The BIOEducation program is designed to provide 2 types of training:
- Business training (focused on Business development)
- Technical training (focused on Product development)
Business development courses will provide training and support in innovation management, business strategy, market analysis, business financing, legal issues, planning and negotiation skills.
Product development courses should enable tenants and clients to receive training and support in process development, GLP (good laboratory practice) procedures and regulatory compliance.
Professional education provides necessary training for participants who wish to get familiarized with latest developments in selected topics, good laboratory practice (GLP) and the legal framework and compliance.
Participants will gain practical knowledge while working in sophisticated laboratories together with our teaching team, and learn about the latest analytical methods and technology solutions.
We organize and conduct our courses and seminars in collaboration with renowned universities, scientists and experts from the bioscience field. Our Professional education can be tailor-made to suit the specific need of a single participant, company or an organization.
LIST OF WORKSHOPS FOR GROUPS, PROVIDED ONCE A YEAR
|Bioanalytical laboratory I-Chemistry||Introduction to gas and liquid chromatography methods||Anita Šporec
|Development and validation of analytical methods in liquid chromatography|
|Sample preparation and method development in gas chromatography (GC-MS/MS)|
|Bioanalytical laboratory II – proteomics||Fundamentals of proteomics||Ana Butorac
Workshops are normally announced a couple of months ahead with all the relevant information regarding the timeline and registration. Additional information is provided on our web page, BIOCentre’s Facebook page, and in our Newsletter.
LIST OF OUR TAILOR-MADE WORKSHOPS ORGANIZED UPON REQUEST
Workshops can be organized for an individual or for a group of participants
|Bioanalytical laboratory I-Chemistry||Basic training courses: HPLC-UV/VIS (FLD, RID), LC-MS/MS, GC-FID, GC-MS/MS||Anita Šporec
|Method development for LC-MS/MS, HPLC, GC-FID, GC-MS/MS|
|Method development for cleaning process validation during pharmaceutical production|
|Analysis sample preparation: pharmaceuticals, cosmetics, foodstuff, etc.|
|Microbiology laboratory||Bioreactor systems – types, components and use||Adriana Lepur
|Bacterial metabolism and fermentation principles|
|Process optimization for production of biologics|
|Biomass collection and extraction of biological material (sonification, high-pressure homogenization)|
|Bioprocess design (rates, q-rates, balances)|
|Effects of xenobiotics and phytochemicals on pathogens and probiotics (study design)|
|Basics of genetic engineering (mutagenesis, cloning and transformation)|
|DNA isolation and analysis|
|PCR (polymerase chain reaction) basics, optimization and troubleshooting|
|Sterilization and disinfection procedures|
|Microbiological nutrient media – types and preparation|
|Isolation, cultivation and identification of microorganisms from different sources (water, wine, beer, environment)|
|Bacterial morphology and identification methods (microscopy, Gram staining, PCR)|
|Antibiotic sensitivity testing and interpretation|
|Bioanalytical laboratory II – proteomics||Peptide mass mapping||Ana Butorac
|Analysis of protein intact mass|
|Protein gel electrophoresis|
|In-gel and in-solution protein identification (MS based identification)|
|Protein liquid chromatography (SEC and RP-LC)|
|Amino acids analysis|
|Cell biology laboratory||Sample preparation and flow cytometry (immunophenotyping, transplant rejection, cell line validation, apoptosis/necrosis/viability, chemotaxis, actin polymerization, DNA content analysis)||Marko Marjanović
|Aseptic laboratory techniques, cultivation and maintenance of human and animal cell lines, supporting cells (“Nurse-like cells”), freeze/thaw procedures, peripheral blood and bone marrow lymphocytes isolation|
|Cell proliferation and cytotoxicity assays (MTT)|
|DNA, RNA and total protein isolation from cells and tissues, ELISA test|
|Cell line transfection using lipid reagents|
|Cultivation of animal and human cell lines in bioreactors. Bioreactor types, components and uses. Mammalian cell metabolism. Production of recombinant proteins in mammalian cells|