ThePersister
Agent | Agent sqrt(-1) |
---|---|
ID | i |
Best Fit | quaternion |
k-value optimized parameter | k=1;j=2;i=3;w=4 |
T-90 | 6 hrs |
Matrix | river |
Strain | ijk |
Temperature (Celsius) | 3°C 276.15 K
37.4 °F 497.07 °R |
Number of timepoints | 34 |
Measurement Units | radians |
Other Factors |
Model | 45 |
---|---|
Equation | Ln (Nt/N0) = -kt |
CurveProperties | Linear, negative slope |
Persistence Models | ThePersister |
|
|- style="background-color:#cccccc;border-top:none;border-bottom:none;border-left:none;border-right:none;" |- | colspan = "11" align = "left" border = "0" | *This model is preferred in most circumstances. However, consider all available models to decide which one is most appropriate for your analysis. |} |}
model | 45 |
---|---|
persistence equation | f(x) = exp(x2) |
curve properties | exponential |
AggregationList | ThePersister |
Specie | ThePersister |
---|---|
Fomite Used | expose log
phase cultures of E. coli to ampicillin till lysis (about 3 h) and collect the surviving cells (persisters) by centrifugation. |
Time (days) | |
CFU Counts | x |
CFU Counts | x-h |
Recovery Method | |
RH (%) | 20% |
Recovery (%) | 0.01 |
Temp (C) | 16 |
Storage | Filter |
Extraction | EPA-DNA |
Media Used | fomites |
---|---|
Species Used | ImaginaryCreature |
Time | 3 months |
Temperature (in Celsius) | 20 |
No. of Data Points | 1000 |
Relative Humidity (%) | 20 |
Best Fit Model | exponential |
Intro
|
The Persister
Persisters are the population of anti-biotic sensitive bacteria whose resilience is not accredited to mutation inheritance. Persisters account for approximately 1E-6 % of the bacteria population, or about 1 in a million, making them a difficult specimen to isolate and consequently a difficult subject of research. [1]
This is ThePersister.
[1] "Bacterial persistence: some new insights into an old phenomenon" Jayaraman, R. Journal of Biosciences33.5 (Dec 2008): 795-805.
Model | Equation | |
---|---|---|
MyCreature | 189761 189762 189763 45 MyCreature | f(x) = 3cos(2x) f(x) = sin(7x) f(x) = sin(x) for 0≤t<x: Ln (Nt/N0) = -k1*t for t≥x: Ln (Nt/N0) = -k1*t+k2*(t-x) |
MyCreature, ThePersister
- ↑ 1.0 1.1 4.2E+04 Cite error: Invalid
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