MyCreature

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[edit]
AgentIDOptimized ParametersT-90MatrixStrainTemperature
This property is a special property in this wiki.
Number of DatapointsMeasurement UnitsOther Factors
Salmonella
Bacillus
1
3
-2ln/hr
k=2
20 hr
40 hr
River water
river
Typi XXX
an
293.15 K
20 °C
68 °F
527.67 °R

282.15 K
9 °C
48.2 °F
507.87 °R
5CFU/mLTurb
foo
Agent sqrt(-1)
ImaginaryCreature
ik=1;j=2;i=3;w=46 hrsriverijk276.15 K
3 °C
37.4 °F
497.07 °R
34radians
Agent Salmonella
ID 1
Best Fit linear
k-value optimized parameter -2ln/hr
T-90 20 hr
Matrix River water
Strain Typi XXX
Temperature (Celsius) 20 °C
293.15 K
68 °F
527.67 °R
Number of timepoints 5
Measurement Units CFU/mL
Other Factors Turb
Agent bacillus
ID 3
Best Fit linear
k-value optimized parameter k=2
T-90 40 hr
Matrix river
Strain an
Temperature (Celsius) 9 °C
282.15 K
48.2 °F
507.87 °R
Number of timepoints 5
Measurement Units CFU/mL
Other Factors foo
Agent
ID
Best Fit
k-value optimized parameter
T-90
Matrix
Strain
Temperature (Celsius)
Number of timepoints
Measurement Units
Other Factors




In production...

This page is for testing only.

Model 45
Equation for 0≤t<x: Ln (Nt/N0) = -k1*t for t≥x: Ln (Nt/N0) = -k1*t+k2*(t-x)
CurveProperties Linear, negative slope, slope changes at t=x
Persistence Models MyCreature


name MyCreature
host Humnans
rdrResponse


model 189761
persistence equation f(x) = sin(x)
curve properties harmonic
AggregationList MyCreature
model 189762
persistence equation f(x) = 3cos(2x)
curve properties harmonic
AggregationList MyCreature
model 189763
persistence equation f(x) = sin(7x)
curve properties harmonic
AggregationList MyCreature



Specie MyCreature
Fomite Used science
Time (days) 20
CFU Counts
CFU Counts
Recovery Method Wipes
RH (%)
Recovery (%)
Temp (C) 4
Storage Bottle
Extraction Qiagen Mini



Intro

This page is a testing ground for site development. Please use the Sandbox for your own testing purposes.



Using the format " [[CaseStudy::MyCreature| ]] " hides the property.



Information

The organism MyCreature is a fictitious pathogen native to Imagination Land.

MyCreature


Abstract

This is an abstract.

Problem

This is a problem.


Hazard ID

MyCreature is transmitted through coughing and sneezing

Dose Response

MyCreatureAgain

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