Starch-based foams (SBFs) were prepared with corn, potato, tapioca, and chayotextle
starches. A compression baking process was used to develop the SBFs. Biodegradation …

Plantain and chayotextle starch were mixed with plantain and chayotextle fiber to make
biodegradable materials through a baking process. Tensile strength (Ts) and Young module …

In this study, cellulose (C) and cellulose nanocrystals (CN) were blended with chayotextle
starch to prepare films for the casting method. The films were stored at different temperatures …

Plastic packaging materials synthesized from petrochemicals are inexpensive and profusely
used causing serious environmental concerns owing to their nondegradable and …

The potential of lignocellulosic fibers obtained by dry grinding of pinhão coat as fillers in
starch filmogenic solutions for packaging applications was evaluated in this work. To …

Composites of chayotextle starch (ChS), cellulose (C), cellulose nanoparticles (CN), and
polyvinyl alcohol (PVOH) were cast and characterized in physicochemical, mechanical …

The feasibility of sweet cherry gum as a bio-based film-forming material and effect of
hydrogen peroxide as a chemical modifier investigated. The influence of film compositions …

Films made from a mixture of Chayotextle starch-Gelatin (SG) were prepared according to
the following concentrations SG 3: 1, SG 2: 2, and SG 1: 3. Two controls were considered; …

Baked foams made with plantain flour (PF) and sugarcane fiber (SF) were characterized by
calorimetric, mechanical, physicochemical and structural techniques in order to assess the …

This work studies the biodegradability of bioplastics (BPs) generated from the combination
of starch from the fruit of Sechium edule (SSE) and the starch of Phaseolus vulgaris (SPV) …