Close Panel

Register to Receive News, Updates and More...

And/Or Subscribe to Blog

Who's Online

We have 13 guests and no members online

How to Convert any Recipe to Grain Free

18 May 09

Convert any recipeYou don't need to throw out your cookbooks.  Use this list as a guide, you can easily convert any "normal" recipe into a grain-free, gluten-free, soy-free, dairy-free or anything else free with a little bit of know-how.

Pasta or Noodles

Bean Vermicelli - made from mung beans, from the asian/noodle section of Coles/Woolworths or from Asian Grocers. Make sure you buy the one with just bean and water (some brands add cornstarch)

Buckwheat Pasta - read the label and make sure it is 100% buckwheat

Grain-free pasta from GlutenGrainFree

If you can't tolerate any of the above try using a vegetable peeler and peeling long thin strips from squash/zuchinni and carrots, steam very lightly or eat raw.  Works surprisingly well.

Rice Quinoa - not technically a grain, although it looks and acts like one. Available from health food stores or the health food section of larger supermarkets
Cous Cous Quinoa - as above
Bread Use our bread recipe or look in our links page for online retailers.
Breadcrumbs Almond Meal (this really works well)

OR

Grain-free Breadcrumbs. Put some grain free bread through the blender. You can get grain-free bread from www.deeks.com.au or make your own.

Sugar Stevia (ratio of 1 tsp to 1 cup) - experiment with quantity as strength of stevia can vary brand to brand and it gets a weird aftertaste if you use too much.

OR

Xylitol. A bit easier to use as it looks like sugar and easier when using it as a replacer in recipes (this can be made from corn cobs or birch trees)

Maple syrup, honey and cooked mashed sweet fruits or root vegetables also work well when baking cakes.

Gravy/Thickeners Use Potato starch or arrowroot to thicken sauces and gravy.
Flour - plain For sweet recipes I use 1 part almond meal, 1 part coconut, 1 part potato starch.

OR

NUT FREE - For each cup use 3/4 cup of Quinoa Flour and 1/4 cup of arrowroot or potato flour.

or equal parts quinoa, buckwheat and arrowroot or potato flour (this mix tastes the best I think)

Flour - self raising For each cup of flour as 1/2 teaspoon of bicarb and 1/2 tsp of cream of tarter.
Pastry Make your own.  This website has some good versions.

 

Egg Depends on what you are cooking. Eggs acts first as a binding agent and secondly as a liquid. You can often just add a little more liquid. Then look at what you can use as a binding agent. Chickpea flour (Also called Besan flour) has good binding properties. As also is butter, arrowroot and potato starch. See recipes for more info.
Tabouli Use Quinoa instead of Burghal. No will will tell the difference.

Disclaimer

This website has been developed as a community resource for those who, due to health reasons or preference, are following a grain free lifestyle.   We hope you find it helpful and inspiring!

COMMON SENSE REMINDER: The views expressed in this website are personal opinion only.   We are not health practitioners.  You should always check with your doctor or qualified health practitioner, and be prepared to take full responsibility for your own health, actions and choices in life.

General Recipe Notes

All recipes measurements are in METRIC. If you wish to convert to imperial please use the convertor tool supplied on each recipe page and use the same (either all metric or all imperial) for the whole recipe.

Some points for American readers on metric measurements are:

1 cup is 250ml which is slightly larger than the imperial 1 cup of an 8 oz measure.  1 tblspoon is 20 ml which again is slightly larger than the imperial tablespoon measure of 15ml.  In most recipes this should not make too much of a difference, especially if you exchange all metric for all imperial.  Cookie recipes need accuracy however so if your cookies are not turning out (either too soft or spreading too much) the problem will most likely be the measures.

Nearly all recipes are cooked in a moderate 180°C oven, which is 350 °F / Gas 4.