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Share the bio-leavening technology of baked goods (Continued 4/Factors affecting dough fermentation - sugar, salt and water) 2. When the amount of sugar added is 0~5%, it is not only not suitable for yeast fermentation

author:Post-60s food people

Sharing Bio-Leavening Technology for Baked Goods (Continued 4 / Factors Affecting Dough Fermentation – Sugar, Salt and Water)

2. Sugar

When the amount of added sugar is 0~5%, it not only does not inhibit yeast fermentation, but also promotes fermentation.

When the amount of added sugar exceeds 8%~10%, fermentation is inhibited due to the increase of osmotic pressure.

Dry yeast is more resistant to high osmotic pressure than fresh yeast.

White sugar, glucose, and fructose have a greater inhibitory effect than maltose.

3. Salt

Table salt inhibits the fermentation of yeasts due to its high osmotic pressure.

The osmotic effect of table salt is equivalent to 5 times that of the same amount of sugar.

The higher the salt content, the longer the dough will ferment.

4, Water

Water is an essential nutrient for yeast to grow and reproduce, and many nutrients need to be absorbed by yeast with the help of the medium of water.

Therefore, when adding more water to the flour, the prepared dough is softer and the fermentation speed is faster. (To be continued)

@60后食品人 @头条美食 @西瓜视频 @头条问答 #烘焙# #烘焙小课堂#

Share the bio-leavening technology of baked goods (Continued 4/Factors affecting dough fermentation - sugar, salt and water) 2. When the amount of sugar added is 0~5%, it is not only not suitable for yeast fermentation
Share the bio-leavening technology of baked goods (Continued 4/Factors affecting dough fermentation - sugar, salt and water) 2. When the amount of sugar added is 0~5%, it is not only not suitable for yeast fermentation
Share the bio-leavening technology of baked goods (Continued 4/Factors affecting dough fermentation - sugar, salt and water) 2. When the amount of sugar added is 0~5%, it is not only not suitable for yeast fermentation

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