Price Mistake? Primary Human Brain Pericytes (acbri 498) - Going Fast [rntgWZOz]

Price Mistake? Primary Human Brain Pericytes (acbri 498) - Going Fast [rntgWZOz]

The ACBRI 498 Primary Human Brain Pericytes are a premium cell culture product, meticulously isolated from normal human cerebral cortex tissue using enzymatic dissociation. These cells are renowned for their purity, as they remain antibody-free throughout the processing, ensuring minimal interference in research applications. The cells are cryopreserved at Passage 3, offering a reliable and convenient starting point for various experimental needs. With more than 1 million cells per vial, the ACBRI 498 cells provide an extensive resource for researchers in the field of neuroscience.

Product Specifications and Features

The ACBRI 498 cells are cultivated in Cell Systems Complete Medium Kit with Serum and CultureBoost-R™ (4Z0-500-R), which optimizes cell growth and viability. Each vial contains cells at Passage 3, with a cumulative population doubling below 12, ensuring a robust and healthy cell population. The cells are available in cryopreserved vials, as well as in 25cm² and 75cm² proliferating cell culture flasks, making them suitable for both small-scale and large-scale experiments. The inclusion of Bac-Off® (antibiotic) and CultureBoost™ (animal derived growth factors) or CultureBoost-R™ (human recombinant growth factors) at no additional cost further enhances the value of this product.

Applications and Benefits

The ACBRI 498 Primary Human Brain Pericytes are an invaluable tool for researchers studying the complex interactions between brain cells and the extracellular matrix. These cells are particularly useful for investigating the role of pericytes in neurovascular function, blood-brain barrier integrity, and neuroinflammation. The high purity and viability of these cells make them ideal for use in various experimental models, including immunofluorescence, cell signaling, and 3D culture studies. By using the ACBRI 498 cells, researchers can gain deeper insights into the mechanisms underlying neurological disorders and develop novel therapeutic strategies.