What Is OptimizerRation™?

By Kermit Blackwood

OptimizerRation™ is the Concentrated Nutritional Tool Used in Dietary Conditioning

OptimizerRation is a specially formulated, nutritionally dense nutritional tool offered when a bird’s biological priorities are shifting. These intervals include early development, reproductive preparation, recovery from sustained egg production, the rebuilding season, illness, shipment, relocation, parasite treatment, and environmental stress. 

This dense nutritional food is not a treat. It is formulated for use as part of a dietary conditioning system. When used as part of this feeding protocol, OptimizerRation creates a brief period of concentrated nutritional opportunity. The bird can then retain and allocate those nutrients according to its present priorities. A growing bird may direct them toward skeletal development, muscle, and connective tissue. A laying hen may use them for egg formation, medullary bone, and feather follicles. A rebuilding bird may allocate them toward mucosal tissues, immune competence, plumage, and metabolic reserve. A breeder may direct them toward sperm quality, yolk composition, shell construction, and the resources carried into the developing embryo.

Medullary bone and feather follicles illustrate how differently nutrients may be allocated. Medullary bone provides laying hens with a readily available calcium reserve for shell formation. Growing feathers begin as living, vascular tissue whose structure and pigmentation are established before the mature feather emerges. Both of these biological functions can be supported by the formations of nutrient reserves created by integrating OptimizerRation into a dietary conditioning feeding system. This is the distinction between routine feeding and dietary conditioning. Routine feeding supports daily maintenance and production. Dietary conditioning places concentrated nutrition within a defined biological interval, followed by time for retention, allocation, and consolidation.

Improving Nutrient Retention

One of the principal objectives of dietary conditioning is to promote improved retention of nutrients within a bird’s body. Food entering the bird follows several pathways. Nutrients may support daily maintenance or become eggs, feathers, muscle, bone, immune tissues, and reproductive cells. The remainder leaves the bird in the droppings. Nitrogen retained within the bird supports protein-rich tissues, eggs, and feathers. Nitrogen leaving in the droppings enters litter, pasture, and resting areas. Warmth, moisture, litter chemistry, and microbial activity influence how much of that nitrogen becomes ammonia. Poultry research has established close relationships among dietary protein, nitrogen excretion, litter condition, and ammonia production.  

Greater nutrient retention keeps more biological resources available for growth, reproduction, and recovery. It also reduces the pool of unused nutrients entering the environment beneath the flock. Under this system, both birds and the property where they reside will respond more favorably to the same feeding event.

A Concentrated Nutritional Opportunity

Birds developed within landscapes where food quality and availability changed throughout the year. Brief periods of concentrated seasonal nutrition supported growth, reproduction, feather construction, and recovery. OptimizerRation works like a small, movable patch of sudden, nutritiously dense food abundance. It places concentrated nutritional opportunity within managed husbandry at a chosen point in the bird’s biological cycle. Its value comes from the relationship among formulation, timing, presentation, and recovery. The food supplies concentrated biological materials. Dietary conditioning determines when they are offered. Structured feeding gives the bird time to retain, allocate, and build with them.

OptimizerRation is the nutritional tool that makes dietary conditioning practical.

SOURCES

Medullary Bone, Calcium, and Eggshell Formation

⁠Overview of Bone Biology in the Egg-Laying Hen
Explains medullary bone and the use of skeletal calcium during egg production.

⁠Physiological Regulation of Calcium and Phosphorus Utilization in Laying Hens
Reviews mineral movement through the intestine, skeleton, kidneys, and shell gland.

⁠Nutritional Factors Affecting Poultry Bone Health
Examines skeletal development, calcium reserves, and bone health in poultry.

Nitrogen, Droppings, Litter, and Ammonia

⁠Effects of Dietary Crude Protein Levels on Ammonia Emission, Litter Composition, and Nitrogen Loss
Connects protein intake, nitrogen excretion, litter conditions, and ammonia.

⁠Review of Litter Management and Ammonia in Poultry Housing
Explains how litter moisture, ventilation, temperature, and manure concentration affect ammonia formation.

⁠Impact of Adding Zeolite to Broiler Diets and Litter
Examines growth, intestinal condition, litter quality, and ammonia.