-
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
The resource: 'CampylobacterDRM' is not accessible as guest user. You must login to access it!
-
URL
The resource: 'execute immediately' is not accessible as guest user. You must login to access it!
-
URL
The resource: 'execute with new ...' is not accessible as guest user. You must login to access it!
-
FSKX
-
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
The resource: 'CampylobacterDRM' is not accessible as guest user. You must login to access it!
-
URL
The resource: 'execute immediately' is not accessible as guest user. You must login to access it!
-
URL
The resource: 'execute with new ...' is not accessible as guest user. You must login to access it!
-
FSKX
-
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
The resource: 'CampylobacterDRM' is not accessible as guest user. You must login to access it!
-
URL
The resource: 'execute immediately' is not accessible as guest user. You must login to access it!
-
URL
The resource: 'execute with new ...' is not accessible as guest user. You must login to access it!
-
FSKX
-
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 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 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 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 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... -
Private Nauta 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 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 input of the model... -
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... -
Private Nauta consumer phase model for Campylobacter in chicken meat
°C -
Private Nauta 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 FAO/WHO 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...
