The yeast known as Candida, a genus with many different species in it, is a ubiquitous organism that is ripe for research. Candida is a pathogenic yeast that is responsible for Candidiasis. As the number of immunocompromised people increase throughout the world, so does the incidence of Candidiasis. In some cases, Candida infections of the body can even prove fatal; often this is due to Candidemia. Among fungal pathogens, Candida is one of the more prominent attackers of humans. There has also been much discussion of how Candida also causes a wide array of other health maladies; such as ADHD, chronic fatigue, and other general negative consequence of the toxins this yeast produces. As a result, the need to research and understand Candida makes it a great choice for Microbiology studies and student research.
The complete genome for Candida has now been fully cataloged, and this genome has been very useful for the identification of key genes present in this pathogen. Because Candida yeast is closely related to Saccharomyces cerevisiae, much of the knowledge of Saccharomyces cerevisiae can be applied to Candida albicans (the most virulent species of Candida). This relationship causes Candida albicans to be amenable to transformation, gene disruption, and mutation. In recent years, there has been considerably more research done on Candida, providing the medical community with increased understanding of the behavior and tactics of this yeast. As a result of these things, Candida albicans has become a model organism to conduct research and study with. Learning more about this yeast will help in the development of antifungal therapies and improve the survival rate of immunocompromised individuals. If you are studying microbiology, you may wish to conduct a project at your college on this yeast species! Candidiasis could be a modern health epidemic, and study results would be beneficial for therapy and personal career advancement.
Faculty Engaged in Candida Research
Michael C. Lorenz, Ph.D., is currently a faculty member in the Department of Microbiology and Molecular Genetics at the University of Texas. Dr. Lorenz is originally from Atlanta. He first started research at the Centers for Disease control and Prevention studying malaria and HIV. He later enrolled in the doctoral program in Cellular and Molecular Biology at Duke University. At Duke, he researched the close relation of Candida: Saccharomyces cerevisiae. After this experience Dr. Lorenz began to study Candida yeast. He has been among the faculty of University of Texas Medical School since 2003. This professor is one great example of a person who made significant efforts to understand fungi and made significant career advancements in the process. He can be an inspiration for you as you study in college and possibly take up some graduate or undergraduate studies of microbiology.
Another prominent academic paragon researching Candida is Dr. Richard Calderone. Dr. Calderone is Professor & Chairman of the Department of Microbiology & Immunology of Georgetown University. Dr. Calderone is also the Director of the M.S. program in Biomedical Science Policy & Advocacy at Georgetown University. He is an ardent researcher of Candida, and has a lab dedicated to the research of Candida albicans and Aspergillus fumigatus. These two fungi are of critical importance to immunocompromised individuals. The lab currently has developed 4 new compounds in patent. The research tries to understand new ways in which Candida albicans can be attacked at the molecular level. The lab is currently supported by NIH funding and has the potential capacity for new doctoral students or general research staff. If you wish to further your education in microbiology, you could do it here. Your work on Candida albicans could be a great addition to your current academic pursuits!
Botany and Candida Research
Currently there are many strains of Candida that have become resistant to multiple antifungal drugs: known as multidrug resistant (MDR). There has been significant amounts of research done on these MDR strains of Candida and their reaction to natural antifungals. Many essential oils of various plants are used to see how Candida reacts to them. The findings have shown that some of these plant chemicals are able to disrupt Candida biofilm, and many plant essential oils are able to inhibit and kill Candida yeast.
One website that documents several important studies related to natural medicine and Candida is Candida Hub. Here you will learn how to naturally get rid of yeast infections fast. There is a wide array of important studies and a summation of the findings on this website. This is one example of how to gather and collect information and learn how to properly treat a yeast infection.
Much of the research is conducted very professionally. You can even find many of these studies available on Google Scholar. If you wish to pursue botany or a related academic field, there is also opportunity to do research on various pathogens; of which some are Candida yeasts. The scholastic experience and professional research in this field is sure to be very rewarding. You could even write a book later on addressing Candidiasis and help many people with their health!
If you’d like to learn more about microbiology and how to get into laboratory research and earn academic credit there is no doubt a lot of information available. You can find out more about yeast infections via the link below!