1st Swedish Symposium on Enzyme Engineering
Welcome to the first Swedish Symposium on Enzyme Engineering.
Time: Thu 2023-06-08 08.30 - 17.30
Location: Lecture theatre FD5, AlbaNova University Centre Roslagstullsbacken 21, 11421 Stockholm
Contact:
Please note, registration has now closed. This calendar entry will remain to provide information about the event.
Topics
- Next generation biocatalysts for future synthesis
- Biocatalyst evolution for industrial applications
- Enzyme structure, function and computational design
- Enzyme engineering for metabolic pathways
Organisers
Christian Schnepel, Paul Hudson, and Per-Olof Syrén
Programme
Biocatalyst evolution for industrial manufacturing
09:05
Stephan Hammer, Bielefeld University (DE)
Engineered enzymes for Wacker-type alkene oxidation
09:25
Matthew Thompson, EnginZyme AB
Designing industrial grade enzymes and a revolution in chemical manufacture
09:45
Martin Hayes, AstraZeneca AB
Biocatalysis application in a drug discovery setting
10:15
Coffee break
Enzyme structure, function and computational design
10:35
Xiaozhi Fu, Chalmers University of Technology
Directed evolution of plastic degrading enzyme
10:55
Fahmi Himo, Stockholm University
Quantum chemistry as a tool in biocatalysis
11:15
Sinisa Bjelic, Linnaeus University
Design and directed evolution of protein–protein interfaces
11:35
Valentina Furlanetto, KTH Royal Institute of Technology
Flavonoid C-glycosides deglycosylation in bacteria
11:55
Lunch
Enzyme Engineering for metabolic pathways
13:15
John Woodley, DTU Technical University of Denmark
tba
13:35
Birthe Meineke, Karolinska Institute
Expanding the chemical biology toolbox in mammalian cells
13:55
Gustav Sjöberg, KTH Royal Institute of Technology
Enzyme engineering in support of metabolic engineering for fuels and chemicals
14:15
Ute Hoffmann, KTH Royal Institute of Technology
Design and in vivo screening of new Rubisco variants
14:35
Poster session
Next generation biocatalysts for future synthesis
15:45
Luisa Merz, KTH Royal Institute of Technology
Investigating enzyme stability for sustainable amine synthesis
16:05
Henrik Land, Uppsala University
Probing the function of redox-active metalloenzymes through protein engineering
16:25
Lauren McKee, KTH Royal Institute of Technology
Protein engineering for improved binding affinity in carbohydrate cross-linkers
16:45
Christian Schnepel, KTH Royal Institute of Technology
Unlocking a modular platform for bioacylation reactions by enzyme repurposing and engineering
17:05
Per-Olof Syrén, KTH Royal Institute of Technology
tba
17:30
Closing remarks