Which safety practice reduces cross-contamination in kitchens?

Which safety practice reduces cross-contamination in kitchens?

• A. Wiping surfaces with a single towel for all tasks
• B. Using Separate Cutting Boards for Raw Meat and Produce
• C. Rinsing with hot water only
• D. Cooking at safe temperatures

Answer: (B)

Preventing cross-contamination in the kitchen is about stopping bacteria from moving between foods during prep. Using separate cutting boards for raw meat and produce creates a simple barrier so any germs on the meat don’t transfer to foods you’ll eat raw or lightly cooked. This keeps surfaces and tools that touch raw meat from touching produce, reducing the risk of illness without relying on cooking later to fix contamination. Other choices miss that preventive step: wiping surfaces with one towel can spread germs from one surface to another, rinsing with hot water alone doesn’t reliably sanitize, and cooking at safe temperatures is important for killing bacteria in food but doesn’t prevent the contamination from spreading during preparation. By keeping cutting boards separate and washing them between uses, you address the contamination risk at the source.

Preventing cross-contamination in the kitchen is about stopping bacteria from moving between foods during prep. Using separate cutting boards for raw meat and produce creates a simple barrier so any germs on the meat don’t transfer to foods you’ll eat raw or lightly cooked. This keeps surfaces and tools that touch raw meat from touching produce, reducing the risk of illness without relying on cooking later to fix contamination. Other choices miss that preventive step: wiping surfaces with one towel can spread germs from one surface to another, rinsing with hot water alone doesn’t reliably sanitize, and cooking at safe temperatures is important for killing bacteria in food but doesn’t prevent the contamination from spreading during preparation. By keeping cutting boards separate and washing them between uses, you address the contamination risk at the source.