Nexcelom, manufactured by Brooks (Cyntellect), is a cutting-edge technology that has revolutionized cell analysis and cell imaging. The Nexcelom systems are designed to provide accurate and efficient cell counting, viability assessment, and fluorescent imaging for a wide range of applications.

Applications of Nexcelom

• Cell Counting and Viability Assessment:

   Nexcelom systems are widely used for precise and automated cell counting and viability assessment, enabling researchers to obtain reliable cell concentration and viability data for their experiments.

• Fluorescent Imaging:

   The Nexcelom systems offer advanced fluorescent imaging capabilities, allowing researchers to capture high-quality images of fluorescently labeled cells for various research applications.

• Cell-Based Assays:

   Nexcelom technology facilitates the analysis of cell-based assays, including apoptosis, cell cycle, and proliferation studies, providing valuable insights into cellular behavior and function.

• 3D Spheroid Analysis:

   Nexcelom systems are adept at analyzing 3D cell culture models, enabling researchers to assess spheroid size, morphology, and viability with precision.

Industries Using Nexcelom

Nexcelom technology finds extensive utilization in various industries, including:

• Biotechnology:

   Nexcelom systems play a crucial role in biotechnology research, aiding in cell line development, drug screening, and vaccine production.

• Pharmaceuticals:

   The pharmaceutical industry benefits from Nexcelom technology for drug discovery, toxicity testing, and quality control of cell-based products.

• Academic Research:

   Nexcelom is widely adopted in academic research institutions for diverse cell biology studies, contributing to advancements in scientific knowledge and medical breakthroughs.

• Clinical Laboratories:

   Nexcelom systems are utilized in clinical laboratories for accurate cell counting and analysis, supporting diagnostic procedures and patient care.

Overall, Nexcelom, manufactured by Brooks (Cyntellect), stands as a pivotal innovation in cell analysis, offering unparalleled precision and efficiency for a multitude of research and industrial applications.