Linked from

The 17 pages that link to Bone marrow biopsy, each with the reason it gives.

• AnemiaRelated: It can investigate anemia when routine tests do not explain abnormal blood production.

• Bone marrowRelated: A biopsy reveals marrow architecture and abnormal cell populations.

• HematopoiesisRelated: It reveals marrow cellularity, lineage development, and abnormal blood-forming cells.

• Aplastic anemiaRelated: It demonstrates the sparse blood-forming tissue characteristic of aplastic anemia.

• LeukemiaRelated: Marrow samples reveal abnormal cell populations and help classify leukemia.

• Multiple myelomaRelated: It measures abnormal plasma cells and helps establish the diagnosis.

• Acute myeloid leukemiaRelated: Marrow examination measures blasts and supplies material for AML classification.

• Minimal residual diseaseRelated: It provides a direct sample for detecting residual blood cancers in marrow.

• Myelodysplastic syndromeRelated: Marrow architecture and cell development help establish an MDS diagnosis.

• NeutropeniaRelated: It may help investigate persistent or unexplained neutropenia.

• MyelosuppressionRelated: It helps investigate persistent cytopenias when blood tests do not explain their cause.

• HematologyRelated: It reveals marrow architecture and cell production when blood tests are insufficient.

• Essential thrombocythemiaRelated: Marrow morphology helps establish the diagnosis and distinguish it from other neoplasms.

• MastocytosisRelated: It can reveal the abnormal mast-cell aggregates required to diagnose systemic disease.

• Diamond–Blackfan anemiaRelated: Marrow examination can show reduced red-cell precursors while other blood-cell lineages are relatively preserved.

• Bone marrow cellsRelated: The biopsy shows marrow-cell composition and tissue architecture.