Erasmus Summer Programme Courses

Take a look at all the courses in the Erasmus Summer Programme, and find the course right for you.

View all ESP courses

Human Epigenomics [ESP75]

Course highlights

EC points

0.7

Start date

20 August 2018

End date

24 August 2018

Course days

Monday to Friday (5 afternoons)

Course time

From 13:00 till 16:00

Faculty

Dr. Jordana Bell and Dr. Elena Carnero-Montoro

Course fee

€ 710

Location

Erasmus MC, Rotterdam NL

Level

Introductory Intermediate

Prerequisites

Understanding of genetics, principles of gene regulation, and genomics research (topics covered by ESP57 and ESP63).

Disciplines

  • Genetic Epidemiology

Course Materials

Online, download instructions will be sent in August by e-mail.

Apply for this course?

Design your programme

Try using our Programme Configurator to design and plan your own programme.

Configurator

Testimonial


Itai Magodoro

Zimbabwe

The professors - who are at the cutting edge in their respective fields - bring science to life!

Read the full story

Detailed information about this course:

Description

Faculty: Jordana Bell, PhD and Elena Carnero-Montoro, PhD


This course is formerly known as Epigenetics.

This course aims to give an introduction to epigenetics and epigenomic studies of human disease. The course offers an overview of epigenetic mechanisms and their importance during development and over the life course. Different sources of epigenomic variation will be discussed, as well as approaches to characterize epigenomic variability with the use of modern molecular and bioinformatics methods. The course will then focus on epigenomic studies of human disease, to enable participants to interpret the findings in modern epigenetic research and put these into a functional perspective.

A laptop is required for computer exercises during the course.

Objectives

After completing the course, students should be able to:

  • Describe epigenetic mechanisms and understand their role during development, over the lifecourse, and in disease.
  • Understand the sources of epigenetic variation.
  • Perform a basic epigenome-wide association analysis.
  • Interpret results and evaluate them in a functional context.

Participant profile

Basic science researchers, clinicians with an interest in epigenetic research, and postdoctoral scientists and graduate students in the fields of genetics, molecular biology, bioinformatics, computer science, and other quantitative fields.

Assessment

Attendance