--- title: "Put your page title here" author: "Your Name" date: "`r format(Sys.time(), '%d %B, %Y')`" output: html_document: theme: united highlight: tango df_print: paged toc: true toc_float: true toc_depth: 4 --- ```{r setup, include=FALSE} library(reticulate) use_python('/path/to/python') #EDIT knitr::opts_chunk$set(echo = TRUE) ``` [home](https://rsh249.github.io/applied_bioinformatics) # Introduction Applied Bioinformatics will challenge you all by teaching computational skills that are becoming essential training for biologists. This includes coding in R and Python and working with command line programs. We will work on developing these skills in the framework of a DNA sequencing project using the Oxford Nanopore MinION sequencer. The MinION is a cutting edge device that brings DNA sequencing directly to the scientist in real-time. Together we will design sequencing experiments, collect data using the MinION, and build projects to analyze those data. # Embed youtube videos: Note that you must get the 'embed' link by clicking on the share link, or paste the video ID number after "embed/" in the URL below.
## secondary section heading put stuff here ### tertiary section heading put stuff here ### tertiary section heading 2 put stuff here # Adding Code Blocks ## Run R ```{R, eval=TRUE} #Put sections of R code here x = 1 y = 2 z = 22/7 ``` Then write explanations, commentary, or questions you have in between. Followed by more R code: ```{R, eval = TRUE} print(x+y) print(z) n = z^y print(n) ``` ## Don't run (some R, usually bash, some python) Sometimes you don't want code to run. Maybe it does not work or it takes a long time to run. Or the scope (path, program) is not accessible. Use 'eval=FALSE' for those code blocks. ```{bash, eval=FALSE} ssh -h ``` ## Text and bullet lists Put text here. Separate paragraphs by multiple lines Bullet List: + first + second + third + fourth # Add a Link: Add links using brackets [] around the URL and the name to show in parentheses () [https://google.com](Google). [home](https://rsh249.github.io/applied_bioinformatics)