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      Genome Assembly Workshop 2020

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Introduction and Lectures
Intro to the Workshop and Core
Schedule
Genome Assembly
Introduction to the DNA Tech Core
A Brief Overview of Genome Annotation, with a Focus on the Use of Isoseq
Support
Cheat Sheets
Software and Links
Scripts
Prerequisites
CLI - Logging in and Transferring Files
CLI - Intro to Command-Line
CLI - Advanced Command-Line (extra)
CLI - Running jobs on the Cluster and using modules
Conda
R - Getting Started
R - Intro to R
R - Prepare Data in R (extra)
R - Data in R (extra)
More Materials (extra)
Snakemake
Introduction
Challenge Answers
K-mers
K-mers tutorial
PacBio
Introduction to PacBio HiFi Data and Applications
Genome Assembly with PacBio HiFi Data
Improved Phased Assembly (IPA) Using HiFi Data
Assembling the drosophila genome with IPA and HiFi data
ONT Assembly
Introduction to ONT
Assembly using ONT - Hands-on
Bionano
Optical mapping for accurate genome assembly, comparative genomics, and haplotype segregation
Phase Genomics
Using Proximity to Fix Assembly
Genome Assessment
BUSCO
Additional QA/QC and metrics
ETC
Closing thoughts
Workshop Photos
Github page
Report Errors
Biocore website

Quick Introduction to the Workshop and Core

The mission of the Bioinformatics Core facility is to facilitate outstanding omics-scale research through these activities:

welcome_figure1

Staff and Students

Our team offers custom bioinformatics services to academic and private organizations. We have a strong academic background with a focus on cutting edge, open source software. We replicate standard analysis pipelines (best practices) when appropriate, and/or develop novel applications and pipelines when needed, however we always emphasize biological interpretation of the data.

staff

Contacts

Structure of the Virtual Workshops

Given the current Covid19 pandemic, and stay in place orders around the world, we’ve decided to take our popular bioinformatic workshops virtual. Our intent is to offer as close to an experience we can to our in-person workshops. We will hold the same goals and strive for a similar lecture/hand-on ratio. We will be using multiple technologies in order to help facilitate a maximum amount of interaction.

Zoom

Course lecture, discussions, and one-on-one help/troubleshooting will be conducted using a zoom meeting.

Because video is involved, we ask everyone to be respectful and we reserve the right to remove someone if they are being disrespectful or disruptive.

Slack

Text based communication will be conducted via a Slack channel. Staff will be monitoring the Slack channel to answer questions (and schedule a Zoom break out room if needed). If you know the answer to someone elses question, feel free to answer it.

Patience

We ask for a little more patience as this process is also new to us, but we are comitted to providing you the best educational experience we can (under the current conditions).

Workshop Goals

Workshop Materials

Workshop materials are all posted on github, and publicly available

http://bioinformatics.ucdavis.edu/training

Computing Cluster

A portion of this course will be conducted on our servers and compute cluster (tadpole.genomecenter.ucdavis.edu).

Instructions on how to get an account will be sent by email

If you already have, or have had in the past, an account on our systems, then please tell us your username, or email, and we will add you to the workshop. Do not create a new account

Cluster usage will be under the slurm reservation ‘genome_workshop’