Showing posts with label grains. Show all posts
Showing posts with label grains. Show all posts

Thursday, February 23, 2012

Why didn't my 100% whole wheat bread proof?

Question

After enjoying many of the recipes out of The Bread Baker's Apprentice I moved on to Peter Reinhart's Whole Grain Breads to learn about how to make hearth-style 100% whole grain bread. Unfortunately my first loaf reminded me of the total flops I used to make before reading through BBA and using its recipes. It was like a bread brick. I ended up deciding that croutons were the only suitable use. Since then I've made more recipes from the book, but always using his "transitional" variant of half bread flour, half wheat flour. These have risen and proofed perfectly.

The technique from Whole Grain Breads involves pre-doughs. Flour, a very small amount of yeast, and water make up one dough ball that is placed in the refrigerator overnight. More flour, salt, and water are left as another dough ball on the counter overnight. Both enzyme activity and the rise in the fridge contribute to the texture and taste of the resulting bread, at least as far as I understand the theory. The next day the final dough is formed, allowed to rise once and proof once, and bake.

With my first loaf I attempted a free-standing boule. I know that surface tension is critical to getting a boule to rise up and not out, but I am pretty sure that my surface tension on the boule was correct. For the transitional loaves since I've used a loaf pan and a sandwich shape, which may have helped them to rise. I've also done transitional pitas which seemed to puff up just fine during rising, even during proofing as small boules before rolling out.

I don't want to try the 100% whole grain recipe again without knowing that it will work. I know that some bakers add vital wheat gluten to 100% whole grain recipes to ensure that they rise, but it seems like Reinhart's recipes should work without the additional gluten. Any other ideas for what may have gone wrong?

Asked by justkt

Answer

You said that the dough rose but then didn't proof.

Lightly textured whole wheat bread is difficult for two reasons-
1- There isn't as much gluten.
2- The gluten that is there tends to get cut up by sharp wheat fragments.

The result is, as with all poor gluten development, that the loaves have trouble maintaining their structure, don't rise as well, and the result is the dense, tough, or doughy bread that most people think of with horror when they think of whole wheat.

There are a couple ways to deal with this problem-
1- Use very very finely ground wheat flour. If you can feel gritty shards then it will have trouble rising.
2- Add vital wheat gluten. This may be seen as cheating and is similar to the transitional recipes that you said you had success with. Many whole wheat recipes call for extra gluten.

If you don't add more gluten in some form you can make a successful boule but don't expect it to be as light and open as one made with white flour.
What you might lose in delicateness you will more than make up for in flavor and nutrition.

Answered by Sobachatina

Thursday, December 1, 2011

What is the basic technique for cooking amaranth?

Question

I wanted to cook some amaranth grains. The back of the package said to cook 1 part amaranth and 3 parts water until soft, then let them soak for another 30 minutes. I ended up with amaranth soup.

Let's say that I want a very basic preparation of amaranth. What is the correct way to cook it?

  • what is a good ratio of amaranth to water?
  • should I cook it with the lid on or without (don't laugh, I have found often enough that it affects both the water ratio and cooking time)?
  • should I salt before or after cooking, and why?
  • should I add fat before or after cooking, and why?
  • is there a better way to recognize that it is done that "it is soft"?
  • should I soak before cooking, after cooking, or not at all?
  • is there something important about cooking amaranth I forgot to mention in the list?

I don't want a specific recipe, just a basic preparation which can be later extended to fit different recipes (savory or sweet). If you have specific recommendations for doing X, I'd love to hear why doing X is better than doing Y.

Answer

The basic cooking technique is the same for whole amaranth as for many other whole grains (e.g., barley) and grain-like seeds (e.g., quinoa): bring water to a boil, add the grain, simmer uncovered on low until the grain has reached the consistency you desire (that is the only true definition of "done" -- never be afraid to taste your food as you go!), then let cool. Even when packaging suggest soaking, I do not soak my grains and I have never had any problems. OF course, others will insist soaking is necessary. My advice, if you are concerned: try it both ways and see which you prefer.

For each part of whole amaranth, here is the proportion of water: -- porridge consistency, 3 parts water (some liquid will remain) -- soft texture but with distinct grains, 2 parts water -- firm texture (pilaf), 1 part water

If the water has nearly all cooked off but you want a softer texture, add extra water and keep cooking. If you are not sure what consistency you want, err on the firmer side, and taste as you go. Note that larger batches (say, over 1/2-kilo of grain) need less water than smaller batches, so plan accordingly.

Adding salt to the water at the start is optional but I encourage it. The point of adding it early is to incorporate the salt into the grains evenly. Under-salting will mute the flavors substantially. Adding salt at the last minute will provide a burst of salt on the tongue that is not always pleasant or desired, especially if you serve the grain with some other moderately salty food.

As for fat, I don't add any because I usually serve the amaranth with something that is already fatty (like an enriched sauce). If you want to add a fat, then I would do so before the water has completely cooked off to ensure the fat coats the grains more or less evenly.

Oh, and I love using an automatic rice-cooker for my grains, as it automatically turns off when the temperature of the food rises substantially above 100 C (meaning all the water has cooked off).