Research reagents for glioblastoma (GBM) and brain tumors. Covers EGFR/EGFRvIII, IDH1 R132H, MGMT, GFAP, and emerging immunotherapy approaches for CNS tumors.
Guide to designing IHC panels for cancer diagnosis. Covers marker selection by tumor type (lung, breast, CRC, lymphoma, melanoma), panel logic, and antibody selection for differential diagnosis.
Guide to flow cytometry for tumor-infiltrating lymphocyte (TIL) analysis. Covers panel design for T cell exhaustion, Treg identification, myeloid phenotyping, and functional analysis.
Guide to using research biosimilar antibodies in PK and ADA bioanalytical assay development. Covers assay formats (bridging ELISA, ECL, sandwich), reference standard selection, and regulatory considerations.
Technical guide to multiplex IHC and IF for TME profiling. Covers technology platforms, antibody panel design, staining protocols, and image analysis for spatial tumor immunology.
Guide to cancer cell line authentication and quality control. Covers STR profiling, mycoplasma testing, cross-contamination prevention, and the impact of cell line misidentification on cancer research reproducibility.
Practical comparison of research biosimilar antibodies vs originator drug products for laboratory use. Covers sequence identity, functional equivalence, glycosylation differences, cost analysis, and application-specific recommendations.
Step-by-step flow cytometry protocols for surface and intracellular staining. Covers fluorochrome selection (FITC, PE, APC, PerCP), antibody titration, fix/perm methods for cytokines/transcription factors/phosphoproteins, and essential controls (FMO, isotype, compensation). 8,700+ FC-validated antibodies at abinScience.
Complete guide to neutralization assays: PRNT, pseudovirus, cell-based reporter & receptor-blocking ELISA. Practical tips for antibody selection, dose-response optimization, and IC50 calculation. Browse 810+ validated neutralizing antibodies at abinScience.
A practical guide to antibody specificity and validation. Covers why cross-reactivity happens, the IWGAV five pillars of validation (genetic, orthogonal, independent antibody, tagged protein, peptide competition), species reactivity interpretation, and a step-by-step validation checklist for your lab.
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