Pastas

Spaghetti squash and vegetable ragout, confit garlic and roast tomatoes

It’s cold, it’s rainy, and I’m tired.  I also have virtually no groceries in the house.  Now I need to be a little creative.

Here’s what’s in the fridge:
Spaghetti Squash
Zucchini
Carrots
Garlic
Artichokes
Tomato sauce
Garlic Mushrooms
Caramelized onions
Grape Tomatoes

These grape tomatoes are grim looking.  They’re wrinkled and dry, so what better way to use up than roasting.  Preheat your oven to 325F, put the tomatoes on a baking sheet.  Drizzle with olive oil, salt and pepper.  Roast for 30-45 minutes or until somewhat dry.

Grape tomatoes drizzled in olive oil and seasoned

Grape tomatoes drizzled in olive oil and seasoned. Ready for roasting.

Cut the ends off the squash – carefully.  Cut it lengthwise, and scoop out the seeds and pulp.  Place it on a microwave safe plate cut side down, and microwave on high for 7 minutes.  Remove when done, let cool, and with a fork, scoop out the strands of squash.
Place a few garlic cloves and olive oil into a small pan or pot.  Cover, or nearly cover the garlic with oil.  Heat over medium low heat for about 15 minutes.  Do not let burn.  Remove when garlic cloves are soft and golden brown.

Shread carrots and zucchini, or cut into spaghetti like strips with a mandoline.

Cooked spaghetti squash, julienne zucchini and carrot

Cooked spaghetti squash, julienne zucchini and carrot

Heat your tomato sauce in a pan, add carrots and simmer briefly.  Add zucchini after about 2 minutes.  Simmer 30 seconds, and add precooked mushrooms, roasted garlic.

Heat up a little butter in a pan, toss in the squash, season.  Sautee to reheat.  Add your ragout.  Garnish with basil, confit garlic, roast tomatoes, and garlic oil.

Spaghetti squash and vegetable ragout, confit garlic and roast tomatoes

Spaghetti squash and vegetable ragout, confit garlic and roast tomatoes


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        Types of flour and their substitutions

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        Lately, Culinary Tips has been getting a lot of searches for types of flour, substitutions of flour types, and uses of flour, so I’ve expanded the entry here on flour.  Hopefully this helps answer some questions.  If not, as always, drop us a comment below or email a question.

        Firstly, to understand flour, it helps to understand its source, wheat.  There are several varieties of wheat, which I won’t delve into here.  They vary in colour, protein content, and texture.  The seed of which, has three distinct parts: the hull or bran, the endosperm, and the embryo or germ.  In whole wheat flour, the husk of the wheat grain is left on and ground, hence the term whole wheat.  In white flour is it removed, and only the endosperm and embryo are ground.

        Inside flour are two important proteins that make baking possible – glutenin and gliadin.  When these are kneaded together in the presence of water, they interlink and form a network called gluten.  Gluten gives baked goods a chewy/firm texture, and captures the gases released from yeast during fermentation, and the carbon dioxide released from chemical leaveners in baking.

        For many baking projects the right type of flour can make all the difference, but how do you know what the right type is? First lets discuss the types of flour, and what they are used for. The four basic types of wheat flour on the market are:

        • All Purpose
        • Cake and Pastry
        • Bread
        • and Self-Raising

        Apart from self-raising, which has a chemical leavener (baking powder) already added, the others differ from each other in respect to how much protein is left in during the milling process.

        Though there are many different proteins found in flour, the ones that are of concern to bakers are gliadin and glutenin. These proteins form gluten. Gluten is what makes dough elastic.  When making bread you want maximum gluten formation, so the CO2 from the yeast will have a place to stay, but when you’re making say, scones or pie dough, the less gluten the better so the product will not be chewy.

        Strong / Hard / Bread Flour

        Bread flour has the highest protein content of them all, and though it varies from brand to brand and place to place, the protein content is 12-14%.  It is often made using a type of wheat called Durum.  Due to the high protein content, when worked with water, the most gluten is formed resulting in a chewier product.  Strong flour is typically used for making pasta, bread, and other yeast leavened baked goods.  Strong flour is also the type that should be used when dusting a workbench because of the large particle size.  Unless you are using yeast in your product, or making pasta, consider another type of flour.

