Creation of a new proof-of-concept pectin/lysozyme nanocomplex as potential β-lactose delivery matrix: Structure and thermal stability analyses

乳糖 化学 纳米颗粒 溶菌酶 动态光散射 双糖 果胶 差示扫描量热法 化学工程 热稳定性 有机化学 生物化学 热力学 物理 工程类
作者
Magner Pessoa da Silva,Thiécla Katiane Osvaldt Rosales,Lucas de Freitas Pedrosa,João Paulo Fabi
出处
期刊:Food Hydrocolloids [Elsevier]
卷期号:134: 108011-108011 被引量:16
标识
DOI:10.1016/j.foodhyd.2022.108011
摘要

Lactose is a disaccharide and has many uses in food and non-food formulations. Its anomeric form, β-lactose, is a natural inhibitor of the galectin-3 protein, which is responsible for several pathological effects (e.g., colon cancer cell proliferation). However, lactose cannot be orally administered since it is rapidly hydrolyzed by intestinal lactases. Therefore, the development of nanosystems from food hydrocolloids is of particular interest as oral delivery systems for β-lactose to enhance its chemical stability, bioaccessibility, and bioavailability. This report describes a new proof-of-concept assembling of high methoxyl pectin (HMP) and lysozyme (Ly) complexes loaded with β-lactose produced under appropriate solution conditions (ratio, pH, and temperature) without toxic solvents. Under optimized conditions, the prepared nanoparticles had a spherical shape (81.20 ± 0.34 nm), negative surface charge (∼−30 mV), homogeneous size distribution (PDI <0.2), and smooth surface, as evidenced by dynamic light scattering, scanning, and transmission electron microscopes. The encapsulation efficiency of β-lactose was greater than 96%. The particle size and morphology of the nanoparticles hardly changed with the incorporation of β-lactose. The interaction between the compounds was evidenced by Fourier transform infrared spectroscopy and differential scanning calorimetry, indicating that intermolecular electrostatic interactions and hydrogen bonds were the driving forces to form nanoparticles and suggesting the absence of free β-lactose on the surface of nanoparticles. Colorectal cancer cells treated with the nanocomplexes showed time-dependent incorporation of nanocomplexes. The results demonstrate a newly proof-of-concept pectin/lysozyme nanocomplexes loaded with β-lactose, with acid galacturonans covering the nanoparticles and maintaining the thermal stability, being relevant for future application of these complexes as potential oral delivery vehicles in food matrices for low molecular weight sugars.
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