- Electroporation device suitable for all types of cells
- Creating square and exponential pulses
- Creating electric fields up to the intensity of 2500 volts
- Ability to change voltage, time and number of pulses
- Ideal electroporation device for research and academic laboratories, pharmaceutical and vaccine centers
The Pars Tarava Electroporation Device is a versatile, high-performance system designed to facilitate the efficient transfection of biological molecules—such as DNA, RNA, or proteins—into a wide range of living cells. This cutting-edge tool is essential for researchers studying gene expression, protein function, and cellular mechanisms, offering precise control over electrical pulses to enable non-viral delivery methods.
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How Electroporation Works
Electroporation is a proven, non-invasive technique that temporarily permeabilizes cell membranes through the application of controlled electrical pulses. By creating transient pores in the membrane, the device allows foreign molecules, including nucleic acids and therapeutic drugs, to enter the intracellular environment without compromising cell viability. This method outperforms traditional transfection approaches in efficiency and universality, making it ideal for diverse experimental needs.
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Key Features
- Universal Compatibility: Suitable for all cell types, including prokaryotic (bacteria, fungi, and microorganisms) and eukaryotic (mammalian cells and plant protoplasts).
- Flexible Pulse Generation: Capable of producing both square-wave and exponential-decay pulses for optimized transfection protocols.
- High-Intensity Electric Fields: Generates fields up to 2,500 V, ensuring effective pore formation across various cell membranes.
- Customizable Parameters: Easily adjustable voltage, pulse duration, and number of pulses to tailor experiments to specific requirements.
- Research-Optimized Design: Perfect for academic laboratories, pharmaceutical R&D, and vaccine development centers, with a user-friendly interface for seamless operation.
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Applications
Electroporation technology extends beyond basic research into specialized fields, including:
- Cancer Therapy Research: Supporting electrochemotherapy studies by enhancing drug delivery to tumor cells.
- Agricultural Biotechnology: Enabling gene editing in plant cells for crop improvement.
- General Biomedical Research: Ideal for preclinical investigations in gene therapy, vaccine design, and molecular biology.
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Technical Specifications and Models
The Pars Tarava Electroporation Device is available in multiple configurations to meet diverse experimental demands. Below is a detailed comparison of the models:
| Model | Electroporation Exp-Square | Square pulse electroporation system | Exponentially pulse electroporation system |
| Main Unit | ✓ | ✓ | ✓ |
| Exp Module | ✓ | ✓ | |
| Sqr Module | ✓ | ✓ | |
| Voltage(V) | 10-3,000 and 10-500 V | 10-500 V | 10-3,000 V |
| Capacitance (µF) | 0.22-47 µF | — | 0.22-47 µF |
| Time (s) | 100 us – 15 ms | 100 us – 15 ms | |
| Cell Types | Prokaryotic, including bacteria, fungi, and other microorganisms | Eukaryotic, including mammalian cells and plant protoplasts | Eukaryotic and prokaryotic |
| Waveform | Exponential-decay and square-wave | Square-wave | Exponential-decay |
These models provide flexibility for high-voltage applications in prokaryotic cells or precise, low-voltage pulsing for sensitive eukaryotic systems. All units are engineered with safety features and high-quality components to ensure reliable, reproducible results.
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Why Choose Pars Tarava Electroporation?
- Precision and Reliability: Achieve consistent transfection efficiencies with minimal cell damage, backed by advanced pulse control technology.
- Ease of Use: Intuitive controls and modular design allow for quick setup and protocol customization, reducing experimental downtime.
- Cost-Effective Innovation: Developed by Pars Tarava, a leader in localized medical technology in Iran, this device combines affordability with international standards for superior value in research settings.
For more information and technical support, contact us at +989024051862. Explore how the Pars Tarava Electroporation Device can elevate your research today.
