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In a toasty kitchen, your dough may proof in as little as an hour (or less!). When the temperatures dip, it can take much longer—upwards of two or even three hours. Here are a few other ...
During this rest period, yeast ferments the dough and produces gases, thereby leavening the dough. In contrast, proofing or blooming yeast (as opposed to proofing the dough) may refer to the process of first suspending yeast in warm water, [1] a necessary hydration step when baking with active dry yeast.
In general, the process steps for making straight dough are as follows: [8] [9] [10] Digital scale. Mise en place: The first step is to look at the formula ("recipe"), familiarize yourself with the ingredients and process, get ready to perform the task at hand. Assess the availability of tools, consider the batch size and time schedule, and ...
The Chorleywood bread process (CBP) is a method of efficient dough production to make yeasted bread quickly, producing a soft, fluffy loaf. Compared to traditional bread-making processes, CBP uses more yeast, added fats, chemicals, and high-speed mixing to allow the dough to be made with lower-protein wheat, and produces bread in a shorter time.
The sponge and dough method is a two-step bread making process: in the first step a sponge is made and allowed to ferment for a period of time, and in the second step the sponge is added to the final dough's ingredients, [1] creating the total formula. [2] In this usage, synonyms for sponge are yeast starter or yeast pre-ferment.
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The dough is shaped into loaves, left to rise, and then baked. A number of 'no knead' methods are available for sourdough bread. Due to the length of time sourdough bread takes to proof, many bakers may refrigerate their loaves prior to baking. This process is known as 'retardation' to slow down the proofing process.
The method uses a long rise instead of kneading to align the dough's gluten molecules with each other so as to produce a strong, elastic network, resulting in long, sticky strands. The automatic alignment is possible because of the wetness of the dough, which makes the molecules more mobile. [ 7 ]