Main Article Content
Candida parapsilosis, a normal flora found on the human body, is recognized as an opportunistic pathogen in immunocompromised individuals, especially in the neonate. C. parapsilosis also can form a biofilm to protect cells from the external environment. Therefore, biofilm results in resistance to antimicrobial agents and host immunity, leading to a severe infection in the patients. Cell surface hydrophobicity (CSH) is one factor that affected biofilm formation. This research aimed to study biofilm formation using two different materials (polypropylene tube and borosilicate tube) and CSH using microbial adhesion to hydrocarbons (MATH) test in 66 C. parapsilosis clinical isolates. The results showed that biofilm formation in 66 isolates was strain-dependent, and biofilm was related to two different materials. Using MATH method, the hydrophobicity of the isolates was between 1.370 - 90.217%. However, the correlation between hydrophobicity and biofilm formation of all isolates was not shown in this study.