A virologist is testing a synthetic antiviral compound on 3 different virus strains. Each strain is cultured in 6 separate Petri dishes, and each dish requires 15 mL of nutrient media. How many liters of media are needed for the full experiment?

Tue, 05 May 2026 01:35:35 +0000

**A virologist is testing a synthetic antiviral compound on 3 different virus strains. Each strain is cultured in 6 separate Petri dishes, and each dish requires 15 mL of nutrient media. How many liters of media are needed for the full experiment?** Scientists and health researchers across the United States are increasingly focused on breakthroughs in antiviral development. As evolving viral threats continue to shape public health strategies, innovations in lab-based compound testing have gained visibility—especially studies involving synthetic antivirals designed to disrupt virus replication at the cellular level. One such experiment involves a structured, multi-strain approach using Petri dish cultivation, highlighting both precision and scale in modern virology. In this study, a virologist is testing a synthetic antiviral compound across three distinct virus strains, each cultured in six separate Petri dishes. Each dish requires exactly 15 milliliters of specialized nutrient media to support viral growth. This setup allows researchers to compare antiviral efficacy across viral types under consistent environmental conditions. To determine total media volume, multiply the number of strains, dishes per strain, and volume per dish:
3 strains × 6 dishes × 15 mL = 270 mL of nutrient media.
Converting milliliters to liters—270 mL equals 0.27 liters.