Question

mp2 6.7 discussion post - biotechnology due: wednesday, december 10, 2025 at 11:59 pm new technologies can extract certain oils from plants to make renewable biodiesel fuel. scientists have altered the genome of a species of plant to increase the amount of oil that each plant produces. to do this, scientists activated a gene that directs cells to store plant oils. to further increase the amount of plant oil produced, scientists are planning to duplicate the gene that codes for oil production. explain how altering the genome of a species has impacted the field of medicine. posted mon, dec 8, 2025 at 9:03 am write a comment

Explanation:

The problem is about explaining the impact of altering a species' genome on medicine, which relates to Biology (a subfield of Natural Science) as it involves genetics and biotechnology in medical applications. Key points include gene therapy (correcting genetic disorders), personalized medicine (tailoring treatments to genetic makeup), and developing new drugs (using genetic insights). Altering genomes can help treat genetic diseases, create targeted therapies, and improve vaccine development.

Answer:

Altering a species' genome impacts medicine in several ways:

1. Gene Therapy: Corrects disease - causing genetic mutations (e.g., in cystic fibrosis or hemophilia) by replacing or editing faulty genes, restoring normal cellular function.
2. Personalized Medicine: Analyzes a patient’s genome to tailor treatments (e.g., cancer therapies targeting specific genetic markers in tumors, increasing treatment efficacy and reducing side effects).
3. Drug Development: Identifies genetic targets for new drugs (e.g., drugs targeting genes involved in Alzheimer’s or heart disease pathways, accelerating the creation of more effective medications).
4. Vaccine Improvement: Uses genetic engineering to develop safer, more effective vaccines (e.g., mRNA vaccines, which rely on genetic insights to trigger immune responses).

These applications leverage genomic alterations to advance disease treatment, prevention, and personalized care in medicine.