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Showing posts with the label ABTL

Beyond the Break: Layzyme - Building a Better Eggshell

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Have you ever held a chicken egg and worried it felt fragile, with a disconcertingly thin shell? You're not alone. T hin chicken eggshells are a common concern for poultry producers, leading to frustration, broken eggs, and lost profits. Thin chicken eggshells not only present a breakage nightmare during collection but can also indicate underlying health issues in your flock. The Consequences of Thin Chicken Eggshells The implications imposed due to thin eggshells are far-reaching and can have significant financial and reputational challenges for poultry producers. Increased Breakage:   Thin shells are more prone to cracking during collection, grading, and transport, leading to product loss and financial setbacks. Reduced Hatchability: In breeding flocks, thin eggshells can negatively impact chick development and hatchability rates. Chicks struggling to pip through weak shells can lead to lower chick counts and economic losses. Potential Health Concerns:   Very thin chicken eggsh

Sustainable Poultry Farming: ABTL Enzymes for Efficient Growth

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In the realm of sustainable poultry farming, the role of Advanced Bio-Agro Tech Ltd ( ABTL) has garnered significant attention.   As the global demand for poultry products continues to rise, farmers and producers are seeking innovative solutions to enhance the growth and efficiency of their flocks while maintaining environmental sustainability.   The Need for Sustainable Poultry Farming Poultry farming is a crucial source of protein globally. But with growing concerns about environmental impact and resource use, sustainable practices are essential. Here's where innovative solutions like ABTL come in, promoting efficient poultry growth within a sustainable framework. Conventional poultry farming often relies on heavy use of antibiotics and growth promoters. While these methods can accelerate growth, they raise concerns about antibiotic resistance and environmental impact. Additionally, traditional feed may not be fully utilized by birds, leading to wasted resources. En