Author: gene_x

Abstract: 1. nextflow processing data (chipseq) jhuang@hamm:/mnt/h1/jhuang/DATA/Data_Denise_LT_DNA_Binding/Histone-ChIP_hg38/H3K27ac_H3K4me1_public$ nextflow run NGI-ChIPseq/main.nf --reads '/mnt/h1/jh

Author: gene_x

Abstract: [](/static/sT_revision/PCA_3D.png "PCA_3D") [](/static/sT_revi

Author: gene_x

Abstract: kraken2 --db Minikraken2_v2 input_sequences.fasta --output output.kraken2 kraken2 --db=/home/jhuang/Tools/k2_standard_20230605 --output=A10_output.txt --report=A10_report.txt --paired ./results_ATCC1

Author: gene_x

Abstract: 1. input data #Deciphering Evolutionary Trajectories in Acinetobacter baumannii: A Comparative Study of Isolates ATCC 19606, AYE, and ATCC 17978 #PRJNA1041744

Author: gene_x

Abstract: 1. download viral database cp download_db.py down_db.py.backup sed -i -e 's/39733/1396/g' download_db.py #NOTE the download_db.py cannot run alone, rather than via "vrap.py -u

Author: gene_x

Abstract: 摘要 自现代转座子插入测序（TIS）方法引入以来已有10年的时间了。这些方法结合了全基因组转座子突变和高通量测序，用于估计细菌基因组中每个遗传组分的适应性贡献或必需性。2009年，发布了四种TIS变体：转座子测序（Tn-Seq）、转座子定向插入位点测序（TraDIS）、插入测序（INSeq）和高通量插入跟踪深度测序（HITS）。此后，TIS已成为分子微生物学家的重要工具之一，它是少数直接将表

Author: gene_x

Abstract: > https://fonseca.lab.mcgill.ca/resources/20220810_ATAC_Analysis_Demo/guide.html#peaks [](/static/peaks_

Author: gene_x

Abstract: Below are example commands for each step of scaffolding and finishing an assembly with a reference genome. Please note that the specific parameters may need to be adjusted based on your data and compu

Author: gene_x

Abstract: Plasmid design is a critical aspect of molecular biology and genetic engineering, where a circular DNA molecule (plasmid) is engineered to replicate within a host organism independently. Here's an ove

Author: gene_x

Abstract: 1. Define "promoter types" by examining the frequency and distribution of the 'GRGGC' motif on both + and - strands within the promoter region, and categorize promoters based on the identified "promot