Fisher Biotec serves as a dedicated supplier of BTX Laboratory products, providing researchers and laboratories with access to BTX’s cutting-edge electroporation and electrofusion instruments. This partnership ensures that researchers can utilise BTX Laboratory’s specialised expertise for their applications in molecular biology and cell biology research. When you are ready to place your order from BTX Laboratory, you can do so by contacting our friendly team on 1800 066 077 or by submitting an online contact form.
BTX
Electroporation Cuvettes
For use in electroporation and electrofusion of bacteria, yeast, insect, plant and mammalian cells ‘Cuvettes Plus’ – available in 3 electro gap sizes: 1mm, 2mm and 4mm BTX Electroporation Cuvettes are gamma irradiated for guaranteed […]
Buffer – BTXpress Cytofusion® (BTX)
BTXpress Cytofusion® Medium C is designed to promote efficiency while preserving high cell viability during cell fusion Cytofusion® Medium is an advanced electrofusion buffer designed for use with the BTX Hybrimune™ System for high performance […]
Buffer – BTXpress Cytoporation® T (BTX)
BTXpress Cytoporation® Low Conductivity Medium T is designed with the BTX AgilePulse MAX Large Volume Electroporation System for ex vivo or in vitro delivery of DNA, RNA, oligonucleotides, and siRNA. The low conductivity buffer is […]
Buffer – BTXpress Cytoporation® T4 (BTX)
BTXpress Cytoporation® Low Conductivity Medium T4 is an advanced electroporation buffer designed with the BTX AgilePulse MAX Large Volume Electroporation Systems for ex vivo or in vivo or in vitro delivery of DNA, RNA, oligonucleotides, […]
Buffer (Single) – BTXpress Electroporation Solution (BTX)
BTXpress Electroporation Solution is a single buffer solution BTXpress Electroporation Solution is a single buffer solution developed to quickly and efficiently deliver genes into mammalian cells that were previously considered “hard to transfect” by chemical […]
Electroporation Cuvettes – Cuvetttes Plus™ (BTX)
Cuvettes Plus™ are designed for use in electroporation and electrofusion of bacteria, yeast, insect, plant and mammalian cells Each sterilized Cuvettes Plus package includes a disposable cuvette and a transfer pipette, which is used for […]
Electroporation & Electrofusion Systems – ECM® 2001+ and LITE (BTX)
The ECM® 2001 LITE Electrofusion and Electroporation System is a reliable, affordable and easy-to-use cell fusion and mammalian transfection system The ECM 2001 LITE is a multifunctional electrofusion and square wave electroporation generator. The ability […]
Electroporation Cuvettes – Safety Stands (BTX)
Safety stands for Cuvettes are used with BTX electroporation systems The BTX Safety Stands are a safety device for use with the disposable cuvettes and the flatpack chambers. The unique design ensures that no current […]
Electroporation Systems – AgilePulse™ PLUS: Bipolar Transfection (BTX)
Easily perform advanced transfection protocols with multiple groups of pulses — each with separate parameters The Agile Pulse™ has advanced PulseAgile® technology and bipolar switching features build-in right into the generator, to achieve the highest […]
Electroporation Systems – ECM 399: Exponential Decay (BTX)
The ECM 399 is an economical electroporation system for gram negative bacteria and yeast applications. Ideal for research and academic labs The ECM 399 is an exponential decay wave electroporaton generator specifically designed to deliver […]
Electroporation Systems – Electroporation Plate Consumables (BTX)
Fisher Biotec offers a range of high-quality electroporation plate consumables designed for efficient and consistent transfection in high-throughput applications. Our electroporation plates are engineered to provide optimal conditions for the delivery of DNA, RNA, and […]
Electroporation Systems – ECM™ 630: Exponential Decay (BTX)
The ECM™ 630 is an electroporation system primarily used for bacteria, yeast, stem cell transfection, plant transformation and insect transfection The ECM™ 630 offers full flexibility in selection of exponential decay wave voltage, resistance, and […]