Difference between revisions of "OR1Expt.R"
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# Response = RE (relative expression) | # Response = RE (relative expression) | ||
+ | # Took each treatment, prescribed an amount and feed/injected catapillars at | ||
+ | # time 0. Adult moths were distructively assessed 1,2,3,4 days after emergence. | ||
+ | # No catapillars were harmed during this experiment! | ||
# ~.~.~ Note: Sucrose control was only administered at Amount=1 ~.~.~ | # ~.~.~ Note: Sucrose control was only administered at Amount=1 ~.~.~ | ||
Revision as of 23:19, 7 May 2007
Our Perl scripts. {{#security: Sven,Goldfinger}}
- ------------------------- OR1 dataset analysis ------------------------------ #
sourceDir <- "/Volumes/HD2/Clinton/Data" filename <- dir(sourceDir, pattern="OR1.+\.txt")
dset <- read.table(file.path(sourceDir, filename), sep="\t", header=TRUE)
dim(dset) summary(dset)
- ----------------------------- Dataset variables ----------------------------- #
- Amount = 1,2,5 mu/g ingestion/injection
- Timepoint = 1,2,3,4 days
- Treatment OR1 gene/Sucrose control
- AM = Administration method; feeding or injection
- Response = RE (relative expression)
- Took each treatment, prescribed an amount and feed/injected catapillars at
- time 0. Adult moths were distructively assessed 1,2,3,4 days after emergence.
- No catapillars were harmed during this experiment!
- ~.~.~ Note: Sucrose control was only administered at Amount=1 ~.~.~
- Convert names
colnames(dset)[4:5] <- c("AM","RE")
library(lattice)
- Formulas
- y ~ x
- y ~ x | z
- y ~ x | (z * w)
- help(xyplot), help(panel.superpose)
xyplot( RE ~ AM, data=dset) xyplot( RE ~ Timepoint| AM * Treatment, data=dset, panel.superpose=dset$Amount, groups=Amount)
- Anova example
- help(aov), help(summary)
aovobj <- aov(RE ~ AM*Treatment, data=dset) summary(aovobj)