A flow cytometer is an automated scientific instrument used to count and examine microscopic particles. Flow cytometery is commonly used in scientific research performed by microbiologists using laser beams.
Wolfgang GÃ¶hde developed the first flow cytometer utilizing “The Coulter Principle” for fluorescent flow cytometery devices in 1968. Before the introduction to fluorescent flow cytometer devices the most common method for examining microscopic particles was through absorption methods.
Flow cytometery has a wide use of applications in medicine including chemotherapy, hematology, and also genetics and semen cataloging for predetermining sexual orientation. Marine biologists sometimes use a flow cytometer to indicate the structure of certain marine life communities.
A flow cytometer is a medical instrument whose main function is to count the amount of microscopic objects under its view. A flow cytometer is a form of cytometry, which is the science behind counting things like cells. A flow cytometer is a useful tool when it comes to detecting problems that have to do with the population of cells. A disease that a cytometer can help detect is cancer. Cancer is a disease that is caused when a cell received damage from an external source, usually radiation, and the DNA is effected. The damage cell will cause mass multiplication. A flow cytometer would be able to detect the abnormally high population of cells. More info: flow cytometry