22232 Drug delivery – using nano and microtechnologies

2024/2025

Course information
Drug delivery - ved brug af nano- og mikroteknologier
English
5
Ph.D., Service course (professional skills)
August
The course is conducted at Health Tech for 2 weeks in August; 1-2 weeks before the course, you are expected to prepare slides of your own research and prepare for the class by reading course material.
Campus Lyngby
Lectures, discussions in groups and plenum and lab project work. You are expected to take active part in lectures, discussions, project work and exercises. You are required to present your own field of research as well as the results from the project work (performed in groups).
[The course is not following DTUs normal Schedule]
No exam, No exam
Evaluation of experiments and reports
All Aids - with access to the internet
pass / not pass , internal examiner
33694
Basic knowledge about drug delivery
Minimum 12 Maximum: 25
Line Hagner Nielsen , Ph. (+45) 4525 5751 , lihan@dtu.dk
Anja Boisen , Lyngby Campus, Building 345C, Ph. (+45) 4525 5727 , aboi@dtu.dk
Tine Elkjær Jørgensen , Lyngby Campus, Building 345C, Ph. (+45) 4525 5712 , tejo@dtu.dk
22 Department of Health Technology
https://www.healthtech.dtu.dk/udda...r-summerschools
At the department

Sign up should be via the course homepage
Deadline 1st of May 2024
https:/​/​www.healthtech.dtu.dk/​education/​summer-schools/​drug-sensor-summerschool
Please contact the teacher for information on whether this course gives the student the opportunity to prepare a project that may participate in DTU´s Study Conference on sustainability, climate technology, and the environment (GRØN DYST). More infor http://www.groendyst.dtu.dk/english
General course objectives
The aim of the summer school is to provide an overview of nano and microtechnologies in drug delivery with examples of delivery technologies for peptides/proteins and for poorly soluble drug. Moreover, you will be introduced to analytical techniques such as Raman spectroscopy and gain hands-on experience in drug delivery technologies.
Learning objectives
A student who has met the objectives of the course will be able to:
  • explain the advantages of using drug delivery systems for treatment of diseases.
  • evaluate strength and weaknesses of various nano and microtechnologies for drug delivery.
  • design suggestions for sensors for the area of drug delivery.
  • discuss the opportunities of micro/nano sensors in drug delivery and the biomedical area.
  • discuss designs of drug delivery systems and the advantages and disadvantages of these.
  • plan and conduct experimental steps for the process of developing and testing drug delivery technologies and/or sensors for drug delivery.
  • present results in form of a poster and by a scientific pitch.
  • actively participate in scientific seminars by engaging in discussions and asking questions.
Content
Drug delivery is a diverse area, but often nano and microtechnologies are necessary for developing a drug delivery system. It can be complicated to develop and understand these systems, and also to choose the optimal system. In this course you will get introductions to various technologies from academic and industrial perspectives, and also try out various techniques in the laboratories. There will moreover be a focus on micro and nanosensors in drug delivery – a field with a large potential. This course will run in parallel with the DTU Health Tech summer school ‘Micro and Nanosensors’ with some joined lectures and sessions. Moreover, there will also be focus on career development in academia and industry and inputs from start-up companies.
We will combine lectures on sensing principles in drug delivery and on nano and microtechnologies in drug delivery with hands-on laboratory work. You will have the possibility to: 1) develop technologies for drug delivery, 2) test the application of the technology in relevant analytical methods or 3) explore micro/nano sensors in the field of drug delivery and/or pharmaceutical sciences.
The experiments will be based on commercially available instruments as well as on systems developed at DTU Health Tech.
The experimental work will be performed in teams and the developed technologies will be presented and discussed to be able to discover pros and cons on the various technologies and methods. By the end of the summer school you will in collaboration with the lecturers and your fellow students have generated an overview of technologies in drug delivery and the use of micro- and nanosensors in the area of drug delivery. To pass the course, you must take active part in the group work and in the scientific discussions. Come and join us in this challenging endeavour!

The course is for PhD students only.
Last updated
02. maj, 2024