Plant In Vivo Transformation System—Opening New Frontiers in Biotechnology

With the rapid advancement of bioengineering technology, the demand for plant genetic engineering continues to grow, especially in fields such as agriculture, medicine, and environmental protection. The Plant In Vivo Transformation System, as one of the core technologies in modern plant research, has become a key tool for research institutions and enterprises to enhance R&D efficiency and achieve precise cultivation.

What is the Plant In Vivo Transformation System?

The Plant In Vivo Transformation System YK-50AT/YK-50ATPro by Yika (Shanghai) Technology Co., Ltd. is an advanced device that enables genetic modification of plant cells or tissues through transgenic technology. Using this system, scientists can introduce specific genes into plant cells to alter the genetic characteristics of plants, thereby cultivating plants with new traits or special functions.

This technology is widely applied in various fields, including plant genomics, crop improvement, and biomedical research. It not only helps increase crop yield and disease resistance but also improves the nutritional content of plants and even offers solutions for environmental protection.

Application Areas and Advantages

Agriculture and Crop Improvement: Enhances crop disease resistance, drought tolerance, and stress resilience through genetic transformation, ensuring global food security.

Plant-Based Drug Production: Utilizes plant transformation technology to produce plant-derived drugs, such as anticancer agents and immunomodulators, enabling green production.

Bioremediation and Environmental Protection: The introduction of specific genes allows plants to absorb and break down harmful substances in the environment, making them natural aids in pollution control.

Precision Breeding and Plant Research: Assists researchers in genetic improvement of plant varieties to achieve personalized cultivation goals.

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 with touch control operation, simple and convenient, aesthetically pleasing.

4. Pressure: Can reach as low as 2.00 kPa.

5. Pressure Accuracy: 0.01 kPa, equipped with a high-precision electronic pressure sensor to ensure pressure accuracy and the precision and repeatability of experimental results.

6. Pressure Reduction Speed: Drops to 10 kPa within 15 seconds; reduces 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. Universal Wheels: Allows easy and convenient movement of the device anytime, anywhere, enhancing its applicability.

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

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

13. Weight: 145 kg

14. Power Supply: 220V

15. Power: 1800W

Yika (Shanghai) Technology Co., Ltd. is committed to providing innovative Plant In Vivo Transformation Systems YK-50AT/YK-50ATPro to promote the widespread application of genetic engineering technology across various industries. We not only offer efficient and precise transformation technical support but also have a first-class technical service team to help you overcome challenges encountered during the transgenic process, ensuring the successful implementation of every project.