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• W4382364129 abstract "Gels are extensively studied and used in various fields, including food, beverages, medicine, and daily living products. Egg white gels are particularly noteworthy due to their low cost, broad applications, and outstanding potential. However, a lack of comprehensive understanding of natural and modified egg white gels has limited their applications. Based on the introduction of the main protein components in egg white and their physicochemical properties, an overview of five typical categories of egg white gels produced by heat, alkalis, enzymes, ions, and acids treatments, respectively, was presented. Then the formation mechanisms of these gels and their main influencing factors as well were elaborated. Finally, their current applications and prospects in foods and materials were illustrated on the basis of their main characteristics. The five typical egg white gels share a common gel formation pattern, in which the proteins denature first and then coalesce into a gel driven by intermolecular forces. However, the mechanisms and processes of denaturation of egg white proteins differ significantly when treated with different ways, and therefore gels with various properties will be formed driven by different intermolecular forces. Egg white proteins undergo denaturation and structural unfolding after heat treatment and then form stiff gels driven by disulfide bonds and hydrophobic interactions, which are commonly found in steamed, boiled, and fried eggs. After denaturing and unfolding under alkali treatment, proteins can coalesce into transparent gels with high elasticity and strength driven by disulfide bonds, typically represented by preserved eggs. Egg white proteins denatured by heat and alkali treatment can also form peptide bond crosslinks catalyzed by enzymes (e.g., transglutaminase), or aggregated by electrostatic and hydrophobic interactions in the presence of ions (Ca2+, Zn2+, etc.), or coalesced in the presence of acids, resulting in the formation of enzymes, ions, and acid-induced gels, respectively. However, their strength is generally weak, and therefore the synergy of other factors is usually needed in applications. In conclusion, due to the wide-ranging application prospects and significant value of egg white gels in various fields such as foods and materials, it is of crucial importance to gain a deeper understanding of the gelation mechanisms and influencing factors, which is essential for improving the quality of gel products and developing novel egg-based gel products." @default.
• W4382364129 created "2023-06-29" @default.
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• W4382364129 date "2023-08-01" @default.
• W4382364129 modified "2023-10-09" @default.
• W4382364129 title "Advances in the formation mechanism, influencing factors and applications of egg white gels: A review" @default.
• W4382364129 cites W1825748381 @default.
• W4382364129 cites W1883496382 @default.
• W4382364129 cites W1889208526 @default.
• W4382364129 cites W1967709610 @default.
• W4382364129 cites W1978610926 @default.
• W4382364129 cites W1982636339 @default.
• W4382364129 cites W1984428974 @default.
• W4382364129 cites W1984825482 @default.
• W4382364129 cites W1987016368 @default.
• W4382364129 cites W1992744334 @default.
• W4382364129 cites W1996048374 @default.
• W4382364129 cites W1998080597 @default.
• W4382364129 cites W1998624941 @default.
• W4382364129 cites W2008768050 @default.
• W4382364129 cites W2009534537 @default.
• W4382364129 cites W2014441285 @default.
• W4382364129 cites W2022680058 @default.
• W4382364129 cites W2024246479 @default.
• W4382364129 cites W2025715413 @default.
• W4382364129 cites W2025954673 @default.
• W4382364129 cites W2029853715 @default.
• W4382364129 cites W2057374621 @default.
• W4382364129 cites W2057854400 @default.
• W4382364129 cites W2058175369 @default.
• W4382364129 cites W2059887412 @default.
• W4382364129 cites W2061888729 @default.
• W4382364129 cites W2075392468 @default.
• W4382364129 cites W2084226239 @default.
• W4382364129 cites W2090594507 @default.
• W4382364129 cites W2100674205 @default.
• W4382364129 cites W2113302132 @default.
• W4382364129 cites W2118702829 @default.
• W4382364129 cites W2120164570 @default.
• W4382364129 cites W2121189452 @default.
• W4382364129 cites W2124045186 @default.
• W4382364129 cites W2191251921 @default.
• W4382364129 cites W2217693993 @default.
• W4382364129 cites W2252898473 @default.
• W4382364129 cites W2343243503 @default.
• W4382364129 cites W2346184504 @default.
• W4382364129 cites W2555124381 @default.
• W4382364129 cites W2756448536 @default.
• W4382364129 cites W2756932111 @default.
• W4382364129 cites W2769746948 @default.
• W4382364129 cites W2778786663 @default.
• W4382364129 cites W2782069558 @default.
• W4382364129 cites W2783673414 @default.
• W4382364129 cites W2796395550 @default.
• W4382364129 cites W2884014812 @default.
• W4382364129 cites W2896825801 @default.
• W4382364129 cites W2901171678 @default.
• W4382364129 cites W2906366117 @default.
• W4382364129 cites W2918579340 @default.
• W4382364129 cites W2918751047 @default.
• W4382364129 cites W2942534417 @default.
• W4382364129 cites W2942725479 @default.
• W4382364129 cites W2944441266 @default.
• W4382364129 cites W2948868705 @default.
• W4382364129 cites W2949390656 @default.
• W4382364129 cites W2957007030 @default.
• W4382364129 cites W2969013697 @default.
• W4382364129 cites W2970780695 @default.
• W4382364129 cites W2972224068 @default.
• W4382364129 cites W2972799764 @default.
• W4382364129 cites W2999091195 @default.
• W4382364129 cites W3000293395 @default.
• W4382364129 cites W3011866442 @default.
• W4382364129 cites W3011984253 @default.
• W4382364129 cites W3012893987 @default.
• W4382364129 cites W3013773581 @default.
• W4382364129 cites W3020431361 @default.
• W4382364129 cites W3020732062 @default.
• W4382364129 cites W3035916320 @default.
• W4382364129 cites W3044408589 @default.
• W4382364129 cites W3080942927 @default.
• W4382364129 cites W3108614202 @default.
• W4382364129 cites W3111912566 @default.
• W4382364129 cites W3128567145 @default.
• W4382364129 cites W3133176099 @default.
• W4382364129 cites W3155243612 @default.
• W4382364129 cites W3167497142 @default.
• W4382364129 cites W3179144308 @default.
• W4382364129 cites W3185870815 @default.
• W4382364129 cites W3188020360 @default.

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