Description
Quantity: 5 plates
Unit Size: Each
Collagen I, Rat Tail is the cell culture workhorse of basic coating and gel preparations for growing attachment cells. Gibco™ Collagen I, Rat Tail is now available in pre-coated tissue culture plates to help save time at the bench. Designed to meet a number of different applications, our high quality, consistent Collagen I Coated Plates come in 3 formats – 96 well, 24 well and 6 well plates .
• Ready to use, room temperature storage
• Quality tested to help ensure consistency
• Available in 3 different plate formats and in custom formats for a broad range of applicationsEasy to use, easy to storeCollagen I, Coated Plates and lids are packed 5 per vacuum sealed foil pouch with a desiccant which can be stored at room temperature for a maximum shelf life of 2 years. Collagen I, rat tail is used to coat tissue culture treated plates. This is the same collagen material we sell in liquid form. The plates are ready to use with no further preparation required, simply seed your cells.Quality tested to help ensure consistencyFor maximum efficiency and consistency, Gibco™ Collagen I Coated Plates is designed to meet those expectations. We start with high quality rat tail collagen, the same material available in liquid form and follow a closely controlled, aseptic manufacturing process that produces a very consistent coating on the surface of tissue culture treated plates. We test each lot to help ensure we meet these standards.Available in different formats for a broad range of applicationsExtracellular matrix (ECM) proteins play an important role in the regulation of fundamental cellular processes and are widely used as a coating or matrix for tissue culture systems to permit the development of models that closely mimicin vivoconditions. Gibco™ Collagen I Coated Plates can be used in a broad range of applications, including the culturing of fresh or frozen hepatocytes (rat and human), as well as for neuronal, epithelial, and muscle primary cells. They are also ideal for culturing human corneal epithelial cells (HCEC) in defined media.
