Projects in Lithuania

Identification of potential genetic reserve sites of medicinal and aromatic plants and assessment of their suitability for long-term conservation in southwest Lithuania Project leader: Dr. Juozas Labokas
Division: Laboratory of Economic Botany
Contracted by: State Forest Service

The effect of tannin-accumulating plants of the Eric family on the causative agents of periodontitis Project leader: Dr. Vita Raudonienė
Student: Roberta Česokaitė

Microbiological assessment of production material Project leader: Dr. Daiva Burokienė
Division: Laboratory of Plant Pathology
Contracted by: UAB NMF Porolon

Assessment of phytosanitary status of spruce trees Project leader: Dr. Daiva Burokienė
Division: Laboratory of Plant Pathology
Contracted by: Nora Bernotienė

Assessment of phytosanitary status of pine trees Project leader: Dr. Daiva Burokienė
Division: Laboratory of Plant Pathology
Contracted by: UAB Stebulė

Investigation of viricidal effect of the surface of materials Project leader: Dr. Daiva Burokienė
Division: Laboratory of Plant Pathology
Contracted by: UAB Inovacinė firma MKDS

Investigation of microbiological contamination in samples Project leader: Dr. Daiva Burokienė
Division: Laboratory of Plant Pathology
Contracted by: UAB Daumanai LT

Recommendations for fish farms on the use of preventive substances against fish diseases and parasites in fish farms, recommended amounts of substances Project leader: Dr. Kęstutis Skrupskelis
Division: Laboratory of Fish Ecology
Contracted by: National Association of Aquaculture and Fish Products Producers

Raman scattering spectrometric studies of white grape wine Project leader: Prof. Dr. Habil. Vincas Būda
Division: Laboratory of Chemical and Behavioural Ecology
Contracted by: UAB Spektrolabas

Investigation on correlation of electronic nose signal with volatile organic compounds released in the process of decay of food products of plant origin Project leader: Prof. Dr. Habil. Vincas Būda
Division: Laboratory of Chemical and Behavioural Ecology
Contracted by: UAB ARS lab