Totally Tubeless Research Posters
Integration of Rapid Cell Culture and Molecular Analysis in a Clinical Virology Laboratory
Health Network Laboratories, Allentown, PA.
Georgia Colasante, David G. Beckwith, Laura Godusky.
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Impact of Converting from Conventional Tube Cultures to Shell Vials: A Community Hospital Laboratory's Experience
Borgess Medical Center, Kalamazoo, MI.
D. Stevenson, J.Hoffman, K.W. Beckman, and E. Matthews.
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A Multiyear History of Cell Culture During Conversion to Totally Tubeless Virology and Effect on Isolation Rates of Viruses
University of Louisville School of Medicine and Hospital, Louisville, KY.
Phyllis McCurdy and James W. Snyder.
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Comparison of Culture for Cytopathic Effect to Shell Vial and Fluorescent Antibody Stain for Viral Diagnosis
Department of Pathology, University of Mississippi Medical Center, Jackson, MS.
K. Wilkins, H. McIntire, and J. Coleman.
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From Tube to Tubeless Virology: A Quality Improvement Initiative
Division of Microbiology, Department of Pathology and Laboratory Medicine, Cedars-Sinai Medical Center, Los Angeles, CA.
D.B. Rascon, S. Antonson, F. Lou-Pejoro, T. Yanuaria, E.I. Youssef, and W.S. Nichols.
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Diagnostic Hybrids MixedCells™ and D3® Fluorescent Staining Kits
As part of its “totally tubeless” cell culture offering, Diagnostic HYBRIDS provides MixedCells – co-cultivated cell lines in the same shell vial or plate well, optimized for viral culture. These mixed cell substrates allow laboratories to isolate multiple viruses simultaneously, making it easier to detect co-infections in addition to the other benefits of “totally tubeless” cell cultures. MixedCells are also optimized for use with Diagnostic HYBRIDS’ patented D3 line of fluorescent staining kits for virus identification. Because these testing systems operate on the same principles, laboratory staff can easily be cross-trained to perform new tests.
