Biotechnology Lab
The Significance of a Well-Equipped Biotechnology Laboratory
A modern biotechnology laboratory is far more than a physical space filled with instruments – it is the intellectual and technological heart of scientific education and innovation. For students participating in the bilateral master’s program in Synthetic Biology between the University of Thessaly and McGill University (pending final institutional approvals), access to state-of-the-art laboratory infrastructure is fundamental to their academic and professional development.
Synthetic biology is an interdisciplinary field that integrates molecular biology, engineering, computational analysis, and biotechnology to design and construct novel biological systems. To train students effectively in such a demanding and rapidly evolving discipline, hands-on experience with advanced instrumentation is indispensable. A well-equipped laboratory empowers students to move beyond theoretical understanding and engage directly with experimental design, precision molecular techniques, microbial engineering, omics analysis, and bioinformatics-driven research.
Moreover, exposure to automated platforms, high-throughput technologies, and computational workstations mirrors the environment of leading international research centers and biotechnology industries. This ensures that graduates of the program are not only academically prepared but also technologically fluent and professionally competitive on a global scale. By fostering experimental rigor, innovation, collaboration, and technical confidence, this laboratory infrastructure forms the foundation for training the next generation of synthetic biologists.
Laboratory Equipment List
- Liquid Handling Unit
- Automated Robotic System for Genetic Material Isolation and Sequencing Library Preparation
- Laser-Based Micropipette Puller
- Nanoliter Microinjection Pump
- Real-Time PCR Systems (×2)
- Nanophotometer
- Benchtop Refrigerated Centrifuges (×2)
- Microcentrifuges (×4)
- CO₂ Incubators (×2)
- Floor-Standing Autoclave (120 L)
- 3D Printer
- −80 °C Ultra-Low Temperature Freezers (500 L) (×4)
- Vertical Laminar Flow Cabinet
- Precision Analytical Balances (×2)
- Trinocular Inverted Fluorescence Microscope
- Thermostated Shaking Incubators (×2)
- Class II Biological Safety Cabinet
- Nucleic Acid and Protein Imaging System
- 75 L Incubators (×3)
- Microplate Absorbance and Fluorescence Reader (Plate Reader)
- Bioreactor for Microbial Fermentation
- Workstation PCs for Omics Analyses
- Workstation PCs for Structural Biochemistry Analyses
- Student Desktop Computers with Keyboard and Mouse (×10)
- Uninterruptible Power Supply (UPS) Units (×3)