Racing Pigeon Flight Performance Tester

For a long time, possessing superior bloodlines has been regarded as a crucial factor influencing racing performance. Such superior bloodlines refer to specific heritable genotypes. Given that certain genes in racing pigeons significantly impact athletic ability, by referencing authoritative literature and European testing experience, combined with existing innovative technologies, we have identified key indicators: homing ability, endurance, cryptochromin, myostatin, keratin, intelligence, and orientation ability in inclement weather play vital roles in assessing racing pigeons' flight capabilities and breeding potential. Testing these indicators provides pigeon enthusiasts with a more scientific basis for selecting racing pigeons and breeding stock.

Our company's racing pigeon flight capability analyzer, developed based on the aforementioned genetic research, simultaneously identifies genotypes for genes affecting flight performance. These include pigeon sex determination, homing ability (DRD4), flight endurance (LDHA), navigation ability, circadian rhythm (CRY1), muscle strength (muscle regulation) (MSTN), wing structure and strength (feather structure and strength) (F-KER), intelligence (CASK), and orientation in rainy weather (GSR).

• Compact size, lightweight, and portable, compatible with 0.2PCR single tubes and 8-well strips.

• 13S four-channel rapid light collection ensures stable fluorescence signal acquisition and minimizes delay errors.

• Features a custom Marlow Peltier module-grade semiconductor chip from the USA, employing next-generation semiconductor temperature control technology. Achieves a variable temperature rate of up to 7°C per second with a lifespan of one million cycles.

• Powerful software analysis capabilities enable quantitative analysis, melting curve analysis, genotyping, and more. Analysis software includes lifetime free upgrades and supports customized software solutions for various industries.

• Employs proprietary light detection and processing technology to automatically adjust fluorescence background, enhancing fluorescence signal sensitivity and signal-to-noise ratio for superior results.

• Features a maintenance-free, long-life LED light source requiring no replacement. Independent fluorescence channels minimize crosstalk between channels.

• Constant-current control circuit ensures smooth power output, extends Peltier element lifespan, and improves temperature control precision.

• Integrated 10-inch color touchscreen control with overcurrent and overtemperature protection functions.