical reactions, and its original properties were permanently altered. That is, the molecules will never again react in a chemical way. Any new molecules introduced in the reaction will not affect the original compound.
• Upon discovering the encrypted file was corrupted, the IT specialist determined that the data had become non-reactivable. Any attempt to restore the file would produce an error message. This was because the underlying data structures had become corrupted, and could never be rebuilt. The file, by its nature, was lost to the user.
• Following prolonged storage in a degraded state, the dormant spores were deemed non-reactivable; it's understood that they could never re-establish their metabolic processes. Therefore, the spores were no longer able to respond to environmental cues, or go through biological changes. This also implied they would never reproduce.