The MicroPulser Electroporator is a simple yet versatile instrument that enables safe and reproducible transformation of bacteria, yeast, and other microorganisms.Transformation efficiencies much higher than those obtained with chemical methods can be achieved.Key Features:
One-button pulse delivery, attached cuvette chamber, and rapid charge time for fast sample handling
Preset, optimized programs for commonly studied bacteria and fungi allow rapid program selection
Arc quenching (ARQ) s... Read more
MicroPulser™ Electroporator (165-2100)
Average Rating: 4.9
2 Scientists have reviewed this product
Status:
Advanced Reviewer
Member since: 2012
Organization: teagasc crops research centre
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- Ease of use
- After sales service
- Value for money
Great results and very easy to handle.
Rating: 4.7
Application Area: For the electroporation of cells
"This is one amazing piece of equipment each lab dealing with cloning and cell modifications should buy. Amazing equipment to set wide range of protocols for the electroporations of bacteria, yeast or any other cells."
Review date: 28 Mar 2018 | MicroPulser™ Electroporator (165-2100)
Status:
Advanced Reviewer Member since: 2012
Organization: teagasc crops research centre
-
- Ease of use
- After sales service
- Value for money
Amazing results, allowed to set new E-poration protocols for my bacteria.
Rating: 5.0
Review date: 01 Aug 2017 | MicroPulser™ Electroporator (165-2100)
Application Area:Microbiology
"This is the best E-porator I have used so far. This gives the opportunity to either use the pre-set programmes for bacteria, fungi and animal cells, or I could design my own to suit my requirements. The guarantee covers the after care as well."
Review date: 01 Aug 2017 | MicroPulser™ Electroporator (165-2100)
The MicroPulser Electroporator is a simple yet versatile instrument that enables safe and reproducible transformation of bacteria, yeast, and other microorganisms.
Transformation efficiencies much higher than those obtained with chemical methods can be achieved.
Key Features:
- One-button pulse delivery, attached cuvette chamber, and rapid charge time for fast sample handling
- Preset, optimized programs for commonly studied bacteria and fungi allow rapid program selection
- Arc quenching (ARQ) system significantly reduces arcing, protecting against loss of valuable samples
- Broad range of parameters for manual optimization. Manual programming allows voltage to be selected in a 200–3,000 V range with 10 V precision and allows pulse width to be selected in a 1.0–4.0 ms range with 0.1 ms precision
- High-voltage 3,000 V capability yields improved efficiency in larger-volume cuvettes
- Compact, space-saving design
- Audible and visible pulse indicators
- Time constant and actual volts displayed to monitor reproducibility
