Electroporation system
Electroporation systems enable targeted permeabilization of cell membranes for the introduction of molecules. They are used in molecular biology and biotechnology for gene transfer and cell manipulation.
Product
Electroporation system
Electroporation systems enable targeted permeabilization of cell membranes for the introduction of molecules. They are used in molecular biology and biotechnology for gene transfer and cell manipulation.
Suppliers
Suppliers enabled for requests
The following suppliers offer products in the “Electroporation system” category. Use the overview to compare suitable companies, brands and related product categories and send a direct request.
Milian SA
Send your request to selected suppliers at the same time. They will contact you without obligation with suitable proposals.
Guide and selection support
Electroporation systems are used to temporarily increase the permeability of cell membranes through electrical pulses. This allows DNA, proteins, or other macromolecules to be efficiently introduced into cells. The devices are suitable for applications such as transformation and transfection in research and production laboratories.
When selecting electroporation systems, factors such as pulse parameters, chamber design, cell specificity, and ease of use are important. Technical features and compatibility with different cell types should be considered according to the application to ensure efficient and reproducible electroporation.
LabFinder provides a clear overview of available electroporation systems with relevant product information and search terms, allowing users to quickly find suitable devices for molecular biological and biotechnological applications.
Applications and Benefits
Electroporation systems are used for the targeted and temporary opening of cell membranes by electrical pulses. This enables the introduction of nucleic acids, proteins, or other macromolecules into prokaryotic and eukaryotic cells. The technique is primarily used in molecular biology for transformation or transfection, as well as in biotechnology and food technology for cell manipulation or microorganism inactivation.
Selection Criteria
When selecting electroporation systems, adjustable pulse strength, duration, and frequency are critical. Different cell types require chamber forms and volumes that are specifically adapted, as well as easy handling and compatibility with the used cell cultures. Other important factors include result reproducibility and user-friendliness in daily laboratory operations.
Variants and Measurement Principles
Electroporation systems mainly differ in their electrical pulse form (e.g., single pulses, pulsed fields) and the design of the electroporation chambers. There are manual devices as well as automated systems with program-controlled pulse generation. Chamber concepts vary depending on required volume and cell specifications.
Calibration and Maintenance
Maintenance includes regular inspection of pulse quality and electrical components. Calibration is typically done by checking voltage and pulse duration with appropriate measuring units to ensure consistent results. Cleaning the chambers after use is necessary to prevent contamination.
Limitations of Application
Electroporation can be damaging to cells and is not suitable for all cell types without restriction. The method shows varying efficiency depending on cell type and applied pulse. The amount of molecules taken up is limited, and the technique requires optimized protocols for reproducible results.
Search Terms and Related Terms
Relevant search terms include electroporation, cell manipulation, DNA introduction, transfection, transformation, molecular biology, gene transfer, membrane permeabilization, electroporation chambers, and cell culture. Related techniques include electrophoresis systems.
Also known as
Cell electroporation systems
Cell electroporator
Cell transfection device
DNA introduction systems
Electroporation apparatus
Electroporation devices
Electroporation equipment
Electroporators
Membrane permeabilization device
Transfection systems electro
Related categories
Suitable brands
Frequently asked questions
How does an electroporation system work?
An electroporation system generates electric pulses that temporarily make cell membranes permeable to allow molecules such as DNA or proteins to enter the cell.
What types of electroporation systems are there?
There are manual and automated systems with various pulse forms and durations, as well as different chamber designs to accommodate different cell types and volumes.
What is important when choosing an electroporation system?
Key criteria include adjustable pulse parameters, compatibility with cell types, ease of use, reproducibility, and chamber size or volume.
What are the limitations of electroporation?
Electroporation can be harmful to cells, is not suitable for all cell types, and efficiency varies. Careful protocol optimization is required.
How is maintenance performed on an electroporation system?
Regular inspection of electric pulses, calibration of voltage and pulse duration, and cleaning of electroporation chambers are part of routine maintenance.
For suppliers and service companies
Supplier or service provider in the Electroporation system category?
Do you offer products or services in the Electroporation system category? Present your company on LabFinder and gain visibility in suitable product categories, brands and enquiries.