Skip to content
UT Oriental
  • Inicio
  • Soporte Técnico

UT Oriental
  • Inicio
  • Soporte Técnico

Oil-water interfaces stabilized by whey protein colloidal particles: Evolution of interfacial rheology during subphase exchanges using simulated digestive fluids

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

Publication date: August 2026

Source: Food Hydrocolloids, Volume 177

Author(s): Yijing Shao, Haotian Zheng

​Publication date: August 2026Source: Food Hydrocolloids, Volume 177Author(s): Yijing Shao, Haotian Zheng Read More

Related posts:

Default ThumbnailGelation dynamics and rheological properties of stirred yogurt alternatives manufactured from pulse protein isolates and their hydrolysates Default ThumbnailEffects of different red algal polysaccharides on the simulated digestive fermentation of fish balls in vitro Default ThumbnailDisintegration mechanism of high-amylose starch cryogel as a clean-label alternative to carboxymethyl starch in dietary supplement tablets Default ThumbnailChickpea aquafaba as a natural stabiliser for chilli oleoresin encapsulation: Stabilisation, rheological and microstructural characterisation Default ThumbnailNative pearl millet starch films reinforced with pearl millet nano-starches: Structural enhancement and biodegradation behaviour Default ThumbnailMechanistic insights into soy protein fibrillation regulated by CaCl2 concentration: Fibrillation kinetics, fibril morphology, and peptide composition
← 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.