Abstract
The present study assessed the effect of dietary supplementation of pomegranate peel (methanolic) extract (PPE) on the nutrient digestibility, faecal fermentative metabolites and antioxidant status of dogs. Six medium-sized dogs of mixed breeds were allocated to two groups in a replicated cross-over design and fed a basal diet with and without supplementation of PPE at 50mg/kg body weight. Each of the experimental periods consisted of 30d, with a 21 d washout period in between. Results indicated that PPE supplementation led to no significant changes in nutrient digestibility except a trend of improvement (P=0·070) in crude fibre digestibility. PPE supplementation significantly (P<0·001) influenced faecal pH, ammonia and lactate production, indicative of positive effects of PPE polyphenols. PPE supplementation further increased faecal SCFA concentration accompanied by a reduction (P<0·01) in branched-chain fatty acids. PPE supplementation also improved (P<0·05) indices of erythrocytic antioxidants, namely reduced glutathione, catalase, glutathione peroxidase and glutathione S-transferase together with an improvement in lipid peroxidation. Overall, it can be concluded that dietary supplementation with PPE at 50mg/kg body weight had a positive impact on hindgut fermentation and antioxidant status in dogs, thereby demonstrating its potential as a gut health-promoting nutraceutical.
Highlights
The present study assessed the effect of dietary supplementation of pomegranate peel extract (PPE) on the nutrient digestibility, faecal fermentative metabolites and antioxidant status of dogs
Supplementation of pomegranate polyphenols has resulted in altered metabolism of gut bacteria, leading to an increased production of SCFA[4]
The present study investigated the effects of PPE supplementation on nutrient utilisation, erythrocytic antioxidant development and hindgut fermentation in dogs
Summary
The present study assessed the effect of dietary supplementation of pomegranate peel (methanolic) extract (PPE) on the nutrient digestibility, faecal fermentative metabolites and antioxidant status of dogs. The present study investigated the effects of PPE supplementation on nutrient utilisation, erythrocytic antioxidant development and hindgut fermentation in dogs. The control group dogs were fed the basal diet with no supplementation.
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