Fibroblast Transfection Kit
Kit size Volume | Quantity | ||
---|---|---|---|
8.0 ml(Cat-175142) | Inquiry | Add to cart | |
8.0 ml(Cat-175724) | Inquiry | Add to cart | |
1.5 ml CRISPR(Cat-214291) | Inquiry | Add to cart |
Description
Product Information
Description
Fibroblasts keep connective tissues in their intended shape by secreting precursors to the extracellular matrix, primarily different kinds of fibers and the ground substance. Fibroblasts and associated connective tissues are responsible for the creation of a significant portion of an organism. Fibroblasts are produced in the very first mesenchyme. A branching cytoplasm surrounds the nucleus of fibroblasts, which has one or two nucleoli. The ability to move slowly as individual cells over a substrate distinguishes fibroblasts from epithelial cells. Fibroblast phenotypes might vary depending on the anatomical area. Active fibroblasts contain an approximately enough amount of endoplasmic reticulum. Fibroblasts commonly cluster in parallel rows in dense populations. Contrary to the epithelial cells that line the body's structures, fibroblasts are not confined to a basal lamina on one side and they do not form flat monolayers. Approximately 45% of the total mass of tissue in the human body is composed of connective tissue. Fibroblasts are the most numerous of the connective tissue-producing cells. Extracellular proteins secreted by fibroblasts aid in the preservation of connective tissue's structural integrity. By producing collagen at the site of an injury, fibroblasts are widely known for their function in wound healing. Numerous studies have successfully shown that healthy fibroblasts can differentiate into various types of functional cells. The extracellular matrix (ECM) components collagen, elastin, and fibronectin can be produced and secreted by fibroblasts, which are distinguished by their elongated shape. They play a role in tissue remodeling, scar tissue development, and wound healing. In cell culture studies, fibroblasts are frequently employed as a model system for examining the biology of connective tissue cells as well as for toxicity and drug screening. A variety of fibroblast cell lines can be transfected using CD BioSciences' optimized cationic lipid-based transfection reagent kits.