mrv modified by Matthias Filter

Matthias Filter — Sat, 03 May 2014 11:13:10 -0000

--- v1
+++ v2
@@ -1,34 +1,57 @@
 ####Name:####

-
+Microbial Responses Viewer
 ####Company / Institution:####

-
+National Food Research Institute, Japan
 ####Development Partners:####

-
+ComBase consortium
 ####Contact person:####

-
+S. Koseki
 ####Link:####

+http://mrv.nfri.go.jp
+####Created:####

+2008
 ####Designed for:####

-
+Food business operators
+Researchers
+Government
+Teachers
+Students
 ####Applicable for:####

-
+Database (dissociated from simulation)
+Growth / no growth interface
 ####Media covered:####

-
+several food matrices
 ####Microorganisms covered:####

-
+Pathogens: 11 species
+Spoilers: 10 species
 ####Growth Factors covered:####

-
+Temperature
+pH
+Water activity
+Interactions between factors
 ####Modeling approach:####

+Deterministic
+####Description:####

-####Description:####
+The MRV (Microbial Responses Viewer) is a new database consisting of microbial growth/no growth data
+derived from ComBase. Furthermore, the specific growth rate of each microorganism was modelled as a
+function of temperature, pH, and water activity (aw) using three different models. The retrieved data of
+the growth/no growth data and specific growth rate model are illustrated in a figure.
+Seventeen kinds of microorganism with growth/no growth data were extracted from all the data in
+ComBase comprising 30 kinds of microorganism. These data were successfully modelled as a function
+of temperature, pH, and water activity. The specific growth rate was illustrated using a two-dimensional
+contour plot with growth/no growth data.
+Additionally, current MRV enables the comparison of the growth rate as a function of temperature
+among kinds of bacteria and kinds of food.

Recent changes to mrv

mrv modified by Matthias Filter

mrv modified by Matthias Filter

Name:

Company / Institution:

Development Partners:

Contact person:

Link:

Designed for:

Applicable for:

Media covered:

Microorganisms covered:

Growth Factors covered:

Modeling approach:

Description: