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Synthetic biology in action: engineering synthetic systems – Course and Conference Office

EMBO Practical Course

Synthetic biology in action: engineering synthetic systems

Overview

Course overview

Synthetic Biology (SynBio) has become a rapidly developing area for tackling a large number of challenges in life science research. This is due to a combination of foundational advances in technologies, such as large-scale DNA synthesis and new methods that allow integrating such raw synthesis power into engineering approaches. Those include genome wide small RNA regulation, dCas9-based regulation, and multiplexed genome engineering. Such fresh approaches fuel new types of biotechnological applications with immense impact on both fundamental science and society.

This course will be offered in both onsite and virtual format, with different modules available to each format. It will provide the best and most exciting novelties in the field and focus on exploiting tools and concepts of SynBio for multi-scale engineering of bacterial systems. The intensive schedule includes lectures by experts in the field, discussions, poster sessions, and, importantly, an experimental program.

Audience

The course is directed to PhD students and early post-doctoral researchers active in molecular biology, biotechnology, systems biology, and bioengineering. The experimental focus will be on microbiological systems.

Modules/Resources

The course will offer onsite participation (wetlab practicals or computational practicals) and virtual participation (only computational practicals).

When submitting your letter of motivation please select virtual or onsite attendance, and as such please note the difference in modules and activities available. Kindly note, onsite participants will be allocated to one of the below modules based on their submission preferences and will spend the entire practical session in the designated module.

  • Genome engineering with Multiplex Automated Genome Engineering (MAGE) (wetlab, onsite participants)
  • CRISPR-based gene knock-down in mammalian cells (wetlab, onsite participants)
  • RNA-wide tools for system control (wetlab, onsite participants)
  • Exploring sequence and length diversity on the directed evolution of complex Boolean logic promoters (wetlab, onsite participants)
  • Creating and applying data-driven models in biology for translation initiation engineering (onsite and virtual participants)

Learning outcomes

The participants will learn about the design and workflow of Synthetic Biology studies and gain understanding about the possibilities and limitations of synthetic biology in different areas.

What past participants say about the course

“By joining the course I discovered other research fields in SynBio and met great scientists among the lecturers and the participants. I gained a lot in terms of knowledge and inspiration that will influence my own research in the years to come.” – Alberto De Maria, DTU Biosustain, Kongens Lyngby, Denmark

“The “Synthetic biology in action: beyond standard metabolism” course offered me excellent practical and theoretical knowledge in the field. It also provided an invaluable networking experience with experts and peers.” – Elena Velázquez Muñoz, Centro Nacional de Biotecnología (CNB-CSIC), Madrid, Spain.

This course has a recommendation rate of 100% by previous attendees.


This event has been granted the following EMBO sustainability badge:

Grade 1 of 3

Date: 15 - 22 Sep 2024

Location: EMBL Heidelberg and Virtual

Venue: EMBL Advanced Training Centre


Deadline(s):

Registration: Closed


Organisers:

  • Sven Panke
    ETH Zurich, Switzerland
    • Vitor Pinheiro
      KU Leuven, Belgium

EMBL Courses and Conferences are kindly supported by our Corporate Partnership Programme

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