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Automated
Colony Counters
| Many biological procedures
depend on an accurate count of the bacterial colonies and other organisms.The
enumeration of such colonies is a slow, tedious task. When counts
are made by more than one technician, wide variations are often noted.
Various attempts have been made to speed up the process and to improve
counting precision. |
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With the development of the BioLogics'
family of counter/analyzers, significant engineering advancements have
been made to provide greater potential for accuracy and precision in a
wide range of colony counting applications. Among the technological improvements
that have enhanced accuracy and precision are: 1) Significant increase
in sensitivity to detect smaller colonies in low contrast media; and 2)
more sophisticated and expanded illumination systems to increase the range
of visibility and broadens the scope of applications.
To a large extent, accurate colony counting
depends on the ability to "see" colonies distinctly, whether
viewed by the naked eye or by an automated instrument. Colony morphology
is largely a result of the characteristics of the growth media and other
environmental conditions. To enhance visibility of colonies and enhance
the counting accuracy in an even broader range of applications, it is
good practice to employ those procedures that form colonies that are readily
discernible by their improved size, shape, distribution and contrast.
Typical Applications
| Ames
Testing |
Mouse Lymphoma Assay |
Bacillus
Bacterial Colonies |
| Bacterial
Mutation Assays |
E.
Coli Bacterial Colonies |
Mammalian
Cell Colonies |
| Salmonella
Bacterial Colonies |
Staphylococcus
Bacterial Colonies |
Plaque
Forming Cell Colonies |
AccuCount Automated Colony Counter is a registered
trademark of BioLogics, Inc.
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