Skip to content
UT Oriental
  • Inicio
  • Soporte Técnico

UT Oriental
  • Inicio
  • Soporte Técnico

Disintegration mechanism of high-amylose starch cryogel as a clean-label alternative to carboxymethyl starch in dietary supplement tablets

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): Huijuan Zhu, Xing Li, Hai-Teng Li

​Publication date: August 2026Source: Food Hydrocolloids, Volume 177Author(s): Huijuan Zhu, Xing Li, Hai-Teng Li Read More

Related posts:

Default ThumbnailOil-water interfaces stabilized by whey protein colloidal particles: Evolution of interfacial rheology during subphase exchanges using simulated digestive fluids Default ThumbnailChickpea aquafaba as a natural stabiliser for chilli oleoresin encapsulation: Stabilisation, rheological and microstructural characterisation Default ThumbnailA study on the structure and gel properties: construction of co-assembed structures of rice globulin and soybean protein based on pH cycling technology 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 Default ThumbnailInteractions between dairy proteins and aroma compounds: A comprehensive review of mechanisms, processing effects, and analytical methods
← 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.