Hydrochloric acid‐modified high‐purity soybean insoluble dietary fiber from Okara attenuates NO2− induced hepatic and renal injury in mice DOI Open Access

Ruining Zhang,

Jinyu Wang, Yi Wang

et al.

Journal of Food Science, Journal Year: 2025, Volume and Issue: 90(3)

Published: March 1, 2025

Nitrite, a toxic substance, has been shown to adsorb and reduce organismal damage when natural adsorbents are used. Okara, due its unique structure adsorption properties, is one of the most eco-friendly efficient adsorbents, naturally reducing nitrite-induced biotoxicity without side effects. Consequently, six groups Kunming (KM) mice (n = 10) were comprehensively evaluated through tests for identifying physicochemical properties physiological indexes. Additionally, effects high-purity soybean insoluble dietary fiber from Okara (HPSIDF) hydrochloric acid-modified (HCl-HPSIDF) on toxicity explored ultimately determine their bioavailability potentials. Results indicated 1.35-fold increase in water-holding capacity, 1.32-fold oil-holding 1.22-fold water-swelling capacity. These HCl-HPSIDF enhanced improve quality. Acid treatment increased HCl-HPSIDF's NO2 -removal rate by 20.87% compared HPSIDF capacity 42.5%. The average particle size was reduced 32.82%, increasing - contact with sites enhancing improvements changes performance support use as natural, side-effect-free adsorbent nitrite, acid functionality enabling application adsorbents.

Language: Английский

Hydrochloric acid‐modified high‐purity soybean insoluble dietary fiber from Okara attenuates NO2− induced hepatic and renal injury in mice DOI Open Access

Ruining Zhang,

Jinyu Wang, Yi Wang

et al.

Journal of Food Science, Journal Year: 2025, Volume and Issue: 90(3)

Published: March 1, 2025

Nitrite, a toxic substance, has been shown to adsorb and reduce organismal damage when natural adsorbents are used. Okara, due its unique structure adsorption properties, is one of the most eco-friendly efficient adsorbents, naturally reducing nitrite-induced biotoxicity without side effects. Consequently, six groups Kunming (KM) mice (n = 10) were comprehensively evaluated through tests for identifying physicochemical properties physiological indexes. Additionally, effects high-purity soybean insoluble dietary fiber from Okara (HPSIDF) hydrochloric acid-modified (HCl-HPSIDF) on toxicity explored ultimately determine their bioavailability potentials. Results indicated 1.35-fold increase in water-holding capacity, 1.32-fold oil-holding 1.22-fold water-swelling capacity. These HCl-HPSIDF enhanced improve quality. Acid treatment increased HCl-HPSIDF's NO2 -removal rate by 20.87% compared HPSIDF capacity 42.5%. The average particle size was reduced 32.82%, increasing - contact with sites enhancing improvements changes performance support use as natural, side-effect-free adsorbent nitrite, acid functionality enabling application adsorbents.

Language: Английский

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