Skip to main content
Venison Parmesan over Pasta
Photo: Eaters Collective

Venison Parmesan over Pasta

8 ingredients 11 steps fandom
Share this recipe

Estimated Nutrition (whole recipe, rough)

1374
Calories
82g
Protein
46g
Fat
152g
Carbs

Counts 8 of 9 ingredients — the other 1 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
Flour 1 cup (125g) all-purpose 455
Pasta 1 cup cooked (140g) 220
Venison 100g cooked 158
Milk 1 cup (244ml) whole 149
Olive Oil 1 tbsp (14g) 119
Parmesan Cheese 1 oz (28g) 110
Mozzarella Cheese 1 oz (28g) 85
Egg 1 large egg (50g) 78
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

  • 6 thinly cut venison tenderloin steaks
  • 1 cup Italian bread crumbs
  • 2 large eggs beaten with 1 tablespoon milk
  • olive oil
  • 2 cups mozzarella cheese
  • 1 jar spaghetti sauce
  • 1 pound long thin spaghetti pasta
  • ¼ cup Parmesan cheese

Directions

1

Place enough oil in the bottom of a frying pan to coat then heat oil on medium low setting.

2

Dredge steaks first in bread crumbs then egg then bread crumbs again.

3

Place steaks in heated oil and pan fry until both sides are browned then drain excess oil from steaks.

4

Coat bottom of a rectangular baking pan with a thin layer of spaghetti sauce and place steaks on the bottom then add another layer of sauce over the breaded steaks and sprinkle mozzarella and Parmesan cheeses liberally on top and bake at 375°F oven for 20 minutes.

5

Serve over long spaghetti.

6

Category:Cathy's Recipes

7

Category:Venison Recipes

8

Category:Mozzarella Recipes

9

Category:Parmesan cheese Recipes

10

Category:Spaghetti Recipes

11

Category:Egg Recipes

Recipe sourced from fandom

Curious what else pairs well?

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