Electroporation-Based Technologies and Treatments — International Scientific Workshop & Postgraduate Course
The meeting
Cell membrane electroporation, its mechanisms and applications in biology, medicine and biotechnology. The basis of the phenomena, current applications and future prospects were the main topics of this international meeting.
The postgraduate course was intended both for novices and experts in electroporation, including PhD students, researchers and users. Abstract submission was strongly encouraged and was necessary if credits (5 ECTS) were sought — each participant submitting an abstract also gave a short oral presentation of their work. The course was accredited by the Medical Chamber of Slovenia, so participants received 29.5 CME credits.
Organised by the University of Ljubljana and the Institute of Oncology, Ljubljana. Read all about EBTT in an article published by MediaResearch Ltd, 2012.
Course content
Resting & induced transmembrane voltage; dielectric properties of tissues; temperature & conductivity changes.
Electrochemical membrane thermodynamics; molecular dynamics simulations.
Protocols for cells in vitro and in vivo.
Devices & electrodes for in vitro/in vivo work; tissue models of electroporation and their validation.
Basic mechanisms; preclinical studies; clinical use; current developments & future perspectives.
Gene transfection in vitro/in vivo; electroporation for gene therapy and DNA vaccines.
Faculty
Programme & schedule
EBTT 2020 was organised as an online event from 16–27 November. Each weekday from 14:30 to 16:00 C.E.T. there were online lectures with live discussions; interactive practical-work sessions were set in different time slots to accommodate different time zones.
Hands-on
This year's practical lab works were organised as interactive online training sessions. Each session required active participation and was accompanied by various tasks. Active participation and completion of tasks of 3 practical work sessions were mandatory for obtaining ECTS and/or CME credits. Exercise sheets (PDF) as distributed to participants.
| L1 | The influence of Mg2+ ions on gene electrotransfer efficiency | PDF ↓ |
| L3 | Visualisation of local ablation zone distribution between two needle electrodes | PDF ↓ |
| L6 | Electroporation of planar lipid bilayers | PDF ↓ |
| L7 | E. coli inactivation by pulsed electric fields in a continuous flow system | PDF ↓ |
| L8 | Analysis of electric field orientations on gene electrotransfer efficiency | PDF ↓ |
| L10 | Monitoring of electric field distribution in biological tissue by means of magnetic resonance electrical impedance tomography | PDF ↓ |
| L11 | Measurements of the induced transmembrane voltage with fluorescent dye di-8-ANEPPS | PDF ↓ |
| C1 | Treatment planning for electrochemotherapy and irreversible electroporation: optimization of voltage & electrode position | PDF ↓ |
| C2 | Numerical modelling of thermal effects during irreversible electroporation treatments | PDF ↓ |
| C3 | Molecular dynamics simulations of membrane electroporation | PDF ↓ |
| E1 | Electroporation of cells and tissues — interactive e-learning | PDF ↓ |
Abstracts & publication
Participants submitted an abstract as PDF and MS Word file. For abstract writing the enclosed MS Word template was used.
See also the general Journal of Membrane Biology author guidelines and the workshop guidance for lectures.
Proceedings
Electronic proceedings — all abstracts and course material of EBTT 2020.
Download proceedings (PDF)Contacts