"This is the first study that suggests using flotation agents to separate planktonic from adhered bacteria. When a high-density solution is used, buoyancy of bacteria ensures their segregation in the solution. Flotation agents could be used instead of washing procedure, which is inaccurate and hardly reproducible. High-density flotation agents could be used for more precise evaluation of bacterial adherence in many assays, such as research of biofilms or evaluation of probiotics."@en . . . . . "http://onlinelibrary.wiley.com/doi/10.1111/lam.12234/abstract" . . . . "adherence; biofilm; caesium chloride; flotation; washing procedure"@en . "994" . . . . . "Kadlec, Robert" . "6" . "A novel flotation technique for the separation of nonadherent micro-organisms from a substrate" . "[8FBDB1017059]" . "RIV/26722861:_____/14:#BR69!RIV15-MZE-26722861" . "000335981900015" . "10.1111/lam.12234" . "I, P(QJ1210301), P(QJ1310258)" . . "Jakubec, Martin" . "A novel flotation technique for the separation of nonadherent micro-organisms from a substrate"@en . . . "US - Spojen\u00E9 st\u00E1ty americk\u00E9" . "2"^^ . "3"^^ . . . "A novel flotation technique for the separation of nonadherent micro-organisms from a substrate" . . "Letters in Applied Microbiology" . . "This is the first study that suggests using flotation agents to separate planktonic from adhered bacteria. When a high-density solution is used, buoyancy of bacteria ensures their segregation in the solution. Flotation agents could be used instead of washing procedure, which is inaccurate and hardly reproducible. High-density flotation agents could be used for more precise evaluation of bacterial adherence in many assays, such as research of biofilms or evaluation of probiotics." . "1472-765X" . "58" . "6"^^ . . . "RIV/26722861:_____/14:#BR69" . "A novel flotation technique for the separation of nonadherent micro-organisms from a substrate"@en . "Jagli\u010D, Z." .