Preparing a single cell suspension is a critical step in any solid tissue flow cytometry
experiment. Tissue dissection, enzymatic digestion, and mechanical dissociation are three …

Background Mass cytometry measures 36 or more markers per cell and is an appealing
platform for comprehensive phenotyping of cells in human tissue and tumor biopsies. While …

Flow cytometry and cell sorting are well-established technologies in clinical diagnostics and
biomedical research. Heterogeneous mixtures of cells are placed in suspension and passed …

Human peripheral blood is often studied by flow cytometry in both the research and clinical
laboratories. The methods for collection, storage, and preparation of peripheral blood will …

Improvements in instrument design and computing power and the increased availability of
fluorescent agents have led to an increased usage of flow cytometry in both the research …

Flow cytometry is a complete technology given to biologists to study cellular populations with
high precision. This technology elegantly combines sample dimension, data acquisition …

Flow cytometry combines many of the advantages of microscopy and biochemical analysis
in a single high precision technique for rapid phenotypic analysis and sorting of individual …

Flow cytometry is a sophisticated instrument measuring multiple physical characteristics of a
single cell such as size and granularity simultaneously as the cell flows in suspension …

Cancer cells from solid tumors can enter the circulatory system and survive to subsequently
form distant metastases. The CellSearch® system (Menarini‐Silicon Biosystems …

Background The implementation of flow cytometry in many experimental settings can be
limited by the extensive amount of sample handling and preparation required for analysis …