AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.

AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.

AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.

AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.

AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.

AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.

AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.

AXEL MINETTO and JENNIFER MAURIN present recent research findings that potentiated zinc could be part of this strategy to reduce ammonia excretion in poultry houses, to improve animal welfare and flock performance, and reduce environmental impact.