Genotyping by Sequencing Training School
News Nov 20, 2014
In collaboration with RGB-Net, a European-funded COST action on rabbit genome biology, The Genome Analysis Centre (TGAC) ran a four-day workshop aimed at introducing early stage scientists to genotyping by sequencing (GBS) and equipping them with the skills required to effectively utilize GBS in their future research.
Over the course of the workshop, the group gained an overview of the GBS process from start to finish. This included examining how to plan a GBS project, understanding the technology and laboratory methods involved in GBS and analyzing the data produced.
GBS is a technique commonly used to accurately identify genetic variation between individuals within a species. It uses high through-put sequencing technology that is capable of detecting genetic divergence at the level of a singular DNA base, a characteristic known as a single-nucleotide polymorphism. By advancing our understanding of intraspecific genetic diversity, GBS has practical benefits for those researching matters such as inbreeding, natural selection and disease tolerance.
By using data from the sequencing of lagomorphs (hares, rabbits and pikas), the group applied their newly gained knowledge to real organisms for valuable practical experience of GBS. This enabled the group to consider how to adapt GBS to a set group of organisms and the specific challenges that sequencing and analyzing the genetic information of this group may pose. Having been familiarized with the GBS process, the attendees left the workshop in a better position to successfully make use of this genetic technique in their research.
“For us, it is crucial to share the expertise and best practice from TGAC’s research groups. This hands-on course was an excellent opportunity to share capability from the Vertebrates & Health Genomics group, led by Federica Di Palma at TGAC, among other external faculty. There is a great deal of interest in GBS within the scientific community, so we are looking forward to implementing our training feedback and running this course again in the near future," said Vicky Schneider, Head of 361° Division at TGAC.
Scientific Organizer Luca Fontanesi, University of Bologna, Italy, added: “TGAC was the best place in Europe for which RGB-Net could organize this training school in Genotyping by Sequencing. The Institute's wet lab and bioinformatics facilities, in addition to presentations from top scientists, made a training school that uses cutting-edge approaches based on next-generation sequencing for genotyping non-model organisms possible."
Attendee Rachel Goddard, post graduate student at the John Innes Centre, commented: “It is great learning how to use the genotyping by sequencing software, wet lab techniques and data analysis methods. This workshop has encompassed the whole spectrum of techniques that you might need; it’s been really useful.”
Attendee Kirstie Hetherington, PhD student at TGAC, said: “The training has gone through the basics of UNIX and has taken us all the way through to bioinformatics analysis. So far the most useful thing I’ve picked up is learning how to conduct analysis by getting hands-on with real data. This is directly applicable to my PhD in RAD-sequencing on peas and I’m really looking forward to implementing what I’ve learnt.”
Attendee Mehraj Abbasov, Head of Biotechnology Department at Genetic Resources Institute of ANAS, Azerbaijan, added: “It’s been a very useful workshop for me. I’ve learnt a lot about the different types of advanced next generation sequencing. I’ve also learnt about the programmes involved and how we can analyze the data. I wanted to participate in this training as I wanted to familiarize myself with the new next generation sequencing machines at my workplace and apply my knowledge learnt on this course.”
What’s in Your Wheat? Sequencing One of the Most Complex Genomes Known to ScienceNews
The wheat genome sequences may help biologists not only better understand the evolutionary history of wheat, but also advance the quest for hardier, more pest- and drought-resistant wheat types to help feed the world’s growing population.READ MORE
Revolutionary Imaging Technique Uses CRISPR to Map DNA MutationsNews
The new high-speed AFM method can map DNA to a resolution of tens of base pairs while creating images up to a million base pairs in size. And it does it using a fraction of the amount of specimen required for DNA sequencing.READ MORE
Comments | 0 ADD COMMENT
3rd Annual NGS Data Analysis and Informatics Conference
Feb 08 - Feb 09, 2018
3rd Annual Genome Editing & Engineering Conference
Feb 08 - Feb 09, 2018