Animal Electrode

Animal Electrode . Description The Pars Tarava Animal Electrode, an innovative product from Pars Bioelectromagnetics (Pars Tarava), is a specialized tool designed for treating superficial tumors in animals. This electrode is used in animal electrochemotherapy (ECT), where short electrical pulses facilitate the delivery of anticancer drugs into tumor cells. Given the prevalence of superficial tumors […]
Tweezers rectangular electrode

Tweezers rectangular electrode This product is an advanced tweezers electrode that features flat rectangular electrodes at the tip of each of its two arms. The special design of this Tweezers rectangular electrode enables the secure holding and manipulation of delicate biological samples, such as mouse embryos. With this tool, researchers can place the sample between […]
Bath Platinum Plate Electrodes on Petri Dish

Bath Platinum Plate Electrodes on Petri Dish . Product Introduction This product is a specialized electroporation bath designed for use in cell and tissue culture research, specifically developed for plant seed culture by Pars Tarava. Electroporation involves the use of high-intensity electrical pulses to increase cell membrane permeability, allowing molecules such as DNA to enter […]
Petri Dish Platinum Electrode

Petri Dish Platinum Electrode Product Introduction and Description This product is a package that includes an electrode and a platinum petri dish. The system consists of a glass petri dish equipped with a platinum electrode and a rod with a platinum electrode that is placed on top of the tissue. By placing the tissue sample […]
Plate Electrodes for In-Vivo Electroporation

Plate Electrodes for In-Vivo Electroporation Product Introduction .These electrodes are a specialized set of plate electrodes designed specifically for in-vivo electroporation of fertilized mouse zygotes. These electrodes are fully compatible with the Pars Tarava electroporation device and related systems, making them ideal tools for transferring genetic material into zygotes to induce genomic alterations. In this […]
Gene-Electrode

Gene-Electrode .– Reusable and sterilizable– Needle-style design– Suitable for gene and drug transfer in in-vivo, ex-vivo, and in-ovo conditions . Introduction to Gene-Electrodes .Gene-electrodes are reusable, needle-style electrodes designed and manufactured by Pars Tarava, the first producer of electroporation devices in Iran. These electrodes are optimized for various applications, including gene and drug transfer […]
Disc Electrodes for Electroporation

Disc Electrodes for Electroporation The product includes the following: – A platinum disc electrode mounted at the tip of a holder rod– A platinum disc electrode mounted on a Petri dish . Product Introduction and Components This package includes disc electrodes specifically designed for conducting electroporation processes in advanced biomedical research. The set consists of […]
Square Electrodes for Electroporation

Square Electrodes for Electroporation The product includes the following: – A square-shaped electrode mounted at the tip of a holder rod– A square-shaped electrode mounted on a Petri dish . Product description and Components This package contains two square-shaped electrodes specifically designed for conducting electroporation processes in laboratory environments. The first electrode is a square […]
Cell Culture Plate Electrodes

Cell Culture Plate Electrodes .– Direct DNA/RNA transfer to adherent cells in multi-well plates– Efficient transfection without the need for cell separation– Ideal for advanced research in cell biology and genetics . Product Introduction Cell culture plate electrodes are a specialized laboratory tool designed for use in standard cell culture plates (such as 6-well, 12-well, […]
Paddle Electrode

Paddle Electrode Previous Next Paddle Electrode . – Paddle-shaped electrode– Reusable– Applicable in gene transfer to embryos in vitro and in vivo gene transfer . Product Introduction Paddle electrodes are reusable paddle-shaped electrodes specifically designed for gene transfer in laboratory (in vitro) and in vivo environments. The paddle-like structure of these electrodes creates a wide […]