Unmutated

Referring to something that has not undergone mutation; in genetics, this signifies a gene, DNA sequence, or organism whose genetic code remains unchanged from its original form. This can apply to a single gene, a whole chromosome, or an entire organism. The state of being unmutated is crucial for preserving the original function and characteristics encoded within the genetic material, preventing potential disruptions or alterations in biological processes. Stability and predictability are hallmarks of an unmutated state.

Unmutated meaning with examples

• Researchers studied the unmutated gene sequence of a rare flower species to compare it to its mutated counterparts. This helped to determine which specific genetic changes caused the flower to exhibit resistance to a particular disease. The study's findings led to a better understanding of plant immune systems and potentially to new agricultural advancements.
• In a laboratory setting, the team worked with an unmutated virus strain to use it as a control in an experiment exploring the effects of certain environmental factors on the mutation rate. The unaltered virus was crucial for providing a baseline against which to measure the impact of these various stressors on its replication and potential change.
• Scientists analyzed the cellular makeup of an unmutated skin sample to find patterns that might indicate the potential for developing a variety of diseases. By studying these cells at a micro level, they could possibly determine early warning signs that could be used for diagnosis and potentially preventive treatment options.
• The geneticists were surprised to find an unmutated gene in a long-lived species which was expected to have a very high mutation rate. This discovery helped to inform the study of the underlying mechanisms, by which an organism can have extended health, a long lifespan, and possible environmental adaptations. The study might even improve animal health.
• A pharmaceutical company developed a vaccine using an unmutated protein to combat the effects of an infectious virus. The stable, unaltered form of the protein was chosen to provide a consistent and predictable immune response and to avoid the potential for changes that might reduce vaccine effectiveness.