Linked from

The 25 pages that link to Immunohistochemistry, each with the reason it gives.

• Monoclonal antibodyRelated: Monoclonal antibodies can reveal where a target protein occurs in tissue.

• HistologyRelated: It adds molecular identity to the spatial patterns seen in tissue sections.

• BiopsyRelated: Staining biopsy specimens for proteins can help classify tumors and other diseases.

• HistopathologyRelated: It adds molecular markers when tissue appearance alone cannot distinguish diagnoses.

• Skin biopsyRelated: It can help classify tumors or identify particular cell types in a biopsy.

• Flow cytometryCompared with: Unlike flow cytometry, it preserves where markers occur within tissue architecture.

• LymphomaRelated: Protein patterns help distinguish lymphoma subtypes and identify their cell lineage.

• Estrogen receptorRelated: Pathologists use it to measure estrogen receptor expression in tumor samples.

• Muscle biopsyRelated: It can identify missing or mislocalized proteins in sampled muscle.

• Western blotCompared with: It preserves spatial context that a bulk protein blot loses.

• Molecular diagnosticsCompared with: It locates proteins in tissue, unlike sequence-focused molecular assays.

• Intermediate filamentRelated: Intermediate-filament proteins help identify the cellular lineage of tumors in tissue samples.

• NeuropathologyRelated: Protein markers reveal cell types, abnormal deposits, and tumor features in nervous-system samples.

• Hodgkin lymphomaRelated: Protein staining helps distinguish Hodgkin lymphoma from other lymph-node cancers.

• Molecular pathologyRelated: Protein expression patterns complement genetic findings and help classify tumors.

• César MilsteinRelated: Uniform antibodies help identify the location of target molecules in tissue.

• MesotheliomaRelated: Marker panels help pathologists classify suspected mesothelioma and exclude mimicking tumors.

• Ewing sarcomaRelated: Tumor markers can support diagnosis, though they must be interpreted with morphology and molecular tests.

• Congo redCompared with: Antibody labeling can identify amyloid proteins more specifically than Congo red’s structural staining.

• Reed–Sternberg cellsRelated: It reveals marker patterns used to distinguish Reed–Sternberg cells from surrounding immune cells.

• SarcomaRelated: Protein staining helps distinguish sarcoma subtypes and exclude other tumor lineages.

• Bennet OmaluRelated: Antibody staining helps reveal abnormal tau patterns in brain samples.

• Hyalin (pathology)Related: Antibody staining can identify the proteins within some hyaline deposits.

• Kaposi's sarcomaRelated: Staining for HHV-8 LANA helps distinguish Kaposi's sarcoma from look-alike vascular lesions.

• Robert RayfordRelated: Earlier examinations sought evidence of infection in Rayford’s preserved tissue.