OvoPro is a precision-fermented ovalbumin ingredient made by engineered yeast—not a plant-based substitute or a complete egg. This review follows the science from gene design and fermentation through filtration, chromatography, drying, allergen labeling, and FDA’s GRAS response.

How long can hatching eggs wait before incubation? Research comparing 0, 3, and 10 days reveals a surprising hatch-timing pattern—and the cost of prolonged storage.

Turning goose eggs wider changed more than embryo position—it improved hatchability, reduced late mortality, and changed how the developing embryo used the yolk.

Could a wider turning angle prevent late embryo losses? Pekin duck hatchability climbed from about 91% to 96.6% in this controlled study.

A Pekin embryo and a Mulard embryo can be on the same incubation day—but not at the same developmental stage. See what that means for candling, breakout diagnosis, and hatch timing.

What do backyard chickens actually die from when submitted to diagnostic labs? This review explains a multi-state mortality study—and what it means for protecting your flock.

Does apple cider vinegar really improve poultry health? This Poultry Nerds Research Review examines a peer-reviewed study on commercial broiler chickens, summarizes the findings, discusses the study's limitations, and explains what they may—or may not—mean for backyard flocks.

Researchers selected Japanese quail for larger and smaller eggs over multiple generations. While selection for smaller eggs continued, larger egg size quickly reached a plateau. This review explains what the findings reveal about genetics, selection, and the limits of egg size evolution.

Researchers discovered that several important production traits—including egg weight and egg production—were influenced by parent-of-origin effects that conventional genetic models failed to detect. This review explains what the study found and why it matters to poultry genetics.

Can you breed stronger eggshells? This research review examines how genetics influences egg weight, shell strength, shell quality, and heritability in Japanese quail—and what the findings mean for selective breeding.

Egg size is influenced by many genes—not just one. This research review explains how scientists mapped chromosome regions affecting egg weight, shell quality, yolk characteristics, and production traits in Japanese quail, and why those discoveries matter to breeders.