A new strategy for the preparation of long-term stable “Capillary foam” from egg white protein microgel particles
文献类型: 外文期刊
作者: Xiaorui Zhou;Ying Jiang;Jing Li;Bin Li;Fuchao Zhan
作者机构:
关键词: (0-2-4)Capillary foam;Coconut oil;Egg white protein microgel particles;Long-term foam stability
期刊名称: Food Hydrocolloids
ISSN: 0268-005X
年卷期: 2025 年 166 卷
页码:
收录情况: SCIE(2025版) ; ; EI(2025版)
摘要: Foam stabilization plays a pivotal role in the shape retention and taste enhancement of foam-based foods. Micron-sized egg white protein microgel particles (EWPM) were prepared by heat-treating natural egg white protein. EWPM solution incorporating minimal amounts of coconut oil (CO) combined with high-speed shearing produced synergistically stabilized “capillary foam”, offering a novel approach to foam stability challenges. A comparison of the “capillary foam” with Pickering foam stabilized solely by EWPM revealed superior long-term stability, with the former maintaining structural integrity for up to 60 days. Stable “capillary foam” was achieved when particle sizes were in the micron range (3–4 μm). Long-term foam stability was observed even when the contact angle of particles at the oil/water interface exceeded 120°, as particles and the oil phase jointly stabilized the foam system. Confocal laser scanning microscopy revealed the adsorption of oil and particles together on the surface of bubbles within the “capillary foam” system. The formation of a gel network structure by the oil phase and particles resulted in bubble immobilization, reduced mobility, and slowed attenuation. The dispersion of the oil phase around the bubbles was facilitated by the particles, enhancing the stability of the oil/water and oil/air interfaces compared to the air/water interfaces in classical Pickering foam. The EWPM/CO system showed notable advantages over a single EWPM in creating edible foams with enhanced stability and oil resistance. This study successfully developed food-grade particles capable of stabilizing “capillary foam” and established an innovative approach to the utilization of egg white protein in foam-based foods, with considerable potential for applications in flavor foams and nutritional foams.
分类号:
- 相关文献
作者其他论文 更多>>
-
Effect of freeze-thaw dehydration pretreatment and bacterial cellulose addition on 3D printing performance of whole potato flour complex gel as dysphagia diets
作者:Yingsa Wang;Zhenzhen Zhang;Shanfen Huang;Ruixuan Zhao;Jing Li;Qiannan Liu;Honghai Hu
关键词:3D printability;Bacterial cellulose;Dysphagia diets;Whole potato flour
-
Sterilization of blueberry juice under solution plasma process: Factors, quality, and its action mechanisms
作者:Hui Zheng;Bin Li;Qisen Xiang;Bin Du;Baiqing Zhang;Dongbing Tao;Tingyu Zhu;Dongge Wu;Fengming Ma
关键词:Blueberry juice;Free radical;Quality;Solution plasma process;Sterilization
-
Exploration of the fitting of Peleg equation and its application in the semidry milling of the glutinous brown rice
作者:Guozhen Wang;Jiejun Zhou;Xiaogang Luo;Bin Li;Qingyun Lyu;Li Tao Tong;Wenping Ding
关键词:GBR;Peleg equation;Semidry milling
-
Observed different impacts of potential tree restoration on local surface and air temperature
作者:Yitao Li;Zhao Liang Li;Hua Wu;Xiangyang Liu;Xu Lian;Menglin Si;Jing Li;Chenghu Zhou;Ronglin Tang;Sibo Duan;Wei Zhao;Pei Leng;Xiaoning Song;Qian Shi;Enyu Zhao;Caixia Gao
关键词:无
-
Temporal trends in biophysical temperature responses to actual land cover changes in northern mid-latitudes from 2006 to 2019
作者:Xuanwei He;Xiangyang Liu;Jing Li;Yitao Li;Wenping Yu;Zhao Liang Li
关键词:Biophysical effect;Land cover change (LCC);Land surface temperature (LST);Northern mid-latitudes;Temporal trend
-
Oral secretions: A key molecular interface of plant-insect herbivore interactions
作者:Bin Li; Wangpeng Shi; Shaoqun Zhou; Guirong Wang
关键词:(1-1-1)
-
Modulation of potato starch gelatinization, rheological properties, and mechanical properties: the role of potato soluble dietary fiber with different molecular weights
作者:Zhenzhen Zhang;Qiannan Liu;Ruixuan Zhao;Jing Li;Honghai Hu;Aurore Richel
关键词:Molecular weight;Rheology research;Starch gelatinization