By providing multiple analyses on single cells, flow cytometry allows the description of
cellular heterogeneity, establishing the biologic counterpart of clinical heterogeneity …

Flow cytometric immunophenotyping has become an essential component of the diagnostic
workup of leukemias and lymphomas, complementing morphology by providing information …

Flow cytometry offers pathologists a powerful new method which can be applied especially
for diagnosis, prediction of prognosis and measurement of response to therapy of tumours. It …

Flow cytometry has become an important tool in the diagnosis and characterization of
hematologic and lymphoid neoplasia. This technology serves as an excellent complement to …

There has been a dramatic increase over the past 10 years in the application of flow cyto
metry for the evaluation of neoplastic processes. While many of these techniques are still …

Flow cytometry is used in the workup of hematological malignancies to establish the
immunophenotype of a given malignancy and/or to determine DNA ploidy and S-phase …

The application of flow cytometry in evaluation of neoplasms is reviewed, with emphasis on
DNA content analysis and surface-membrane antigen analysis. By measuring total nuclear …

The application of flow cytometry to hematology is emerging as an important new technique
in experimental and clinical leukemic research. In addition to the described methods to …

The prognosis of patients with cancer is largely determined by the specific histological
diagnosis, tumor mass stage, and host performance status. The management of neoplastic …

The future applications of flow cytometry (FCM) are briefly discussed. Whereas the early
goals of its clinical applications were cancer diagnosis and classification, it has now become …