Honey: Bacteria's Worst Enemy

Honey is more than just a sweetener; it's a powerful antibacterial agent. Its low water content and high sugar concentration make it inhospitable to bacteria. Bees add glucose oxidase, which produces gluconic acid and hydrogen peroxide, further enhancing honey's antibacterial properties. Some honeys contain bee defensin-1 and methylglyoxal, adding to their potency. However, honey can contain botulinum spores, posing a risk to infants. For adults, honey remains a safe and effective antibacterial food.

What is the primary reason honey can prevent bacterial growth?

• Its neutral pH level

• Its high water content

• Its low sugar content

• Its high sugar concentration

How does glucose oxidase contribute to honey's antibacterial properties?

• By reducing the sugar concentration

• By neutralizing the pH level

• By producing gluconic acid and hydrogen peroxide

• By increasing the water content

What is the role of bee defensin-1 in honey?

• It enhances the sweetness

• It neutralizes the acidity

• It acts as an antibiotic

• It increases the sugar content

Why is manuka honey particularly effective against bacteria?

• It has a high water content

• It contains a large amount of methylglyoxal

• It is less acidic than other honeys

• It has a higher sugar concentration

Why is honey not recommended for infants under one year old?

• It can cause allergic reactions

• It contains high levels of sugar

• It may contain botulinum spores

• It is too acidic for infants