Before you begin to eliminate candida yeast spores it is important to understand what it is and how it operates. This article is going to help readers have a general understanding of candida and then a brief break down on how to eliminate candida yeast spores.
There are many different types of fungi, the study of which is called mycology. Some feed off dead organisms while others live and feed off hosts, such as candida albicans. The later are called pathogenic fungi and they can cause diseases including athletes foot, ringworm, nail infections, yeast infections and so on.
Usually a fungus sprouts from a spore and then produces filaments, long spindly parts called hyphae. As these hyphae grow they branch and connect with other hyphae from other cells forming a larger organism called a mycelium. The hyphae extend their tips searching for food as they move around, penetrating surfaces inside the body. Yeast on the other hand is the benign form of Candida albicans, the rounded form that does no harm. Yeast does not reproduce by sporing, it divides or buds.
Pathogenic activity of Candida Albicans
When outside triggers occur the round yeast cells can transform into pathogenic hyphae. It will then look for food penetrating and permeating the intestinal walls, and causing problems like Leaky Gut Syndrome. It reproduces by producing spores, so it is important when treating a yeast infection to eliminate candida yeast spores as well as the active hyphae. In order to eat the fungus absorbs nutrients like sugar and amino acids. Its waste is toxic to us and it is that that causes the symptoms of yeast infections or candida overgrowth. Some of these toxins are called mycotoxins and they brake down foods for them to then absorb. Other toxins such as gliotoxin affect the immune system by killing white blood cells.
Cell construction of candida
Understanding the cell construction of the candida albicans can help with understanding how to eliminate candida yeast spores. All cell walls are pliable and soft and permeable so nutrients and chemicals can enter and leave. A fungus also has a double layer so that internal ‘stuff’ stays in the cell and doesn’t leak out, and external gets in. The main component of a fungal cell was is chitin with cellulose, zymosan, mannan and beta-glucan. The plasma membrane has ergosterol. The reason these facts are important is the how and why of treatments for candida.
Candida albicans has a shifting ability from a smooth white colony, to a gray flat rod like colony, and can take on various forms. This shifting and adaptation is a survival mechanism. There are actually over 200 species of Candida and they are very similar but have DNA structures that differ slightly. An interesting thing about candida is when mice were injected with candida tropicalis and then tested later, only candida albicans were found. This shifting ability is possible one of the ways candida can affects such a large range of body sites on the human host.
What will eliminate candida yeast spores
There are anti-fungal drugs that work by combining with the ergosterol of the fungal cell membranes such as Amphotericin B and nystatin. Other anti-fungal drugs that can be used to eliminate candida yeast spores include, itraconazole, ketoconazole, fluconazole, flucytosine, caspofungin, terbinafine and voriconazole. As well as anti-fungal drugs to eliminate candida yeast spores you can also look at natural and home remedies too. Taking in more probiotics either by eating foods like probiotic yogurts or by taking supplements will help eliminate candida yeast spores as the good bacteria will regain control of the candida overgrowth.
Diet is also a factor, as mentioned candida feeds on sugars so cutting back on those types of foods will help as well as dairy, refined foods, and alcohol. Natural treatments such as raw garlic, pau d’arco, caprylic acid, tea tree oil are all potential ways to eliminate candida yeast spores.