Featherless broiler chickens for improved meat production in hot conditions
Categories |
Agriculture, Animal Breeding / Genetics, Animal Science / Vet. Medicine |
Development Stage |
A stock of fast-growing featherless broilers ready for commercial use |
Patent Status |
Unique (though non-patentable) genetic material and know-how |
Market Size |
2006 global production ~800 million broilers per week, rising 4% per year |
Background
-
Current commercial broilers require low temperatures for fast growth and high meat yield
-
Hot conditions significantly reduce the efficiency, or increase the costs, of broiler production
-
Featherless broilers easily dissipate excess body heat, avoiding the need for costly cooling or ventilation (even at high stocking densities), allowing sustainable, low-cost production
Our Innovation
Development of a unique stock of fast-growing featherless broilers together with a breeding scheme that upgrades standard commercial broiler stocks by producing 25% (or 50%) heat-tolerant, high-yield, featherless broilers, and 75% (or 50%) feathered broilers for live marketing at low body weight
Key Features
-
Birds fully express their genetic potential under hot conditions, without cooling or ventilation
-
Reach slaughter weight of about 2.2 kg at 6 weeks, with more than 40 kg/m2
-
Meat yield and quality equals or surpasses standard broilers under optimal conditions
-
These performances obtained on low-cost (low-protein and low-energy) feed
-
Do not suffer from heat-related mortality or health problems
Development Milestones
-
Genetic material - featherless males for grandparent flocks - ready for shipping
-
Fine-tuning of management and diet composition to local conditions conducted on site
The Opportunity
-
Majority of broilers worldwide are reared in hot tropical and sub-tropical regions of Asia, America and Africa, and the southern parts of the United States and China
-
Consumers, including those in developing countries, increasingly prefer processed broilers and meat; featherless broilers are ideal for processing and reduce the investment and operational costs associated with cooling and ventilating broiler houses