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Applications & Protocols
Explore optimised protocols, validated reagents, and technical resources to ensure reliable results for your research.
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Successful biomedical discovery relies on rigorous sample preparation, validated primary antibodies, and reproducible assay execution. Browse our comprehensive technical library below to access step-by-step experimental protocols, buffer formulations, and troubleshooting guidance across cell biology, immunology, and molecular detection workflows.
Master SDS-PAGE gel transfer, membrane blocking, and chemiluminescent antibody detection for accurate protein expression profiling.
DOT
Rapidly screen semi-quantitative target protein presence and immunoreactivity directly on membranes without gel electrophoresis.
SDS-PAGE
Achieve high-resolution electrophoretic separation of complex protein mixtures by molecular mass under denaturing conditions.
Quantify soluble cytokines, biomarkers, and antigens with high sensitivity using sandwich, competitive, or direct microplate formats.
Optimize heat-induced epitope retrieval (HIER) and chromogenic staining for crisp morphological localization in FFPE tissue sections.
Preserve heat-sensitive and labile tissue epitopes with optimized cryostat sectioning and rapid antibody staining protocols.
IF/ICC
Visualize subcellular trafficking, structural co-localization, and intracellular target distribution with fluorescence microscopy.
Perform high-throughput single-cell immunophenotyping, apoptosis assays, and cell-cycle profiling with precision fluorescence gating.
Interrogate protein-DNA interactions, transcription factor binding sites, and epigenetic histone modifications across chromatin landscapes.
Isolate and concentrate specific target proteins or intact multi-protein complexes from complex cellular lysates and supernatants.
RIA
Measure trace concentrations of hormones, peptides, and small molecules using ultra-sensitive radiolabelled competitive binding.
Best practices for reconstitution, stability maintenance, storage temperatures, and aliquotting of biologically active recombinant proteins.