Bioinformatics and Data Science Part II Spring 2021
BIOL 792-1036
Prof: Julie Allen; SFB 206; julieallen34@gmail.com
Class: Tuesdays and Thursdays 3:00 - 4:15 zoom Link
Office Hours: By appointment
Online data repositories and individual data sets are growing at unprecedented rates. The need for bioinformatic and data science skills is rapidly growing to match these needs. The main goal of the second part of this two part series is to continue building on the linux and python skills the students learned in the first semester and to add an understanding of data science and tools for managing large datasets. The course will focus on python programming and working in the shell along with introduction to data standards and version control, tools for cleaning dirty data, data visualization and understanding how to work with clusters etc.
With an understanding of how to integrate different data sources we will increase not only the creativity of our science, but also expand our ability to do more broad-scale research. A prerequisite for this course is enrollment as an M.S. or PhD student and have taken Data_Science_For_Biology_I. If you have not taken this course email me - to determine eligibility. The course will be capped at 15 students.
The goal of the course is to learn many data science tools/tricks and hacks from a bioinformatics angle. By the end of the course you should feel comfortable with the tools data scientists use in Biology and be able to solve and/or trouble shoot both small and large-scale data challenges in biology.
All readings, lab instructions, datasets, etc. will be available here.
Because this is a graduate class, I expect full attendance and participation, including all in class exercises, homework, and projects.
Homework assignments (40%) Assignments will involve working in Unix, writing simple Python scripts, and other small assignments given during each module. These will be working with data sets that will be provided over the course of the semester. Assignments will be evaluated based on completion. You can work in teams of 2 or 3 but will turn in your own notes and scripts for each assignment. More guidelines on these files and each specific assignment will be available on github.
Participation (20%) Participation entails showing up for class, prepared and doing your best to work through assigned tasks and programming example problems. Becasue all classes build on previous classes if you need to miss a class contact me. Some of the material we cover might be easy and quick to figure out. Other material and tasks will present roadblocks that are more difficult. We are building a positive community in this class, your attitude and helpfulness will be evaluated.
Independent project (40%) Everyone will be responsible for an independent project (this can be done either individually, or as a group no more than 3 people). The goal of your semester project is to incorporate the tools learned in this classroom into a project of your design. Ideally this will be something related to your research and will help you move your PhD forward, but you could decide to work on new project. A requirement of the project will be to incorporate at least 2 tools learned in the class to resolve a biological question or computational problem. You will turn in a one to two page write up of the project and how you will solve it by week 6. On the last day of class you will turn in a one to three page write up of the project, put the documented code on github, (or submit to me) and present your project in a 10-15 min presentation the last day of class.
- 1-2 page White Paper: The 1-2 page write up should be similar format to a whtie paper. Therefore there should be an introduction to the biological or other type of problem you are trying to solve (with references), just like a white paper. The next section will be there methods. Here describe what you are going to do. For example "I will write a python script to take the data from a phyllip format to a fasta format". There should be two techniques from the class used (e.g. python, shell scripts, Github, Relational Database, Cleaning Data).
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1-2 page Project Paper: The 1-2 page final paper should be similar format to the whiite paper but added results and discussion section. Again explain in detail what aare the two tools from the class you used and how thata turned oout. In the diiscussion talk about how this helped your project and what you would do next (or what you leaarned).
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10 - 15 min presentation: On the last day of class each of you will present your project to the class. No more than 15 min each - Feel free to show GitHub repos anad or run code in class.
*this is the tentative outline of the schedule – the events may change according to the speed and needs of the students in the course the course is going to be set up into 5 parts
| Week | Month | Date | Class | Due |
|---|---|---|---|---|
| Week 1 | Jan | 26 | Course intro | |
| Week 1 | Jan | 28 | Unix Refresh (shell) | |
| Week 2 | Feb | 2 | Part I. Version control with Git, Creating a Repository, Tracking Changes | |
| Week 2 | Feb | 4 | Tracking Changes, work on Homework 1 | |
| Week 3 | Feb | 9 | Exploring History, Gitignore | Homework_1.Linux_Refresh |
| Week 3 | Feb | 11 | Remotes in Github, Practice | |
| Week 4 | Feb | 16 | Collaborating, Conflicts | |
| Week 4 | Feb | Th 18 | Git Conflicts Git Wrap-up - Homework 2 | Homework_2.Github |
| Week 5 | Feb | Tu 23 | Part II. Intro to Programming - Jupyter Notebooks HW 3 | |
| Week 5 | Feb | Th RD | ------------READING DAY ------------------ | |
| Week 6 | Mar | Tu 2 | Homework 3 | |
| Week 6 | Mar | Th 4 | Pandas -- Faske (python + pandas) | Homework_3.Python_Refresh |
| Week 7 | Mar | Tu 9 RD | ------------READING DAY ------------------ | |
| Week 7 | Mar | Th 10 | Pandas -- Faske (python + pandas) | |
| Week 8 | Mar | 16 | Project Write Up/Homework Work day | Homework_4.Pandas/*1-2 Page Project Writeup Due |
| Week 8 | Mar | 18 | PartIII.Data Visualization ggplot2 Faske | |
| Week 9 | Mar | 23 | Data Visualization ggplot2 -- Faske (R) | |
| Week 9 | Mar | 25 | Data Visualization -- Jahner | Homework_5.DV ggplot |
| Week 10 | Mar | 30 | Data Visualization -- Jahner | |
| Week 10 | Apr | 1 | Part IV.Data Science + Open Refine | Homework_6.DV |
| Week 11 | Apr | 6 | Data Science + Open Refine (open refine) | |
| Week 11 | Apr | 8 | Relational Databases | Homework_7.OR |
| Week 12 | Apr | 13 | Sqlite [Pronghorn Open] | |
| Week 12 | Apr | 15 | Part V.Clusters - Sebastian Smith | |
| Week 13 | Apr | 20 | Clusters - Sebastian Smith | |
| Week 13 | Apr | 22 | Clusters - Sebastian Smith | |
| Week 14 | Apr | 27 | Project Prep | Homework_8.clusters |
| Week 14 | Apr | 29 | Project Prep | |
| Week 15 | May | 4 | Project presentations | *projects due |
** all homework is due by Tuesday May 11th
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