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Chemical Biology - CANCELLED

Summer School of , 5 ECTS
Engineering

Institution University of Southern Denmark (SDU)
Campus Odense
Duration 2 weeks
Tuition per term (Non-EU/EAA/CH) 1160 EUR
Tuition per term (EU/EAA/CH) 570 EUR
Website https://www.sdu.dk/en/Uddannelse/SDU_summer_school/summerschool_courses


Course introduction:
The aim of the course is to enable the student to understand the underlying biology based on its chemical building blocks and their interactions, which is important in regard to designing better medicines that improve the quality of human life.

Students will learn about the chemical structures and properties of the three main classes of biomolecules – nucleic acids, proteins and lipids – and learn how each of them can play a role in therapeutics, diagnostics or biotechnology. Through lectures, tutorials and laboratory exercises, the course will provide a comprehensive approach to design, synthesis and analysis of natural and unnatural function of important classes of biomolecules.


The following main topics are contained in the course:
  • DNA / RNA
  • Peptides / Proteins
  • Nanobiotechnology - Engineering of biological membranes
  • Biocatalysis

The learning objective of the course is that the student demonstrates the ability to:
  • recognize natural and modified nucleic acids, their secondary structures and possible applications in nanotechnology and gene therapy
  • understand the link between protein structure and function
  • synthesise peptides and examine them as substrates for biomedically important enzymes
  • learn how to immobilize enzymes into solid particles for better applications
  • get hands-on experience to encapsulate enzymes into alginate gel for their reuse
  • learn about the structure and physico-chemical properties of amphiphiles and their self-assembly into lipid bilayer membranes
  • design amphiphilic synthetic biopolymers that can be embedded into lipid membranes
  • prepare synthetic lipid membrane nanoparticles – liposomes – and to functionalize them with amphiphilic synthetic DNA or peptides
  • perform solid-phase DNA and peptide synthesis

Entry requirements:
Students enrolled in bachelor’s or master's programme in chemistry, pharmacy, biochemistry or molecular life sciences.

Academic preconditions. 
Students taking the course are expected to:
• Have basic knowledge of organic molecules, biomolecules and organic reactions.
• Have knowledge of the central dogma of biology
• Be able to use molecular structure to understand properties of molecules.


Summer 2020

Application date
Jun 01
Start date
Aug 03

Odense

Description

At Campus Odense 800 researchers and nearly 12 000 students every day work on discovering new knowledge, realisation, and education. Campus Odense is also home to The University Library of Southern Denmark which supports research and education through books and access to databases.

A web of cycle lanes connects Campus Odense with the inner city. A city filled with leisure offers for both students, researchers, and teachers.