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Livestock XP · Poultry · Commercial layers

A water-line microbiomic system that extends the commercial laying hen past the 72-week barrier, and turns the egg itself into a biofortified premium product.

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The challenge

The 72-week barrier is a physiological bottleneck, and a removable one.

The modern hen is bred for 300+ eggs a year, yet most flocks are pulled around Week 72, not because the hen stops wanting to lay, but because her skeleton can no longer support it. Daily calcium mobilisation out of medullary bone to form shell silently dismantles the bird from the inside.

Traditional fixes stack on more calcium and vitamin D3, but ignore the limiting step: the carboxylation of osteocalcin, the vitamin K-dependent protein that decides whether calcium goes into bone or is lost through urine and shell.

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How it works

One intervention that fixes the skeleton, the gut and the immune system at once.

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Mechanism

QAQ carboxylates osteocalcin, directing calcium into bone rather than urine and shell. In University of Sydney research, hens on QAQ showed a +3.8% bone-density change while menadione-supplemented birds lost 5.4% over the same window.

University of Sydney controlled clinical research, ISA Brown hens.

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+25% income / hen

≈ $175,200 additional profit on a 30,000-hen flock

~700% ROI

at farm gate on the LayerXP intervention

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Case study · Germany

20,000 on LayerXP. 20,000 on control. Matched everything else.

In matched housing with identical feed, water and management, LayerXP led from Week 2 (96% vs 92%). The gap widened through the cycle: Week 60, 91% vs 74%; Week 90, 81% vs 54%, a 50% relative lift where most operations have already replaced the flock. Lifetime production reached 22.61 dozen per hen vs 19.54 (+16%) at equal 42.00 kg feed intake.

The University of Sydney clinical research underwrote the mechanism, reversing bone-density decline (+3.8% vs −5.4%) and lifting yolk vitamin K₁ from 5.32 to 213.27 µg/100 g. Field result and clinical result agree.

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