Efficient Plant In Vivo Transformation System – Elevate Your Research Level

With the rapid development of biotechnology, plant transformation technology is increasingly applied in fields such as agronomy, environmental science, and genetic engineering. The Plant In Vivo Transformation System YK-50AT/YK-50ATPro, introduced by Yika (Shanghai) Technology Co., Ltd., provides researchers with an efficient and stable tool that significantly enhances transformation efficiency, offering robust support for plant genetic research.

Product Introduction: The Plant In Vivo Transformation System uses air pressure to rapidly create pores in the target plant or tissue, allowing Agrobacterium to enter through these pores and achieve infection for plant transformation.

Product Features:

High Efficiency Transformation: Utilizes advanced transformation technology to significantly improve plant cell transformation efficiency, reduce experimental time, and enhance experimental reproducibility.

Broad Applicability: Suitable for a wide range of plant species, providing precise transformation support for both small-scale laboratory plants and large-scale production plants.

Easy Operation: The device features an intuitive interface, allowing users to quickly get started, reducing training costs for laboratory personnel, and improving work efficiency.

High Stability: The system's stability has been repeatedly verified, enabling it to adapt to various environmental conditions and ensuring the reliability of experimental results.

Environmentally Friendly: Designed to meet environmental protection requirements, using pollution-free and harmless operation methods, in compliance with industry green standards.

Application Areas:

Our Plant In Vivo Transformation System is widely used in the following fields:

Plant Genetic Modification: Used for plant genetic transformation, gene editing, and other experiments to promote crop improvement and the development of new varieties.

Plant-Based Drug Research: Provides efficient transformation support in the production and development of plant-based pharmaceuticals.

Agricultural Research: Enhances crop disease resistance, stress tolerance, and other traits, supporting in-depth agricultural research.

Environmental Studies: Used for research on plant responses to environmental changes, driving innovation in ecological and environmental protection.

Why Choose Our Product?

Innovative Technology: Our technical team has successfully developed a highly efficient and stable transformation system and continues to optimize and improve it. We are committed to providing cutting-edge technical support to advance plant transformation research.

Customized Solutions: We offer tailored solutions based on your specific needs, helping you achieve breakthroughs in various research directions.

Comprehensive After-Sales Service: Our professional team provides full support, from equipment selection and installation to debugging and maintenance, ensuring the smooth progress of your research.

Technical Parameters of the Plant In Vivo Transformation System:

1. Model: YK-50ATPro

2. Main Function: Used for transient expression and stable transformation of plants.

3. Display: LCD touchscreen, touch control operation, simple and convenient, aesthetically pleasing.

4. Pressure: As low as 2.00 kPa.

5. Pressure Accuracy: 0.01 kPa, high-precision electronic pressure sensor ensures pressure accuracy and the precision and reproducibility of experimental results.

6. Pressure Reduction Speed: Drops to 10 kPa within 15 seconds; from atmospheric pressure to 2 kPa within 100 seconds.

7. Control: Fully automatic.

8. Sterile Filtration System: /

9. Viewing Window: 12 mm thick tempered high-transparency glass.

10. Casters: Allow easy and convenient movement of the device anytime, anywhere, enhancing its applicability.

11. Inner Chamber Material: 304 mirror-finish stainless steel.

12. Dimensions: 750 × 610 × 1050 mm (external); 400 × 380 × 450 mm (internal chamber).

13. Weight: 145 kg.

14. Power Supply: 220 V.

15. Power: 1800 W.