Improvemnet of Japanese Wheat Flour by Gaseous Acetic Acid Treatment
スポンサーリンク
概要
- 論文の詳細を見る
Ten different Japanese wheat flours with protein contents ranging between 9.86 and 11.5% were treated with gaseous acetic acid, then used for breadmaking. Gaseous acetic acid treatment at a concentration of 0.5–1.5 ml acetic acid per kg of the flour improved breadmaking properties of bread height and specific volume. It is known that the level of these breadmaking properties is related to the protein content of the wheat flour. The slight acetic acid flavor in the breadcrumbs was masked by adding butter flavor or butter to the bread dough.
- 社団法人 日本食品科学工学会の論文
- 2001-08-01
著者
-
Hayashi Machiko
Faculty Of Home Economics Laboratory Of Food Technology Kobe Women's University
-
SEGUCHI Masaharu
Faculty of Home Economics, Laboratory of Food Technology, Kobe Women's University
-
Seguchi Masaharu
Faculty Of Home Economics Kobe Women's University
関連論文
- Increased Volume of Kasutera Cake (Japanese Sponge Cake) by Dry Heating of Wheat Flour
- Effect of Flour Changes Due to Storage on Kasutera Cake Volume
- Comparison between Cellulose Blend Films Prepared from Aqueous Sodium Hydroxide Solution and Edible Films of Biopolymers with Possible Application for New Food Materials
- Improvemnet of Japanese Wheat Flour by Gaseous Acetic Acid Treatment
- Effect of Leek (A. ampeloprasum L.) and Scallion (A. chinense L.) on Breadmaking Properties
- Structure and Properties of Cellulose-Starch Blend Films Regenerated from Aqueous Sodium Hydroxide Solution
- Improving Effects of Stored Wheat Flour on Pancake Texture
- Relationship between Pancake Springiness and Interaction of Wheat Flour Components Caused by Dry Heating
- Adsorption Mechanism for Xanthene Dyes to Cellulose Granules
- Adsorption Mechanism for Xanthene Dyes to Cellulose Granules
- Development of Gluten-Free Bread baked with Yam Flour
- Effect of Green Tea on the Survival and Development of Hypertension in SHRSP
- Low-Calorie Bread Baked with Charred Cellulose Granules and Wheat Flour to Eliminate Toxic Xanthene Food Dye in the Alimentary Canal