The human parasitic pathogen Candida albicans is an ordinary piece of the microflora in the gastrointestinal tract, mouth and genital tract. It causes shallow contaminations, yet in addition perilous infection in people with safe framework absconds. With the development of the immunocompromised patient populace because of the predominance of AIDS and cutting edge innovations of clinical treatments, contagious contaminations brought about by Candida species have drastically expanded over the previous decades. Extraordinary advances have been made in investigating the natural and pathogenic highlights of C. albicanssince the distribution of the total genome grouping of SC5314, a research center strain of C. albicans in 2000. The accessibility of the genome grouping has quickened the natural investigation of C. albicans and marks the coming of the post-genome time. Additionally, new methods, for example, RNA-Seq, ChIP-chip, and proteomics were created to produce important huge scope assets to efficiently consider the capacity of C. albicans qualities. The comprehension of the sub-atomic systems of pathogenesis, morphogenesis and different viewpoints in C. albicans and related species won't just advantage the revelation of potential antifungal targets and the advancement of novel medications, yet in addition give a model framework to the investigation of other human parasitic pathogens. The Candida inquire about network is developing quick. The coordinated effort among research centers with various foundations is getting more significant than any other time in recent memory to investigate the organic multifaceted nature of C. albicans. Interestingly, numerous genomic and utilitarian genomic examination devices have been adjusted to contemplate the genomic highlights and the jobs of C. albicans qualities. These new strategies will make this pathogenic life form progressively tractable for the future examination.