Abstract
Fungi kingdom is separate kingdom characterized by the chitin in its cell walls, exist everywhere in the environment. Some of them are useful. Fungal diseases frequently come from common fungi found in the environment. In most localized fungal infections cases, the problem usually resolves after bacteria growing back. Localized fungal infections usually affect areas like skin, nails, vagina, mouth or sinuses. Candidiasis infection considered the fourth most common hospitalized acquired bloodstream infections with a predisposing factors like using of catheters, neonatal intensive care, major gut surgery, or liver transplantation. More than 12 Candida species can cause disease. Candida albicans that most dimorphic fungi that are human pathogens, show growth by budding into diseased tissues and, stay as filamentous mycelial fungi in the external environment, low temperature or pH promote the development of a budding yeast. Other substances like zinc, biotin, cysteine, and serum transferrin, stimulate yeast dimorphism. Biofilms thick can range from 25 to 450 pm and start to appear within the first 24 hours of colonization. This biofilm is composed of cellulose, Polynucleotides, Polypeptides, and polysaccharides. The biofilm also contains fibrinogen and fibronectin which are bound together by ligands. Vulvovaginal candidiasis is infection in the women vaginal wall. The yeast causes itchiness and a burning-sensation in the vagina tissues, a white cheesy discharge. Application depending on the usage of materials in the nanometer scale known as nanotechnology that permit engineering to control nanomaterial which have physiochemical properties and interacts with biological systems. In addition to its electrical alterations, morphological, magnetic, physical, structural and chemical properties of nanomaterials, which has characteristic comparable nano size with pioneering attractive applications in biological and technologically. Metal oxides with nanostructure have attracted considerable interest in many such as, zinc oxide (ZnO). Finlay resistance too many antifungal is becoming a large problem. New antifungal have to be developed to overcome this issue since only a limited number of antifungal are available. It is important to explore novel antifungal, which many replace the current protocols. Recently, nanoparticle material is using as new antifungal treatment that much different from conventional antimicrobial.