1 1/4 cups carbalose
1/2 + 1/8 cup wheat protein isolate 5000
2.5 Tbsp. wheat protein isolate 8000
3.75 Tbsp. almond flour
3 Tbsp. resistant corn starch or resistant wheat starch
3 Tbsp. oat fiber
1/2 tsp. acacia gum
2 tsp. gluten-free cake enhancer
Sift everything together or add everything to a bowl and mix thoroughly with a whisk.
Proceed with recipe as stated, or keep in a ziplock bag or covered container.
Makes 2 1/4 cups.
You could also quadruple the recipe and mix it in a container and then shake it up every time you use it to ensure it’s all mixed well!Pin It
Sounds great...but what the heck is cake inhancer??? Never heard of it!
ReplyDeleteHmmm for some reason all my links disappeared. I had linked to all the products! I'll put them back in and hope it'll stick this time!
ReplyDeleteThanks...will have to order some!
ReplyDeleteWhy do you use Acacia gum instead of the other stabilizers? Is it better and what other applications is it good for? This is the first time I have seen this ingredient. I have made a batch of the baking mix and I am excited about using it. I am going to make the pumpkin cupcakes. Thank you and have a great day, Marilyn McCormack
ReplyDeleteI've tried it with others, but there's something about the acacia gum that adds a property to the dough in terms of elasticity and workability that's unlike xanthan or guar gum.
ReplyDeleteThe only other place I've used it so far is in the homemade sugar-free marzipan. for the same reasons as above. It adds to the pliability.
It may not be a common ingredient in homemade recipes, but it shows up a lot in our every day commercial products. It's other name is Gum Arabic.
Here's a nice little summary on it's benefits and uses. HTH!
http://tinyurl.com/3zjuta6
I hope you enjoy the cupcakes! I just made them as a cake with a simple cream frosting a couple of days ago. Works well that way too! The recipe has become a staple around here for sure!
Pumpkin cupcakes were sublime. Thanks you for the wonderful recipe. I look forward to many more. Thanks, Marilyn
ReplyDeleteI'm so glad you enjoyed them! :)
ReplyDeleteNetrition doesn't seem to have anything called Resistant Maize - they do have something called Resistant Corn Starch (http://www.netrition.com/lifesource_rcs260_page.html), but I just wanted to make sure that it was the same thing before I place an order. I want to follow the recipe as printed, to ensure maximum success, and no wasted ingredients. :)
ReplyDeleteYes, it's the resistant corn starch 260 on netrition that I use!
ReplyDeleteI corrected the link above :)
I wanted to make the lady fingers for the low carb tiramasiu and have ordered the cake enhancer but it won't get here in time to make the recipe. Any substitutions possible? what would happen if I left it out altogether?
ReplyDeleteIt will still work, but there is a slight difference in texture. But not so much so that it would ruin the whole dish. It just makes it a little better :)
ReplyDeleteDo you think that Polydextrose (Poly D Fiber) can be substituted for acacia fiber?
ReplyDeleteI purchased it on Netrition, here's the description:
" PolyD Fiber can be used as a sugar and/or fat replacer and adds a significant amount of fiber to foods. It is 90% fiber. It provides about 1 calorie per gram vs. 4 calories per gram for other carbs. It keeps foods moist, and acts as a bulking agent replacing fat and sugar volume. When water is added, polydextrose forms a gel that mimics some of the functional characteristics of fat."
Polydextrose has a totally different function. Acacia fiber has very strong thickening power, and in the case of the bake mix it gives moisture and elasticity/structure. Polydextrose doesn't do that.
ReplyDeleteIn low carb cooking polydextrose is usually used more as a sugar substitute (even though it's a fiber) as it allows you to simulate the properties of sugar (in combination with another substitute as it's not sweet enough to simulate sugar by itself.)
So no, it isn't a good substitution. If anything you could probably replace the acacia gum with xanthan or guar gum. Not quite the same, but a lot closer than polydextrose. HTH!