Skip to content
UT Oriental
  • Inicio
  • Soporte Técnico

UT Oriental
  • Inicio
  • Soporte Técnico

Protein-protein noncovalent ligand binding enables structural improvements in 3D-printed fish analogs by molecular synergy of soy, mung, and potato proteins

Leave a Comment / Procesos Alimentarios / By admin
Bookmark (0)
Please login to bookmark Close

Publication date: April 2026

Source: Food Hydrocolloids, Volume 173

Author(s): Ibrahim Khalifa, Zhihua Li, Xiaobo Zou, Sajid Maqsood

​Publication date: April 2026Source: Food Hydrocolloids, Volume 173Author(s): Ibrahim Khalifa, Zhihua Li, Xiaobo Zou, Sajid Maqsood Read More

Related posts:

Default ThumbnailStarch processing in deep eutectic solvents: Structure, properties, modifications and applications Default ThumbnailMechanistic evaluation of pea-soy protein isolate and concentrate based high moisture meat analogues: Evaluation of protein blends and extrudate quality Default ThumbnailImpact of fatty acid unsaturation levels on the physicochemical properties and oxidative/digestive stability of pectin/LDL-based oleogels Default ThumbnailUltra-strong green plastics from marine-sourced alginate dendritic colloids and chitin nanocrystals with a “cement–mortar” structure Default ThumbnailSequential double crosslinking enables pea protein-κ-carrageenan emulsion gel with enhanced mechanical strength: Mechanism and structure-dependent properties Default ThumbnailFreeze/thaw-triggered fixation of directionally frozen plant-based food matrices: Controlled release of gelling agents using double emulsions
← Previous Post
Next Post →

Continuar buscando...

Nueva Información Actualizada

    © 2026 UT Oriental | Powered by UT Oriental

    Aviso importante: Por motivos de actualización administrativa y renovación de licencias, el servicio de esta biblioteca entrará en pausa próximamente.