Purpose: Candida albicans (CA) is a major pathogenic fungus that causes a critical infection and life-threatening disease. Currently, during the treatment of COVID-19 (in ICU), invasive Candidiasis and Candida colonization should be prevented to avoid the increase, in mortality, in SAPSII, and in length of stay. Our aim was to characterize and analyze the infection of CA for eradication.
Methods: We characterized and analyzed the infection source and infection field which are carrier field, diffusion field, and spread field, by using a new infection examination (diagnostic) system (IEDS) comprising a new dental formula (measurement analysis) medium (DFM) with time, space, and phase, and the simultaneous relative differential equations (C4RDE).
Results: This study showed that CA was not an endogenous microorganism, but a fungus that infected teeth causing dental caries that was successfully eradicated from all teeth of 353 Japanese patients.
Conclusion: Our methods help to eradicate the infection source, prevent critical infection, and reduce mortality. The IEDS is a powerful tool that can be applied for any infection easily. It is possible for the dentists to characterize CA by IEDS and eradicate CA from the oral cavity. IE(D)S will dramatically reduce the threat to the living body by pathogenic microorganisms.