        All Purpose Flour

        Next in strength comes all purpose, which has an 8-10% protein content, putting it basically in the middle of the road when it comes to gluten forming potential.  It is a blend of hard and soft flours.  If you are going to be making a variety of products, but only want to buy one type of flour, this is the one for you.

        Cake Flour / Pasty Flour

        At the grocery store, you will often see a single product called Cake and Pastry Flour, with generally the lowest protein content of around 7-10%.  Cake and pastry flour has the lowest protein content of all common types of flour, and should be used in making products with a light texture as gluten development is to be avoided.  For example, using a high protein flour will make your cake tough, causing it to not rise when baked.

        If you only have bread flour and you want some scones tonight, by all means use it, but be extra aware that the potential for chewy scones is higher with bread flour than cake flour. If you are making bread, and you only have cake flour, you may be in for a little more trouble. Soft bread depends on proper gluten development to trap the gases from the yeast, creating leavening, and therefore a nice soft crumb. With cake flour, there is only about half the protein in bread flour, so the potential for gluten development is lesser.  To get fully developed dough, you may have to knead for so long that the heat from the friction in the bowl kills the yeast, leaving you with a big sticky pile of mess.

        Quite a few British recipes call for self-raising flour because in the UK, self raising flour is roughly the same price as regular flour.  For each cup of unleavened flour, add 1 1/2 tsp baking powder. If you only have self-raising flour, and your recipe calls for regular, omit the baking powder and/or salt (if your flour already has it mixed in).

        All about cooking pasta

        Pasta is something that seems to mystify even some experienced cooks.  When I refer to pasta here, I’m talking about Italian style pastas.

        Cooking pasta:

        For reference, half a cup of dried pasta generally yields about 1 cup of cooked pasta.
        The ratio of water to pasta is important.  If cooking pasta in too little water, the released starch will cause the pasta to be overly sticky.  A good general rule is one litre of water for every 100g of pasta, and remember, that water should be at a rolling boil before adding the pasta.

        When it comes to seasoning pasta, don’t be scared to add quite a bit of salt.  A tablespoon [15g] salt for every 200g is reasonable.  Obviously, in a professional kitchen you won’t be measuring or weighing your salt when tossing it in the steam kettle – so taste test – the water should taste like sea water, don’t worry, very little is absorbed by the pasta.

        If you’re cooking pasta in a huge pot or steam kettle, remember that if you want something to boil faster, throw a lid or sheet pan on top of it.  I see way too many people waiting around for 80 litres of water to boil in a steam kettle, and this is a little tip neglected in culinary school.

        Also, to prevent boil-over when doing a large batch, toss in a SMALL amount of oil.  It will break up the surface tension and prevent bubble formation.  If your kettle is boiling over though, grab that spray wand and blast the bubbles. it will knock them down immediately – then turn down your kettle.

        If you don’t have an approximate cooking time for your dried pasta, start checking the doneness around the 8 minute mark.

        Another important point to make about cooking large amounts of pasta is that as long as that pasta remains hot, it is still cooking.  So while it may be perfectly al dente when you test it, consider it will take you at least 5 minutes to remove all that pasta from the steam kettle and put it into inserts or onto sheet trays with oil.  By that time it is overcooked.

        Serving pasta:

        If you’re holding the pasta to be reheated later, remove it from the water a little more al dente than normal, drain well, and toss in a little oil.  Spread evenly and thinly onto sheet pans, and put on a rolling rack in the cooler.  Wrap it well once cooled.

        Normally, pasta should not be tossed in oil, but rather tossed in a little of the sauce it is being served with.  Tossing pasta in oil forms a barrier that will cause the sauce to slide off rather than cling.  Likewise, don’t rinse pasta before serving.  The surface starch helps the sauce cling.