Laboratory techniques
Laboratory techniques
Below you will find courses in the category ‘Laboratory Techniques’.
- Essentials of Neuroscience
- Radiation Protection
- DNA Technology
- Mass Spectrometry, Proteomics and Protein Research
- Advanced Microscopy and Vital Imaging
- Blood Brain Barrier
- Cell Toxicoloy
- Working with Isotopes
- Medical Microbiology/ Infectious Diseases
- Bioinformatics
- Microbiological Safety
- Techniques in Molecular Biology
- A Practical and Theoretical Introduction to fMRI
- Bio-Analytical Chemistry: Structure-Related Sample Treatment
- Radioactivity
- In Vivo Imaging: 'From Molecule to Organism'
- Biomedical Research Techniques IX
- Cursusdag Klinische Genetica Diagnostiek: 'Hoe analyseer ik mijn gen?'
- Molecular Diagnostics
- Lasergebruik en laserveiligheid V
- Cell Growth and Differentiation (Translational Research part)
- Toxicogenomics
- Working with Radioactive Substances (level 5b)
- Stralingshygiëne (Radiation Safety and Health Physics)
- Design and Data Analysis of Micro-Array Expression Studies
- Non-invasive Biomedical Imaging
- Genomics and DNA Technology
- Advances in Genomics Research (ESP63)
- Biomolecular Mass Spectrometry
- Analytical methodology in protein formulation development
- Molecular Modelling
- Cell Cultures in Pharmaceutical Research
- Brush Up your Medicinal Chemistry
- Cell biological methods in water and salt research
- Basic Gene technology
- Gene Targeting
- RNA Molecular Biology
- Genetic Medicine
- Qualitative and Quantitative Research Methods in Pharmacy Practice and Medicine Use
- Sample Preparation and Separation Techniques in Bio-Analytical Chemistry
- Mass Spectrometry Coupled to Separation Techniques in Bioanalytical Chemistry
- Advanced Techniques in Synthetic Organic Chemistry
- Biosensors
- Optimal experimental design
- Modern application methods in (LC/MS) for medicinal chemistry
- Capillary electrophoresis
- MALDI-TOF mass spectrometry in proteomics
- Basic culturing of animal cells: theory and practice
- Mobility shift assay and footpriting of DNA binding proteins
- Phage display and microarray technologies in biomedical research
- DNA amplification technology
- Confocal laser scanning microscopy
- Bioanalytical HPLC
- Imaging and 3D reconstruction with single particle cryo electron microscopy
- Membrane protein overexpression and purification
- Bacteria as protein factories
- Preparative ultracentrifugation - theory and practice
- Cell signaling in cancer
- Biofysikaliska mätmetoder 10p
- High-speed heterocyclic chemistry
- Computer-assisted drug design
- Modern separation methods in drug analysis
- Cell cultures in pharmaceutical ADMET research
- Introduction to Mass Spectrometry
- Organometallic Chemistry in Organic Synthesis
- Advanced NMR Spectroscopy
- Advanced Organic Synthesis
- Lipid Biochemistry and Technology, Applications and Analysis
- Medical Optics for Ph.D.-students
- Clinical electrophysiology. Veterinary and comparative aspects
- Problems in the Organic Chemistry of Natural Products
- Process Analytical Technology
- Medical Biofilm Techniques
- Drug metabolism and analysis of the metabolites course AND Bioanalysis
- Basic Microscopy Course - In the Footsteps of AvL
- Advanced Microscopy Course
- Next Generation Sequencing (NGS) data analysis
- Transgenesis and Gene Targeting
- Bioconductor Course
- Safe Microbiological Techniques (Veilige Microbiologische Technieken)
- Basiscursus Regelgeving en Organisatie voor Klinisch Onderzoekers (BROK)
- Drug Design
- Drug metabolism and the analysis of metabolites AND Bioanalysis
