Description Usage Arguments Details Value Author(s) Examples
Predicate m6A regulated expression gene by m6Aexpress model in specific context.
1 2 3 | m6A_Express_model(Input_file,
CUTOFF_TYPE="FDR",pvalue,
FDR,out_dir)
|
Input_file |
A list data format, one is a dataframe including the paired reads count and methylation intensity for each gene in each samples; another is a vector with libray sizes factor for INPUT samples used to normalized the gene expression for INPUT samples. |
CUTOFF_TYPE |
A string, such as "FDR", which specifies the tpye of cut-off to identify significant m6A regulated express gene (m6-reg-exp gene), default: |
pvalue |
a decimal number, which specifies the p-value cut-off in the predicting m6A regulated expression gene of m6A-express model. |
FDR |
a decimal number, which specifies the FDR cut-off in the predicting m6A regulated expression gene of m6A-express model, default: 0.05. |
out_dir |
A string, which specify the output directory, default: out_dir=NA, the output result will save in the current directory. Otherwise, |
This function is used to predicate m6A regulated expression gene by m6Aexpress model, which is based on a Bayesian Hierical Negative Binomial Regression model. Parts of model is accomplished by calling python codel in the extradata
folder of these package.
The predicting m6A methylation regulated expression (m6A-reg-exp) genes under given cut-off in .XLS (tab-delimited) format file. The .XLS file includes five columns: the name of m6A-reg-exp gene, Beta0, Beta1, pvalue and FDR.
gene_name |
The name of m6A methylation regulated expression gene in the given annotation file. |
Beta0 |
Beta0 is a gene-specific intercept and models the baseline log gene expression. |
Beta1 |
Beta1 captures the influence of m6A methylation on gene expression. |
pvalue |
pvalue of the predicted m6A-reg-exp genes. |
FDR |
FDR of the predicted m6A-reg-exp genes. |
Teng Zhang <tengzhang126@163.com>
1 2 3 4 5 6 7 8 9 10 11 | ## Not run:
##match gene expression and methylation intensity of HVP gene
expr_methy_gene <- match_expr_methy(gene_expre_infor=get_gene_express,
gene_methy_infor=gene_methyintensity,
OUTPUT_DIR=NA)
##predicate m6A-reg-exp gene
m6A_Express_model(Input_file=expr_methy_gene,
CUTOFF_TYPE="FDR",
FDR=0.05)
## End(Not run)
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