With nearly all of my recipes I look at loads of versions of them and take the best bits from each one to create what I think is the perfect hybrid, and that’s what I’ve done with this Sicilian dish. I really love aubergine and this version of melanzane parmigiana that I have created is great because it’s spot on in the flavour department. It’s low carb and great with meat and/or salad because its really satisfying as well as delicious. You could also serve it with pasta. Tonight, I’m testing it on friends (cooked the night before and reheated in their oven) I’ll get back to you on what they think.
Yes! They really really loved it……
4 aubergines sliced into thinish slices , approx one pound coin thick
2 tablespoons of olive oil plus more for the aubergines
1 red onion finely sliced
2 tablespoons fresh chopped basil
2 400g tins of plum tomatoes
a sprig of oregano or a teaspoon of dried
3 cloves of minced garlic
2 tablespoons red wine vinegar
2 tablespoons of maple syrup
200g of thinly sliced mozzarella
100g of freshly grated Parmesan
Salt and pepper
Preheat the oven to 200°C.
Oil a baking tray, place the slices of aubergine on the tray in a single layer and make sure the upper side of the aubergine is sprayed or brushed with oil too.
Bake for 20-30 minutes until brown, you may have to do this in batches. Then set aside.
In a large saucepan, fry the onion gently in the olive oil for about five minutes.
Add the tomatoes, garlic, basil, oregano, maple syrup and red wine vinegar.
Gently bring to the boil and let it gently bubble for about 20 minutes. Add salt and pepper to taste.
Like a lasagna, in a deepish baking dish layer the aubergine in a single layer first and then sprinkle with some Parmesan and slices of mozzarella then a layer of tomato sauce, repeat until all the ingredients are used up.
To get a crispy top, finish with a layer of the aubergine topped with the Parmesan, bake at 180°C for 40-50 minutes or until getting very brown, I like it a bit burnt as the cheese goes a bit Welsh rarebity. Serve warm or at room temperature.