Racing Pigeon Flight Ability Gene Test
Reveal the genetic potential of endurance, homing, navigation, muscle power and intelligence — make talent measurable.
What Is Flight Ability Gene Testing?
A racing pigeon’s flight ability is not a single trait — it is determined by multiple genetic factors including endurance, speed, navigation, homing, feather quality, memory and cognition. Gene testing reads the DNA loci related to these traits, quantifying “talent” into comparable indicators for scientific breeding and selection.
Sanshi Bio employs internationally advanced detection equipment and a professional bioinformatics team, precisely locating the gene sequences and variants behind flight ability.
Sampling
No blood, no harm: pluck 4–6 breast feathers for DNA extraction. Squabs can be tested, making it ideal for early breeder selection.
8 Flight-Related Genes
| # | Indicator | Gene | Full Name | Function | Significance |
|---|---|---|---|---|---|
| 01 | Endurance | LDHA | Lactate dehydrogenase A (lactic acid metabolism) | Regulates lactate metabolism and sustained muscle energy supply. | Evaluates endurance for long-distance continuous flight. |
| 02 | Homing Drive | DRD4a / DRD4b | Dopamine D4 receptor gene | Involved in the dopamine pathway, affecting focus and homing persistence. | Indicates homing persistence and race stability. |
| 03 | Navigation | CRY1 | Cryptochrome (CRY1-AG/AT/TT) | Involved in circadian rhythm and geomagnetic sensing. | Assesses navigation accuracy for long-distance return. |
| 04 | Muscle Power | MSTN | Myostatin (muscle growth inhibitor) | Negatively regulates muscle growth, affecting muscle development and burst power. | Evaluates muscle strength and flight speed potential. |
| 05 | Feather Quality | F-KER | Feather keratin gene | Encodes feather keratin, affecting feather quality and aerodynamics. | Assesses feather quality for efficient flight. |
| 06 | Memory | LRP8 | Low-density lipoprotein receptor-related protein 8 | Involved in synaptic plasticity and learning & memory. | Assesses learning and route-memory ability. |
| 07 | Bad-weather Orientation | GSR | Glutathione disulfide reductase gene | Involved in oxidative stress defense and orientation in bad weather. | Assesses orientation in rain, fog and complex conditions. |
| 08 | Intelligence | CASK | Calcium/calmodulin-dependent serine protein kinase | Involved in neuronal development and synaptic signaling. | Assesses cognitive learning ability and trainability. |
FAQ
What age can a pigeon be tested?
Squabs can be tested. Plucking a few breast feathers provides enough DNA — no blood sampling or harm to the bird, ideal for early selection.
What technology is used?
Molecular amplification techniques (real-time PCR and SNP genotyping) combined with professional bioinformatics analysis to precisely identify flight-related gene variants.
How do I collect a feather sample?
Wash hands, pluck 4–6 breast feathers, air-dry, place in a clean sealed plastic bag (avoid contaminating the quill end), and mail to the lab as instructed.
What does the report include?
The report includes each gene result, ability interpretation, and integrated breeding recommendations.