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Laboratory Sections All services available from WVDL have been consolidated
into three Laboratory Sections (Microbiology, Pathology/Toxicology,
Virology). This has allowed us to streamline some of our in-lab
procedures and to improve and simplify lab test ordering by clients. The
majority of diagnostic services are available at our Madison location.
The Barron Laboratory offers full pathology services and many infectious
disease diagnostics with an emphasis on the diseases of poultry. WVDL is staffed by highly trained specialists in veterinary laboratory medicine. Many have completed advanced training in microbiology, immunology, chemistry, pathology, and/or toxicology. These people work closely with veterinarians and colleagues at UW-Madison and other diagnostic laboratories to provide diagnostic assistance on problems related to infectious disease, genetic defects, nutritional deficiencies, and poisonings. The microbiology section provides
diagnostic services for bacterial, parasitic, and fungal diseases. Staff
microbiologists culture various specimens, including animal tissues, swabs,
milk and urine to isolate and identify disease producing organisms. Special
diagnostics, such as serologic testing and molecular diagnostics for various
diseases are also performed in this section. When requested, tests are performed on the bacteria that are isolated to determine which antibiotics will be useful for treating the disease. Staff pathologists provide disease
diagnostics and related information through the gross and microscopic examination
of animals and/or tissue specimens. The pathologists receive test results
generated by the various laboratory sections, interpret this information
in light of their own findings, and compile it in comprehensive diagnostic
reports.
The virology section provides diagnostic information by
detecting viruses in tissues, serum, feces, and other samples using a variety
of specialized techniques, including electron microscopy.
Workers in this section also detect the presence of antibodies against viruses by utilizing a variety of serologic tests. The presence of these antibodies may indicate that an animal has been infected with a particular virus, even in the absence of current clinical disease. |
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