I don't know anything about gene sequencing analysis. You may find better
expertise for that on the Bioconductor mailing list.
On June 23, 2019 12:28:59 PM PDT, Yogesh Gupta wrote:
>Thanks Jeff
>
>Actually these are Amplicon sequencing variant which are differ at
>single
>nucleotide but may belo
Thanks Jeff
Actually these are Amplicon sequencing variant which are differ at single
nucleotide but may belongs to same genus, or further may be same species,
but may be different bacterial strain, so I will think about it what should
I do, may be I can plot with OTU ID and genus together...or ca
Some concepts are so fundamental that they get encoded into general-purpose
code. The idea that each row (column) of a heat map should be uniquely
identifiable among all other rows (columns) is one such idea.
To break this rule you will have to create your own heatmap function. I
strongly recom
I able to do it with the below code but in heat map it shows x at beginning
of each names.
x<-read.table("HEATMAP.ROOT.input.txt",sep="\t",head=T, check.names=TRUE)
x2 <- x[,-1]
rownames(x2) <- make.names(x[,1], unique = TRUE)
head(x2)
> head(x2)
Root_T1 Root_T2
Hi,
I do have duplicates names in tab delimited files, I need to allow to read
these duplicate names in R,
Could you please suggest how can modify this code to allow to read
duplicates names:
x<-read.table("HEATMAP.ROOT.input.txt",sep="\t",head=T, check.names=FALSE)
> x
Gen
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