The focus of this symposium was on the present and future capabilities of flow cytometry for
both medical and biological applications in cancer. This technology began with quite modest …

Because of recent advances in instrumentation, immunological reagents, and methods for
measuring a variety of cell constituents and functions, there has been increasing interest in …

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 …

Flow cytometry (FCM) is an established ancillary technique applied to the diagnosis of
hematological malignancies and for measurement of DNA content. In recent years, the …

The use of flow cytometry to analyze cell populations has expanded rapidly in recent years.
Flow cytometry has proven to be a valuable research tool in the study of leukemias …

Flow cytometric analysis is the method of choice for classifying leukemia and lymphomas.
When combined with other clinical and morphometric data, a definitive diagnosis can be …

The cell populations derived from normal tissues and solid tumors comprised many different
cell types. Within each cell type there is a distribution of cells in different phases of the cell …

Morphological changes and cytochemical reactions have been the main foundation used by
hematologists and pathologists to determine the presence of and to classify neoplastic cells …

Flow cytometric (FCM) techniques are widely utilized in the diagnosis and monitoring of
patients with leukemia and lymphoma. However, concerns regarding cost effectiveness …

Flow cytometry analysis (FCM) is a well-established multiparameter powerful diagnostic
modality widely used for the assessment of hematologic neoplasms (HN). Although the main …