Adelaide Rhodes, Senior Bioinformatics Scientist, will be presenting an overview of shotgun metagenomic sequencing data analysis using the Tufts High Performance Computing Cluster. 

Jason Laird, Bioinformatics Scientist, will present an overview of 16S Metabarcoding data analysis using the Tufts High Performance Computing Cluster On Demand RStudio.

Jason Laird and Adelaide Rhodes have recently joined the Research Technology Team that maintains the HPC Cluster among other high demand computer resources at Tufts University.

We want to get to know the students, staff and faculty of Tufts, so feel free to drop by during one of our open office hours to get acquainted with our asynchronous, recorded and live training materials or just to ask a question about bioinformatics in general.

We have the ability to help Tufts University affiliates with any sequencing data needs.

Jason Laird and Adelaide Rhodes have recently joined the Research Technology Team that maintains the HPC Cluster among other high demand computer resources at Tufts University.

We want to get to know the students, staff and faculty of Tufts, so feel free to drop by during one of our open office hours to get acquainted with our asynchronous, recorded and live training materials or just to ask a question about bioinformatics in general.

We have the ability to help Tufts University affiliates with any sequencing data needs.

Introduction to BioCyc for Life Sciences Graduate Students, Postdocs and Faculty (4 parts)

BioCyc is an extensive web portal containing 20,000 genomes and associated metabolic pathways for microbes, model eukaryotes, and humans. The BioCyc website provides extensive bioinformatics tools for searching and analyzing these databases, and leveraging them for analysis of omics datasets.

Introduction to BioCyc for Life Sciences Graduate Students, Postdocs and Faculty (4 parts)

BioCyc is an extensive web portal containing 20,000 genomes and associated metabolic pathways for microbes, model eukaryotes, and humans. The BioCyc website provides extensive bioinformatics tools for searching and analyzing these databases, and leveraging them for analysis of omics datasets.

Introduction to BioCyc for Life Sciences Graduate Students, Postdocs and Faculty (4 parts)

BioCyc is an extensive web portal containing 20,000 genomes and associated metabolic pathways for microbes, model eukaryotes, and humans. The BioCyc website provides extensive bioinformatics tools for searching and analyzing these databases, and leveraging them for analysis of omics datasets.

Jason Laird, Bioinformatics Scientist, will present an overview of RStudio for Life Sciences using the Tufts High Performance Computing Cluster OnDemand. 

The presentation will cover the basics of RStudio Interactive Development Environment (IDE) methods. Users will be introduced to working with and visualizing data in RStudio. This workshop is open to the Tufts community and appropriate for anyone who would like to work with RStudio on the Tufts HPC Cluster, no prior experience is required. 

Introduction to BioCyc for Life Sciences Graduate Students, Postdocs and Faculty (4 parts)

BioCyc is an extensive web portal containing 20,000 genomes and associated metabolic pathways for microbes, model eukaryotes, and humans. The BioCyc website provides extensive bioinformatics tools for searching and analyzing these databases, and leveraging them for analysis of omics datasets.

Delilah Maloney, Senior High Performance Computing Specialist, and Adelaide Rhodes, Senior Bioinformatics Scientist, will be presenting an overview on the Tufts High Performance Computing Cluster, SLURM and basic Linux commands.