Treatment of Lymph Node Metastases from Gastric Cancer with a Combination of Irreversible Electroporation and Electrochemotherapy
Treatment of Lymph Node Metastases from Gastric Cancer with a Combination of Irreversible Electroporation and Electrochemotherapy Gastric cancer ranks among the most prevalent cancers of the digestive system worldwide, often diagnosed at advanced stages. According to global statistics, it is the second leading cause of cancer-related mortality, with a high recurrence rate even after successful […]
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 […]
Viral gene delivery
Gene delivery via viral vectors Gene delivery refers to the introduction of genetic material into cells for various purposes, including gene therapy and other applications. In this approach, effective transfer of the gene into target cells plays a key role. Gene carriers (vectors) are the main component of this method and fall into two primary […]
Plant Cell Electroporation
Protein Delivery into Plant Cells by Electroporation In plant genetic engineering and biotechnology, the effective delivery of biomolecules such as proteins into plant cells remains a significant challenge. Particularly in plant cells with rigid cell walls, the penetration of large molecules is problematic. Conventional gene transfection methods, such as those using Agrobacterium or the gene […]
Physical Gene Transfer or Transfection Methods
Physical Gene Transfer or Transfection Methods While chemical (viral and non-viral) delivery systems have attracted significant attention for delivering nucleic acids to cells, non-viral physical gene transfer methods hold promise for hard-to-transfect cells. In physical gene transfer methods, nucleic acids are directly introduced into the cells. Chemical approaches utilize synthetic or natural compounds as carriers […]
Applications of Electroporation in Biology
Applications of Electroporation in Biology Electroporation is a biotechnological method that involves applying short, intense electrical pulses to cells, temporarily increasing the permeability of the cell membrane and allowing the entry of large molecules (such as DNA, RNA, proteins, and drugs) into the cell. Since this method can be applied to various cell types (prokaryotes, […]
Application of Electroporation in Food
Application of Electroporation in Food Electroporation – often implemented as pulsed electric field (PEF) processing – is an emerging non-thermal food‐processing technology that is transforming food preservation and processing. By applying short, high‐voltage pulses to foods, electroporation temporarily or permanently permeabilizes cell membranes. This non-thermal approach can inactivate microbes and enzymes while preserving nutritional and […]
Electroporation in Algae: Benefits, Applications, and Emerging Technologies
Electroporation in Algae: Benefits, Applications, and Emerging Technologies Algae and microalgae are emerging as versatile biofactories for fuels, food, feed, cosmetics, and pharmaceuticals due to their rapid growth and rich bioproducts. Microalgae, in particular, can serve as a renewable source of energy and nutrients (such as proteins, lipids, and vitamins) due to their high photosynthetic […]
