Optimised Complement for HLA-DR Tissue Typing and Lymphocytotoxicity Assays Cedarlane’s Low-Tox®-H Rabbit Complement is a specially processed rabbit serum designed to deliver high complement activity with reduced cytotoxicity, making it [...]
CLFL1S-C, CLFL2S-C, CLFL1-C, CLFL2-C
Isolation of Viable Pancreatic Islet Cells Lympholyte®-1.1 is a density separation medium specifically designed for the isolation of islet from the pancreas. The product can be used undiluted to eliminate [...]
Cedarlane Adult Mouse BMAL1 Hypothalamic Neuron Cell Lines Immortalised Cell Lines for Studying Circadian Biology, Metabolic Regulation, and CNS Disorders Cedarlane’s Adult Mouse BMAL1 Cell Lines are immortalised hypothalamic neuron [...]
Mixed Slide Packs for Microscope Calibration, Training, and Demonstration OptiSlides Mixed Slide Packs provide an ideal combination of cell, tissue, and plant slides for comprehensive microscope validation and performance checks. [...]
Tissue Slides for Fluorescent Microscope Setup, Calibration, and Performance Validation OptiSlides Tissue Slides are high-performance fluorescent reference slides designed to support microscope setup, troubleshooting, and system validation across a wide [...]
Cell Slides for Fluorescent Microscope Calibration, Super-Resolution Imaging, and Training OptiSlides Cell Slides are precision-engineered tools designed for scientists and imaging specialists to troubleshoot, calibrate, and demonstrate high-end fluorescence microscope [...]
Versatile Autofluorescent Slide for Plant Imaging, Spectral Detection, and Deep Tissue Demonstration The OptiSlides Stone Pine Needle Slide is a high-performance, autofluorescent plant slide designed to demonstrate and validate advanced [...]
FocusClear™ – Tissue Clearing Solution for Deep Optical Imaging Ready-to-Use Clearing Agent for Fluorescence Microscopy, Immunohistochemistry, and Whole-Mount Imaging FocusClear™ is a powerful, non-toxic, water-soluble tissue clearing agent designed to [...]
Immortalised glial cell lines from adult mouse brain regions, ideal for in vitro CNS research including obesity, neurodegeneration, and glial-specific therapeutic development.
Immortalised SCN neurons from adult mice, ideal for in vitro circadian rhythm research and CNS disease modelling including stress, metabolism, and neuroendocrine regulation.
This product line is based on a proprietary platform technology which has enabled the creation of a series of immortalized hypothalamic neurons. Using CNTF (ciliary neurotrophic factor) to trigger neurogenesis, [...]
