What is the primary function of the PC Module Gene Pulser Xcell?

The PC Module is designed to deliver high-voltage exponential decay pulses, primarily for the electroporation of prokaryotic cells such as bacteria and fungi, and other applications requiring high resistance samples.

Is this module a complete electroporation system on its own?

No, the PC Module is an accessory component. It requires the Gene Pulser Xcell main unit for full operation as part of a modular electroporation system.

What types of cells is this module best suited for?

It is particularly recommended for electroporation of bacteria, fungi, and other small-volume, high-resistance samples where high-voltage pulses are required.

What kind of pulses does the PC Module generate?

The PC Module generates exponential decay pulses, which are commonly used and effective for bacterial and yeast transformation applications.

Are there specific cuvettes required for use with this module?

While not explicitly stated for the module itself, electroporation systems typically use specialised cuvettes, often referred to as ShockPod cuvettes for the Gene Pulser Xcell system, to hold samples during pulsing.

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Biorad - PC Module Gene Pulser Xcell

Name: PC Module Gene Pulser Xcell
Brand: Biorad
SKU: 55680
Price: 2400 GBP
Availability: InStock

Price: £ 2,400

This listing is for the Bio-Rad PC Module for the Gene Pulser Xcell

The unit is in full working condition and is ready for immediate release

The Bio-Rad PC Module for the Gene Pulser Xcel is a component of the Gene Pulser Xcell Electroporation System, designed for high-efficiency electroporation of prokaryotic cells, including bacteria and fungi.

Gene Pulser Xcell PC Module Overview

The Gene Pulser Xcell™ PC module is a part of the Gene Pulser Xcell system, a modular electroporation system that consists of:

A main unit

Two accessory modules:

The capacitance extender (CE) module

The pulse controller (PC) module

The ShockPod™ cuvette chamber

The PC module is recommended for electroporation of bacteria, fungi, and other applications requiring high-voltage pulses applied to small-volume, high-resistance samples. It includes integral leads for direct connection.

Key Features of the PC Module

Pulse Type: Delivers exponential decay pulses, ideal for bacterial and yeast transformation.

Optimized for Small Volumes: Suitable for samples with high resistance, ensuring efficiency.

Compatibility: Works with the Gene Pulser Xcell main unit, allowing modular expansion.

User Interface: Programmable with predefined and customizable electroporation settings.

Required for Operation

The Gene Pulser Xcell PC module requires the Gene Pulser Xcell main unit for operation.

PC Mudule for Gene Pulser

Cambridgeshire, United Kingdom

5,791 km away

Model Number

PC Module Gene Pulser Xcell

Stock Number

55680

Machinery Masters View

Typical context for this category of equipment. Always confirm specifics with the seller.

Applications & Use Cases

Transformation of bacteria and yeast with DNA, plasmids, or other biomolecules.
Electroporation of fungi for genetic manipulation and strain development.
Introduction of genes into prokaryotic cells for protein expression studies.
Creation of mutant libraries in microbial populations.
High-throughput screening applications in microbiology and biotechnology.

Typical Specifications

Pulse Type: Typically delivers exponential decay pulses, suitable for bacterial and yeast transformation.
Voltage Range: For this class of equipment, high-voltage pulses are commonly generated, often up to 2.5 kV or more.
Pulse Length: Pulse lengths are typically in the millisecond range, adjustable based on application and sample.
Sample Volume: Optimised for small-volume, high-resistance samples, typically in the microlitre range.
Compatibility: Requires the Gene Pulser Xcell main unit for operation.
Control Interface: Commonly features programmable settings for predefined and custom electroporation protocols.

Frequently Asked Questions

The PC Module is designed to deliver high-voltage exponential decay pulses, primarily for the electroporation of prokaryotic cells such as bacteria and fungi, and other applications requiring high resistance samples.

Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.