Electroporators

Invitrogen™ DH10B™ Electrocomp™ MegaX DH10B T1R Electrocomp Cells Available on GSA/VA Contract for Federal Government customers only. Non-distribution product as customer accommodation.

Highest-efficiency electrocompetent cells available

Invitrogen™ Electrocomp™ One Shot™ One Shot TOP10 Electrocomp E. coli Available on GSA/VA Contract for Federal Government customers only. Non-distribution product as customer accommodation.

Supplied at transformation efficiency of 1 x 109 cfu/ μg supercoiled DNA that's ideal for high-efficiency cloning and plasmid propagation

Eppendorf™ Eporator™ Available on GSA/VA Contract for Federal Government customers only.

Eporator for bacteria and yeast

BTX™-Harvard Apparatus HT 25-,96-Well Electroporation Plates

For use with ECM 630 and ECM 830 Electroporation Systems

Invitrogen™ Electroporation Sterile Cuvettes Available on GSA/VA Contract for Federal Government customers only. Non-distribution product as customer accommodation.

DNA can be introduced into bacterial, yeast, and mammalian cells by electroporation

Mirus Bio™ Ingenio™ Electroporation Solution

Proprietary electroporation solution facilitates efficient and reliable delivery of nucleic acids to eukaryotic cells resistant to chemical transfection

BTX™ Tweezertrodes™ Electrodes Kits

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

Invitrogen™ Electrocomp™ TOP10F Electrocomp Kit Available on GSA/VA Contract for Federal Government customers only. Non-distribution product as customer accommodation.

Identical to TOP10 with the addition of an F' episome

BTX™ Safety Dome

For BTX™ Gemini Electroporation Systems

Mirus Bio™ Ingenio™ Electroporation Kits

High efficiency electroporation using any instrument

BTX™ Electroporation Accessories: Cables, Connectors, and Adapters

Connect external devices (Genetrodes, Genepaddles, Microslides, Meander Fusion Chamber) to BTX electroporation generators

BTX™ Genetrodes™ Holder with Shaft

For use with Genetrodes Electrodes

BTX™ Gemini X2 Generator Accessory, Footswitch

Allows for hands free operation of Gemini X2 generator. BTX™ Harvard Apparatus Gemini X2 Footswitch functions as the start button on front of the generator.

Invitrogen™ Electrocomp™ TOP10 Electrocomp Kit Available on GSA/VA Contract for Federal Government customers only. Non-distribution product as customer accommodation.

Supplied at transformation efficiency of 1 × 109 cfu/μg supercoiled DNA for high-efficiency cloning and plasmid propagation

BTX™ HT96 Enhancer™ 3000 Electroporation/Monitoring Systems

Versatile systems combine rapid multi-well electroporation with customizable data monitoring and analysis for fast, accurate results

BTX™ 96 Well Plate Handler

Designed to work with 96 wel plates. BTX™ Harvard Apparatus 96 Well Plate Handler helps to create a safe and reliable working area for processing electroporation plates.

BTX™ HT 25-,96-Well ECM 630 Electroporation Systems

High-throughput systems increase cell yields and viability

BTX™ HT 25-,96-Well ECM 830 Electroporation Systems

High-throughput systems increase cell yields and viability

BTX™ Genepaddles™ Electroporation Electrodes

Paddle-style reusable electrodes suitable for both in vitro and in vivo gene delivery

BTX™ ECM™ 630/Enhancer™ 3000 Electroporation/Monitoring Systems

Combines advanced monitoring capabilities with traditional electroporation generators

BTX™ ECM™ 630 Exponential Decay Wave Electroporator

Broad capacitance and resistance range supports a wide variety of in vitro and in vivo applications

BTX™ Two-Needle Array™ Electrodes: Handles Only

Handles for use with BTX Two-Needle Array Electrodes (cat. no. BTX531)

BTX™ ECM™ 830/Enhancer™ 3000 Electroporation/Monitoring Systems

Combines advanced monitoring capabilities with traditional electroporation generators

BTX™ ECM™ 830 Electroporation Generator

Avoid trypsinization of cells. Using the ECM 830 Generator, when coupled with a Petri Pulser Electrode or the Petri Dish Electrode, allows researchers to do this by electroporating adherent cells directly in the dish they are growing in.

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