Skip to main content
Citrus Garlic Cranberry Chicken
Photo: Lily Banse

Citrus Garlic Cranberry Chicken

8 ingredients 15 min + 40 min 4 servings openrecipes
Citrus Garlic Cranberry Chicken

"Here's a new twist on a tasty easy dish with a quick prep time. It's perfect for after work or when you want a home cooked meal but don't have the time or energy for a big production. Serve with a green vegetable and the potato of your choice, and there you go, a quick YUMMY dish. Good for pot luck dinners too. Holds well in a slow-cooker set on lowest setting. And remember, it's not chemistry -- it's fun!"

Share this recipe

Estimated Nutrition (whole recipe, rough)

468
Calories
35g
Protein
18g
Fat
44g
Carbs

Counts 8 of 11 ingredients — the other 3 aren't in our nutrition table and contribute nothing above, so the real totals are higher.

What these numbers assume — 8 portions →
Ingredient Portion assumed kcal
Chicken 100g cooked 165
Olive Oil 1 tbsp (14g) 119
Orange 1 medium (131g) 62
Cranberry 1 cup raw (100g) 46
Onion 1 medium (110g) 44
Tomato 1 medium (123g) 22
Black Pepper 1 tsp ground (2.3g) 6
Garlic 1 clove (3g) 4
Salad Dressing not in our table 0
Soup not in our table 0
Sauce not in our table 0

Totals for the whole recipe, adding one typical portion per ingredient — listed above. Quantities in the recipe are not counted, so this is a rough guide only — not suitable for medical or dietary planning.

Ingredients

  • 4 skinless, boneless chicken breast halves
  • 1 1/2 cups Catalina salad dressing
  • 1/2 teaspoon grated orange zest
  • 1 (1 ounce) package dry onion soup mix
  • 1 (16 ounce) can jellied cranberry sauce
  • 1/2 cup sun-dried tomatoes packed in oil, drained and cut into thin matchsticks
  • 1 tablespoon minced garlic
  • freshly ground black pepper to taste

Directions

Step-by-step directions aren't available for this recipe in our database. View the full recipe at the original source →
By allrecipes · Recipe sourced from openrecipes

Curious what else pairs well?

Use our flavor tools to explore molecular pairings, find substitutes, and discover novel combinations.