Please select your location to view the products, information, and services available, including news, promotions and events. The Transfection Protocol Online Library contains protocols obtained from the literature, developed by Bio-Rad scientists, or submitted by scientists like you. Bio-Rad Laboratories has helped scientists deliver molecules into cells for over 35 years. These transfection instruments are cited extensively in the literature. A choice of exponential or square waveforms. Both exponential-decay and square-wave pulses have been used very effectively for both electroporation and electrofusion.
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Why Electroporation? Because electroporation is the most popular, most versatile, most efficient transformation method available for gene expression analysis of the widest variety of cell types.
In British medical officer Frederick Griffith conducted a series of classic experiments with colonies of rough- and smooth-coated Streptococcus pneumoniae. These experiments led Griffith to discover the phenomenon of transformation the assimilation of exogenous genetic material by a cell and were an important impetus for subsequent research into the nature of the double helix by Watson and Electroporation efficiently introduces nucleic acids, siRNA duplexes, and other molecules into numerous cell types.
Transiently permeabilized by a square-wave or exponentially pulsed electrical field, cell membranes readily permit exogenous molecules from the surrounding medium to enter the cell. Once inside the cell, these molecules become assimilated into the cellular DNA. Safely and successfully used to introduce DNA, RNA, siRNAs, proteins, virions, nucleotides, carbohydrates, and even dyes into prokaryotic and eukaryotic cells, electroporation provides both an attractive alternative and The system is available in three combinations.
Exponential and Square-Wave Pulses The Gene Pulser Xcell system generates both exponential and square waveforms, enabling you to choose the waveform and protocol that will work best for your cells. Exponential Decay The chosen voltage is released from the capacitors and decays exponentially over time. The field strength is controlled by adjusting the voltage on the Gene Pulser Xcell system for a known electrode distance.
Resistance and capacitance can also be The Online Medical Device Exhibition. Open the catalog to page 2. Open the catalog to page 3. Open the catalog to page 4. Open the catalog to page 5. Open the catalog to page 6. Open the catalog to page 7.
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Gene Pulser Xcell Total System
BIO-RAD Gene Pulser xCell Total Electroporation System Year 2012
Gene Pulser Xcell™ Electroporation Total System