ARTICLE FEED & ADDITIVE MAGAZINE November 2025 71 feed conversion ratio from 1.48 to 1.44 and generating an estimated additional profit of ~USD 5,600 per 200,000 birds. These findings highlight its dual role as both a natural alternative and a complementary partner for existing anticoccidials (Figure 5). 5. A SAFER, SMARTER WAY FORWARD Coxield™ represents more than a product; it reflects a shift toward sustainable poultry production. Its residue-free profile and absence of withdrawal period align with consumer and regulatory expectations. Its validated supportive activities provide scientific credibility, and its compatibility with shuttle and rotation programs helps producers manage resistance risks over time. By safeguarding intestinal health and supporting productivity without reliance on synthetic drugs, Coxield™ offers poultry producers a practical, science-based tool that contributes to profitability and sustainability. Importantly, Coxield™ can be positioned flexibly—either as a natural alternative to synthetic anticoccidials or as a complementary solution integrated into broader coccidiosis control programs. Coccidiosis will remain a challenge for poultry worldwide. But as the industry faces rising resistance, regulatory changes, and consumer demand, the need for validated natural solutions has never been greater. Coxield™ shows how innovation from nature—when guided by rigorous science—can deliver dependable results for modern poultry production. (B) IOFC (Income Over Feed Cost) 1.60 1.59 1.58 1.57 1.56 1.55 1.54 1.53 1.52 1.51 1.50 (USD/Birds) NC 1.56 1.59 1.54 1.58 Diclazuril + Saving 0.05 USD/bird + Saving 0.03 USD/bird Diclazuril + Coxield Coxield Challenge status (4 types of Eimeria) + + + + Figure 5. Field validation: Performance and profitability improvements IOFC=(live weight (kg) × Market price per kg)−(Feed intake (kg) × Feed cost per kg) Challenge status (4 types of Eimeria) 320 315 310 305 300 295 290 + + + + (A) Production Index 302 NC Diclazuril Diclazuril + Coxield Coxield 302 309 317 Performance index = [{Avg. BW(g) x survival rate (%)} / {day of growth(day) x FCR}] x 100 Photo: zlikovec| Shutterstock
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