Can a Devon Rex Eat Tomatoes? The Essential Safety Guide

Verdict: YES (But only the ripe fruit)

While your curious Devon Rex might be interested in your salad, the answer is a conditional yes. Ripe, red tomatoes are generally safe for cats in small quantities. However, the green parts of the tomato plant—including stems, leaves, and unripened fruit—are toxic.


Why the Distinction Matters

The danger lies in a compound called solanine.

Solanine is a natural pesticide produced by the nightshade family to protect the plant from insects. While the concentration of solanine drops significantly once a tomato is fully ripe and red, it remains high in green tomatoes and the foliage of the plant. Since Devon Rexes are obligate carnivores, their systems are not designed to process these plant toxins.


Potential Benefits vs. Risks

🟢 The Potential Benefits (Minimal)

While cats do not need tomatoes in their diet, a tiny piece of ripe tomato provides:

🔴 The Potential Risks (Significant)

If a Devon Rex consumes green tomatoes or tomato plant leaves, they may experience solanine poisoning. Symptoms include:


How to Safely Feed Tomatoes to Your Devon Rex

If you want to give your cat a taste of tomato, follow these strict safety guidelines:

  1. Ensure it is 100% Ripe: Only feed the bright red, fleshy part of the fruit.
  2. Remove All Greenery: Strip away all stems, leaves, and any green-tinted areas of the fruit.
  3. Plain Only: Never feed your cat tomatoes that have been seasoned with salt, garlic, or onion powder, as these are toxic to cats.
  4. Small Portions: Treat it as a rare snack, not a meal. A piece the size of a fingernail is plenty.
  5. Avoid Canned Products: Do not feed tomato sauce, ketchup, or salsa, as these contain excessive sodium and sugar.

What to do if your cat ate a green tomato:

If your Devon Rex has chewed on a tomato plant or eaten an unripened green tomato, contact your veterinarian immediately. Provide them with the approximate amount consumed and the time it occurred to ensure a quick response to potential solanine toxicity.