Aim: In vitro study of autoaggregation, coaggregation and adhesion properties of lactic acid bacteria (LAB), isolated from Armenian healthy women. Methodology: For evolution of adhesion used microbial adhesion to solvents (MATS) test. Autoaggregation and coaggregation measured by the absorbance (A) at 600 nm of the cell suspensions after vortexing and after 5 h of incubation at room temperature. Results: MATS shows that L. acidophilus GH 201 and L. plantarum GH 202 of lactobacilli have 47.47% and 46.94% hydrophobicity respectively. It is a first time showed that lactococci (L. lactis GH 204 and L. lactis GH 211) have high hydrophobicity, 65.32% and 25.52% respectively, significantly excessing the hydrophobicity of known L. lactisATCC 19435 and L. lactis HV219 (0.78 - 4.0%). It is revealed that treating of C. albicans by supernatant of L. plantarum GH 202 culture drastically reduce from 46.6% to 12.64% it`s adhesive properties to solvents. The coaggregation abilities of L. acidophilus GH 201, L. plantarum GH 202 and L. delbruecki GH 205 (50.73%, 49.71% and 35.8% respectively) with C. albicans - the main causative agent of vaginoses were high. It is interesting, that L. lactis GH 204 also has high coaggregation capacity with C. albicans, about 20 times surpassing the well-known strain L. lactis ATCC 19435. Conclusions: The vaginal LAB strains isolated from Armenian women due to their high aggregation, coaggregation and adhesive properties can be use in pharmaceutical preparation, such as suppositories, capsules and tablets for colonization/recolonization vaginal ecosystem