• Flow cytometry analysis;
• Identification of chemical and biochemical biomarkers resulting from metabolic processes;
• Bioinformatics analysis of molecular biology data - genomics, transcriptomics, metabolomics;
• Testing the antimicrobial activity of natural products;
• Composition and efficacy profile analysis for plant extracts and phytopharmaceuticals;
• Extraction and concentration of active compounds and their conditioning as transport vectors (phytosomes, transferosomes, controlled release carrier vehicles);
• Artificial blood testing (14 types of haemoglobin and haemerythrin derivatives: 7 haemoglobins and 7 haemerythrins);
• Biocompatibility testing of medical devices and other substances/materials on cell cultures (in vitro);
• Testing the immunomodulatory action of novel bee products;
• Validation of bee venom action in a predefined pathological context;
• Testing the primary and/or side effects of certain drugs;
• Testing the effect of pesticides and neuroexcitotoxic compounds - glutamate, aspartame, cyclamate, effects on neuro-embryonic development, immune, endocrine-metabolic response, etc.
• Development of rapid analysis tools - specific sensors and biosensors, tailored to customer needs.
• Continuous training (specialist training in the use of techniques and validation of analysis and characterisation methods), targeting both business and academia.

• Molecular identification of plant species for quality control of dietary supplements using DNA barcoding and DNA metabarcoding;
• Development of dietary supplement formulations (formulation protocols, quality analysis, compositional and efficacy profile characterisation for new product);
• Analysis of active compounds (lipid and water-soluble vitamins, polyphenols, anthocyanins), metabolites, contaminants, degradation products from food, beverages, nutritional supplements using high-performance methods - high performance liquid chromatography with mass spectrometric/UV-vis/fluorescence detection and capillary electrophoresis;
• Extraction, concentration and conditioning of active compounds for introduction into functional foods;
• Development of technology lines for new products;
• Determination of nutritional value;
• Development of rapid analysis tools - specific sensors and biosensors, tailored to analysis needs;
• Genotyping of crop plants using genotyping-by-sequencing (GBS) to improve breeding programmes;
• Standardised methods testing to support a decision-making system for commercial PMG cultivation in Romania;
• Assistance in the development of nutritional claims and labelling for food supplements according to the legislation in force;
• Continuous training (specialist training in the use of techniques and validation of analysis and characterisation methods), targeting both business and academia.

• Analysis of contaminants (heavy metals, pesticides, emerging contaminants in pharmaceuticals);
• Determination of antibiotic resistance in microorganisms;
• Pedo-biological analyses of soil quality and health;
• The use of biological agents to control crop pests and invasive plants;
• Advice on plant protection and organic production;
• Water toxicity testing on living organisms: zooplankton, phytoplankton, fish;
• Assessment of anthropogenic impacts on the environment;
• Determination of the microbiological load of ambient air;
• Provision of algal biological material (for remediation solutions, for example);
• Services for the identification of genetically modified organisms;
• Micropropagation and testing of different plant growth substrates in vitro (contributions to restoring biodiversity);
• Conservation ex-situ of rare/endangered/endemic plant species of economic interest (contributions to restoring biodiversity);
• Continuous training (specialist training in the use of techniques and validation of analysis and characterisation methods), targeting both business and academia.

• Identification and characterisation of natural resources with potential for exploitation (medicinal plants, algae, agri-food by-products, organic waste), including assessment of the environmental impact of their exploitation.
• Development of advanced extraction and processing technologies for obtaining bioactive compounds (antioxidants, polyphenols, peptides, hydrolysed collagen), usable in food supplements, cosmetics and agricultural products, and their transfer and implementation to economic operators.
• Making better use of by-products and waste from agriculture and industry by converting plant residues into natural fertilisers or plant biostimulants.
• Development and implementation of technologies for the recovery of proteins and peptides from fish processing side-streams (scales, bones, skin, viscera), with dual applications: food supplements/cosmetics and biofertilisers/biostimulants for agriculture.
• Consultancy for companies and authorities in designing integrated circular bioeconomy solutions in line with the principles of the green economy.
• Development of wastewater bioremediation technologies (municipal, agricultural, industrial) using microalgae, including mesocosm testing. Transfer and implementation to economic operators.
• Environmental management solutions and assessment of climate change impacts on microalgae and aquatic ecosystems, including control of harmful algal blooms.
• Supply of authenticated strains of microalgae and cyanobacteria for research, industrial testing and development of bioproducts (biofertilisers, bioactive compounds, pigments).
• Production and characterisation of algal biomass, development of biofertilisers, biostimulants, supplements and cosmetics based on microalgae.
• Support for authorities, companies and environmental operators in implementing circular solutions that combine bioremediation with algal biomass valorisation.
• Development of digital tools for monitoring biotechnological processes.
• Development of predictive models to optimise resource use, reduce waste and increase the efficiency of biotechnological processes, respecting the principles of circular economy.
• Deployment of sensors and IoT solutions to track the quality and safety of bioresources and products derived from circular biotechnologies.
• Consultancy and digital support services for companies and authorities in the adoption of AI platforms and predictive solutions dedicated to the valorisation of bioresources.

Protection and valorisation of intellectual property

• Support in the process of filing patent applications and protection of CDI results.
• Assessing the technological and economic value of RDI results as a basis for negotiation and licensing.

Knowledge management and turning RDI results into transferable solutions

• Adaptation and conversion of RDI results to become industrially feasible.
• Developing technology offerings and identifying appropriate dissemination and marketing channels.
• Realisation of feasibility and market studies for CD outputs.
• Identifying and analysing technology transfer needs.
• Develop personalised transfer plans with dedicated toolkits (brochures, guides, feedback questionnaires, success indicators).
• Support in industrial implementation of solutions, validation and optimisation using the institute's CDI infrastructure.

Training and coaching for technology transfer

• Training programmes for staff from SMEs and companies, with access to INCDSB research infrastructure and equipment.
• Skills development courses for adopting and implementing new protocols and technologies.

Technology brokerage and partnerships

• Organising B2B sessions and matchmaking activities dedicated to knowledge and technology transfer to business.
• Facilitating the transfer of knowledge and technology by identifying and capitalising on opportunities for collaboration.