GSE136910 Processing Pipeline
RNA-Seq
code_examples
2 steps
Publication
Suppression of Endothelial AGO1 Promotes Adipose Tissue Browning and Improves Metabolic Dysfunction.Circulation (2020) — PMID 32393053
Dataset
GSE136910RNA Seq of Subcutaneous adipose tissue from endothelial-AGO1-knockout (EC-AGO1-KO) mice and wild-type (WT) littermates
Warning: Pipeline descriptions and code snippets may be inferred or AI-generated. Use them only as a starting point to guide analysis, and validate before use.
Processing Steps
Generate Jupyter Notebook-
1
STAR2.6.0a was used to align reads to the genome with default parameters
$ Bash example
# Install STAR (example using conda) # conda install -c bioconda star=2.6.0a # Placeholder for reference genome index directory # Replace with the actual path to your STAR genome index for the relevant genome (e.g., hg38, mm10) GENOME_INDEX_DIR="/path/to/your/genome/index/hg38" # Placeholder for input FASTQ file(s) # Replace with your actual input FASTQ file(s). For paired-end, use --readFilesIn R1.fastq R2.fastq READS_FILE="reads.fastq.gz" # Placeholder for number of threads # Adjust based on available resources NUM_THREADS=8 # Placeholder for output file prefix OUTPUT_PREFIX="aligned_reads_" # Align reads to the genome using STAR with default parameters (version 2.6.0a) STAR --genomeDir "${GENOME_INDEX_DIR}" \ --readFilesIn "${READS_FILE}" \ --runThreadN "${NUM_THREADS}" \ --outFileNamePrefix "${OUTPUT_PREFIX}" -
2
Kallisto0.44.0 was used to quantify transcripts abundance in terms of TPM
$ Bash example
# Install Kallisto (example using conda) # conda install -c bioconda kallisto=0.44.0 # Placeholder for Kallisto index creation (if not already done) # Replace 'transcripts.fasta' with your reference transcriptome FASTA file. # kallisto index -i transcriptome.idx transcripts.fasta # Quantify transcripts abundance in terms of TPM # Replace 'transcriptome.idx' with your Kallisto index file. # Replace 'read1.fastq.gz' and 'read2.fastq.gz' with your actual input FASTQ files. # Replace 'output_dir' with your desired output directory. kallisto quant -i transcriptome.idx -o output_dir read1.fastq.gz read2.fastq.gz
Tools Used
Raw Source Text
STAR2.6.0a was used to align reads to the genome with default parameters Kallisto0.44.0 was used to quantify transcripts abundance in terms of TPM Genome_build: mm10 Supplementary_files_format_and_content: tab-delimited text files include TPM values