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Private Source attribution model for salmonellosis
The Bayes data-based model, originally published in Jabin et al. (2019), attributes human cases of the zoonotic disease salmonellosis to a certain source (namely, broilers,... -
Dose-response model for Campylobacter jejuni
The dose-response model provides the probability of infection and illness as a function of the exposure, i.e., the ingested dose of Campylobacter jejuni. Model parameters are...-
FSKX
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URL
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URL
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FSKX
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Attributing Salmonellosis to food sources and water in Latin America and the ...
Source attribution using outbreak data utilizes readily available data from outbreak surveillance to estimate the contribution of different sources to human disease. A...-
FSKX
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URL
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URL
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FSKX
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Private Dose-response model for Campylobacter jejuni
The dose-response model provides the probability of infection and illness as a function of the exposure, i.e., the ingested dose of Campylobacter jejuni. Model parameters are... -
Private Dose-response model for Campylobacter jejuni
The dose-response model provides the probability of infection and illness as a function of the exposure, i.e., the ingested dose of Campylobacter jejuni. Model parameters are... -
Private Dose-response model for Campylobacter jejuni
The dose-response model provides the probability of infection and illness as a function of the exposure, i.e., the ingested dose of Campylobacter jejuni. Model parameters are... -
Private Dose-response model for Campylobacter jejuni
The dose-response model provides the probability of infection and illness as a function of the exposure, i.e., the ingested dose of Campylobacter jejuni. Model parameters are... -
Private Primary model for Listeria monocytogenes growth in constant temperature condi...
An existing cardinal parameter growth and growth boundary model for Listeria monocytogenes (O. Mejlholm and P. Dalgaard, J. Food Prot. 70:70–84 and 2485–2497, 2007) was expanded... -
Private Dose-response model for Campylobacter jejuni
The dose-response model provides the probability of infection and illness as a function of the exposure, i.e., the ingested dose of Campylobacter jejuni. Model parameters are... -
Private Attributing Salmonellosis to food sources and water in Latin America and the ...
Source attribution using outbreak data utilizes readily available data from outbreak surveillance to estimate the contribution of different sources to human disease. A... -
Private Quantitative microbial risk assessment for Salmonella in eggs
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FSKX
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URL
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URL
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FSKX
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Private Quantitative microbial risk assessment for Salmonella in eggs
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Private Brynestad consumer phase model for Campylobacter in chicken meat
The model descibes the consumer phase module, which predicts the effects of food preparation by the consumer on the survival and transfer of Campylobacter. The input of the... -
Private Toy Model for Testing
description of a system using mathematical concepts and language. The process of developing a mathematical model is termed mathematical modeling. Mathematical models are used in... -
Private Primary model for Listeria monocytogenes growth in constant temperature condi...
An existing cardinal parameter growth and growth boundary model for Listeria monocytogenes (O. Mejlholm and P. Dalgaard, J. Food Prot. 70:70–84 and 2485–2497, 2007) was expanded... -
Private Secondary cardinal parameter model for µmax of Listeria monocytogenes growing...
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Private Brynestad consumer phase model for Campylobacter in chicken meat
The model descibes the consumer phase module, which predicts the effects of food preparation by the consumer on the survival and transfer of Campylobacter. The input of the... -
Private Yersinia enterocolitica in minced meat
A modular process risk model (MPRM) was used to perform the assessment of the concentrations of pathogenic Y. enterocolitica in minced meat produced in industrial meat... -
Private Dose-response model for Campylobacter in chicken meat
The model descibes the dose-response model, which predicts the effects of food preparation by the consumer on the survival and transfer of Campylobacter. The model parameters...
