Wisconsin Water Science Center

Laboratory for Infectious Disease and the Environment (LIDE)

The Laboratory for Infectious Disease and the Environment (LIDE) performs research on the occurrence, fate and transport, and health effects of human and agricultural zoonotic pathogens in the environment. LIDE collaborates with public agencies and academic researchers to inform decision-makers and advance scientific knowledge.

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Filter Total Items: 9
Date published: March 18, 2016

About LIDE

The Laboratory for Infectious Disease and the Environment (LIDE) is an interagency collaborative effort between the U.S. Geological Survey and the U.S. Department of Agriculture-Agricultural Research Service. As a research laboratory, LIDE’s roles in research-based collaborations range from developing research questions and experimental designs to analyzing samples and interpreting data.

Contacts: Joel P Stokdyk, Mark Borchardt
Date published: March 17, 2016

LIDE capabilities: Sampling and analytical capabilities

Molecular and culture analysis methods are paired with sampling capabilities across environmental matrices to address a wide range of questions and problems. LIDE collects and analyzes samples from groundwater, surface water, runoff, wastewater, sediments, soil, manure, compost, digestate, and air.

Contacts: Joel P Stokdyk, Mark Borchardt
Date published: March 16, 2016

LIDE capabilities: Real-time quantitative polymerase chain reaction (qPCR)

Quantitative polymerase chain reaction (qPCR) identifies and quantifies microorganisms in environmental samples by detecting a unique target sequence of nucleic acid (DNA or RNA).

Contacts: Joel P Stokdyk
Date published: March 15, 2016

LIDE capabilities: Quantitative microbial risk assessment (QMRA)

Quantitative microbial risk assessment (QMRA) is a tool for estimating human health risks from exposure to pathogens via food, water, air, and other environmental routes.

Contacts: Joel P Stokdyk, Tucker Burch
Date published: March 14, 2016

Evaluating the risks of airborne pathogens from manure irrigation

Manure irrigation, which is the application of liquid animal manure by irrigation, is increasing. However, the risk of airborne pathogen transmission from manure to humans during spray irrigation is not well-understood. To determine how pathogens can spread using manure irrigation, LIDE measured air concentrations and risk of illness due to exposure to pathogens in the irrigation spray.

Contacts: Joel P Stokdyk, Mark Borchardt, Tucker Burch
Date published: March 13, 2016

Norovirus outbreak caused by a new septic system

Patrons and employees of a new restaurant were affected by acute gastroenteritis (vomiting and diarrhea); initial tests were positive for fecal contamination. Investigators utilized a unique combination of epidemiological, microbial, and hydrogeological evidence that identified a new septic system as the source of the contamination.

Contacts: Joel P Stokdyk, Mark Borchardt, Ken Bradbury, Susan Spencer
Date published: March 12, 2016

Influence of aquatic invertebrates on the persistence and infectivity of Avian Flu

Little is known about the influence of aquatic invertebrates on the persistence and infectivity of avian influenza virus (AI) in aquatic environments. LIDE conducted laboratory experiments to investigate the ability of an aquatic filter-feeding invertebrate (eaten in large quantities by some ducks) to accumulate and potentially transmit infective virus to waterfowl from AI-contaminated water...

Contacts: Mark Borchardt, Susan Spencer
Date published: March 11, 2016

Groundwater viruses in Minnesota drinking water wells

In Minnesota, 74% of the State’s population relies on groundwater to supply their drinking water. Outbreaks of waterborne viral illness have been associated with groundwater, and surveys show that 30 percent of drinking water wells may be contaminated. LIDE is helping the State determine the occurrence of groundwater-borne viruses and the risk of illness in Minnesota groundwater.

Contacts: Joel P Stokdyk, Mark Borchardt
Date published: March 10, 2016

Environmental factors and risk estimation for waterborne pathogens at three Great Lakes beaches

The goals of this study were to quantify pathogen concentrations in water at three Lake Michigan beaches, identify environmental factors that influence pathogen occurrence and variability, and to estimate health risks for recreational swimmers.

Contacts: Steven R Corsi, Michelle A Lutz, Mark Borchardt, Tucker Burch, Susan Spencer