Join us in sunny Volos (Βόλος) on the coast of Thessaly. You will find a range of accommodation facilities around the summer school venue.
Giannitson & Lahana, Palaia,
Zip: 38334, Volos,
Tel: +30 24210 06366-68
Fax: +30 24210 06487
Follow this link to Google Maps.
The Volos Summer School will cover a range of topics surrounding the human genetics of complex traits, with a focus on the computational and statistical analysis of genome-wide data. Areas of focus will be the conduct of genome-wide association studies, meta-analysis of several studies, and the joint analysis of multiple diseases/traits to understand pleiotropy.
The course will be split into seminars and workshops. The former will provide background theory to the topics covered, while the latter will allow students to implement some of the analysis concepts presented during the seminars.
Students will obtain the skills to manipulate and analyse large data sets in a Unix environment and a basic understanding of scripting and programming skills.
Students will also have the opportunity to discuss their own projects and ideas with experienced researchers in the field. At the start of the summer school, students will be asked to form teams and design a genetic study, which will be discussed at the end of the program and evaluated by the instructors. The best project idea will receive an award.
The main objectives of this summer school are to provide students with a solid grounding in the use of bioinformatics tools, key software, statistical and visualization methods and their various applications in genome studies.
Due to the range of material covered, this is an intense three-day course and will require the active participation of students.
The Volos Summer School is intended for early career researchers (graduate students or post-docs) interested to learn about the genetics of complex human traits and gain practical skills in bioinformatics and the analysis of genomics data.
We welcome applications from researchers with a strong background in the biological sciences or a quantitative field (mathematics, statistics, computer science, engineering, etc.).
Attendees should have some familiarity with a command-line tool such as UNIX, R or MATLAB, and have some basic statistical knowledge.
All seminars and workshops will be held in English, and a good command of the language is a prerequisite.
|10:00-11:30||Welcome Session and Students Introduction|
|11:45-12:15||Lecture 1: Introduction to complex trait genetics (E. Zeggini)
|13:30-15:00||Workshop 1 (S. Hackinger, K. Hatzikotoulas, A. Gilly):
Basic UNIX (Optional)
Working with the command line, listing and editing files and directories.
File reformatting on the command line, pipelines, subshells and scripts.
|15:30-17:00||Workshop 2: Data visualisation in R/Python (S. Hackinger, A. Gilly)
Quality control, representation of results from genome-wide scans.
The statistics of genome-wide association studies (A. Gilly)
Current tools and best practices for performing genome-wide scans (K. Hatzikotoulas)
Lunch and student project workshop (11:45-12:30)
Genetic association workshop (S. Hackinger, K. Hatzikotoulas)Performing a genome-wide association study from data preparation to analysis of results.
Publicly available bioinformatics resources (K. Hatzikotoulas)Examining the results of a genome-wide scan. Functionality of variants, previous associations, genomic context.
Meta-analysis of genome-wide association studies (F. Riveros-Mckay)
Pleiotropy in human complex traits – analysis strategies and recent findings (S. Hackinger)
Lunch and student project workshop (11:45-12:30)
|12:30-14:00||Workshop 5 :
Meta-analysis (F. Riveros-Mckay, A. Gilly)
Accessing published results, data preparation, meta-analysis and quality control.
|14:15-15:45||Student project presentations|
15 March 2019
29 March 2019
The course is free for all participants. Students should arrange their own accommodation and transportation. Limited bursaries will be available. Please state in your application if you would like to be considered for a bursary and provide full justification.
The courses and workshop will be held in English, and students should also use English when submitting their application.
There are twenty (20) full places for this course. Applicants will be evaluated on the basis of the following criteria:
- Expressed motivation of the participant. Students should submit a personal statement explaining their motivation behind attending the summer school, what they hope to learn and how the skills gained during their attendance will help them in future career plans
- Familiarity with a command-line tool such as UNIX, R or MATLAB
- Basic statistical knowledge
- Recommendations from their group’s principal investigator
To apply, please provide the following documents:
✓ Curriculum vitae (CV)
✓ Letter of recommendation
✓ Personal statement (see above)
Send the above to