"Harvard Apparatus"

Supplier: Harvard Apparatus

Designed for use in the electroporation of bacteria, yeast, mammalian, and plant cells.

Supplier: Harvard Apparatus

Genetrodes electrodes are reusable, needle-style electrodes suitable for in ovo and in vivo gene transfer studies

Supplier: Harvard Apparatus

Tweezertrodes™ are reusable, non-invasive, tweezer-style in vivo and in utero electrodes for drug or gene delivery in animal tissues

Supplier: Harvard Apparatus

In vivo-style electrodes are designed specifically for muscle gene delivery

Supplier: Harvard Apparatus

For the electroporation of adherent cells in situ or as an alternative to cuvette electroporation

Supplier: Harvard Apparatus

In vivo-style, reusable electrodes are suitable for a variety of applications, including gene and transdermal drug delivery

Supplier: Harvard Apparatus

Designed for experiment methods optimization and large volume electroporation

Supplier: Harvard Apparatus

Flatpack Electroporation Chambers offer higher sample volume capacity than standard electroporation cuvettes of similar gap distances.

Supplier: Harvard Apparatus

This system is specifically designed for the transformation of bacterial cells and the transfection of certain mammalian cells.

Supplier: Harvard Apparatus

The PEP™ (Personal Electroporation Pak) is a self-contained portable cuvette module designed for the ECM® 399

Supplier: Harvard Apparatus

Our cables and adapters can be used for a variety of products.

Supplier: Harvard Apparatus

BTX High throughput electroporation plates are sterile multi-well electroporation plates for transfection/transformation of bacteria, yeast, insect, plant and mammalian cells.

Supplier: Harvard Apparatus

Ideal for embryo manipulation, nuclear transfer, hybridoma production, and cell or protoplast fusion

Supplier: Harvard Apparatus

BTX High throughput electroporation plates are sterile multi-well electroporation plates for transfection/transformation of bacteria, yeast, insect, plant and mammalian cells.

Supplier: Harvard Apparatus

Single buffer solution developed to quickly and efficiently deliver genes into mammalian cells that were previously considered 'hard to transfect' by chemical and other non-viral methods.

Supplier: Harvard Apparatus

Reusable, tweezer-style, in vivo electrodes suitable for drug or gene delivery in animals.