Effect of green tea dust as a dietary additive and anthelminthic on performance, digestibility, and fecal egg counts in Priangan ewe lambs infected with Strongyles worms
Year: 2024
Type: article
Abstract: • Green tea dust is rich in protein and phenolic tannins. • Dietary green tea dust helps Strongyles worms-infected lambs to improve their body weights and to reduce the nematode infection significantly. • A proper dose of green tea dust inclusion in a diet is suggested to maintain the productivity, health, and welfare statuses of the rearing lambs. • Green tea dust is a by-product in green tea fabrication and it is likely an affordable natural feed additive and anthelmintic for ruminants in high tea-producing countries. Despite green tea dust (GTD) is a by-product of green tea fabrication, it has the potential as natural additive and anthelmintic in ruminant diets due to its high protein and bioactive contents. This study aimed to compare the effect of 3 different doses [0% (control), 0.75% (GTD-0.75), and 1.5% (GTD-1.5)] of GTD supplementation on dry matter intake (DMI, g/kg DM), average daily gain (ADG, g/kg DM), nutrient digestibility (%), and fecal egg counts (FEC, eggs/g feces) of local ewe lambs infected with Strongyles worms during 84 days feeding trial using a completely randomized design and six replicates ( n = 6). The results showed that all lamb groups decreased body weight; however, GTD-1.5 supplemented lambs tended ( P = 0.061) to have better ADG at the end of the trial compared to the other groups. In addition, GTD-1.5 supplemented lambs had lower ( P < 0.05) FEC at day 42 and day 56 than those the control lambs. About 1.5% GTD supplementation in a diet has the potential as dietary additive and anthelmintic to maintain the productivity, health, and welfare in rearing lambs.
Source: Veterinary and Animal Science
Language: English
Subfield: Small Animals
Field: Veterinary
Domain: Health Sciences
Open Access status: gold
Estimated APC paid: $2,620
Funder: Universitas Padjadjaran
Award: G5520513183
OpenAlex ID: W4402298276
