Projects

018UVLF-4/2025
Development of protocols for the molecular biological study of pathogenicity and virulence factors of medically important bacterial pathogens

APVV-23-0384
The perspective of the use of beneficial bacteria and their bioactive substances in the prevention and therapy of oral diseases in companion animals

APVV-23-0488
Antagonistic effect of bioactive substances on clinically significant antibiotic-resistant and biofilm forming coagulase negative staphylococci

1/0668/24
The potential of bioactive substances produced by beneficial bacteria in the prevention and therapy of dental diseases in veterinary and human medicine

1/0372/22
The use of beneficial microorganisms and their bioactive products in the elimination of skin biofilm infections.

1/0015/21
Gnotobiotic laboratory animals associated with human microbiota in the study of prevention and therapy of inflammatory bowel diseases (IBD).

1/0731/21
Substances of natural origin as a part of sustainable aquaculture

007UVLF-4/2021
Bioinformatic and molecular tools to study factors of pathogenicity and virulence of the medically important bacterial pathogens

1/0788/19
Štúdium zmien v mikroflóre dentálnych biofilmov u ľudí a psov za účelom harmonizácie mikrobiocenózy ústnej dutiny pomocou vybraných orálnych probiotík

APVV-16-0176
Targeted modulation of gut microbiota and its transplantation in prevention and treatment of inflammatory bowel diseases

APVV-16-0203
Therapeutic and preventive recolonization of skin ecosystem in equine dermatitis.

1/0081/17
Study of the effect of beneficial microorganisms and their bioactive products on the inhibition of biofilm-forming pathogens.

APVV-15-0377
Synergistic effect of secondary metabolites of plants and products of probiotic bacteria on inhibition of biofilm-producing pathogens.

1/0009/15
The use of germ-free (gnotobiotic) laboratory animals in research of digestion tract physiology and mutual interactions between natural microflora and digestion tract pathogens.

APVV-0379-10
CLASSICAL, GENOMIC AND PROTEOMIC APPROACH IN THE INVESTIGATION OF ECONOMICALLY IMPORTANT VIRAL INFECTIONS OF FARM ANIMALS