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Yes, it is true, apple cider vinegar can cure a yeast infection. Although, it is not important to use apple cider vinegar to get the job done. There really isn’t much difference in vinegar when it comes to using it as a disinfectant; as, the primary reason vinegar works is acetic acid. Acetic acid is created by bacteria that eat up alcohol and produce this acid as a byproduct of their metabolism. So, all vinegars are simply alcoholic solutions that have had their alcohol transformed into acid; hence, why wine gets sour! So, when you're looking for the perfect apple cider vinegar to treat a yeast infection; you don’t really need to get a fancy, organic vinegar. The most important indicator of any vinegar’s efficacy as an antifungal is its acetic acid content--directly reflecting its pH. Even plain old white vinegar will work nearly the same as a fancy, organic apple cider vinegar.
For vaginal yeast infections, apple cider vinegar makes a great option for a douche. Vinegar is an excellent choice for a douche as it can kill off yeast and douches with vinegar will not inhibit probiotic Lactobacillus bacteria (Pavlova, Tao; 2000). Lactobacillus bacteria is vital for vaginal health; about 95% of the bacteria in a healthy woman’s vagina is comprised of Lactobacillus species (Anukam; 2006). Thus, wiping out the harmful yeast and leaving the helpful bacteria alone in the vagina is key to effectively treating a vaginal yeast infection. And, as research seems to indicate, apple cider vinegar could help to un-attach the yeast from the skin or mucous membrane it has clung to. This will help mechanically remove the yeast from the body and help to stymie further colonization of these body surfaces.
If you are planning on using vinegar to treat a yeast infection, you may want to try using 100% vinegar and not diluting it. You may wish to test out weaker concentrations of apple cider vinegar as douches or topical washes before you start using 100% concentrations. Typically, most apple cider vinegar won’t have excessive amounts of acetic acid in it, but to be safe, start out using weaker concentrations of it and then move up you solution strength if you don’t see any adverse effects on the skin. Also, a key thing to do with your vinegar before you use it is to add in some antifungal essential oils, or steep it in antifungal herbs. This will add powerful anti-Candida phytochemicals to the vinegar and should greatly enhance this natural remedy’s efficacy. For more information on these natural items, feel free to check out these sections of Candida Hub:
Research on Vinegar’s Antifungal Power
The first study we will look at sought to see how well vinegar could be used to inhibit and kill Candida species; and, see how the surface of dentures would react to bathing in this mild acid (as Candida can grow on dentures and cause oral infections in those who wear these devices). The study was published in BMC Oral Health [15.1 (2015): 1]. The study used five different strains of Candida albicans and three different strains of Candida tropicalis. Candida albicans is known to be excellent at attaching to denture surfaces and is most implicated in contaminating dentures; thus, this was the primary species used in the study. The researchers found that vinegar, at a concentration of 10 mg / mL, would totally kill all the strains of Candida after being exposed for 120 minutes.
The study also found higher concentrations, at 4 times the minimum inhibitory concentration (MIC) (the MIC is the amount of a substance needed to arrest development, but does not kill--which 4 times the MIC was 10 mg / mL for Candida albicans), completely prevented Candida from adhering to the denture surface. This prevention of adhesion is important, as it shows vinegar may help stop Candida from attaching to the mucous membranes or the skin where it is causing infection; thus, helping to wash out the yeast and stop the infection. The researchers had this to say about using vinegar for cleaning dentures and stopping Candida:
Alcohol vinegar showed in vitro activity against Candida strains involved with denture stomatitis, with fungicide action after 120 minutes of exposure to a concentration of 10 mg/ml. It was also able to prevent the adhesion of C. albicans to acrylic resin and did not cause changes on the surface roughness and color of the acrylic resin after two hours of exposure.
The next study, published in the journal Brazilian Oral Research [24.1 (2010): 28-33], used a 50% white vinegar solution to cleanse toothbrushes from Candida albicans. The study states that this solution of white vinegar was not quite effective at cleansing the toothbrushes from yeast; however, their own chart reporting these results shows that this solution did significantly reduce the amount of Candida on the toothbrushes. The chart below shows that 50% white vinegar reduced Candida growth by about 4 fold in comparison to the control (which had no disinfecting solution and represented unhindered Candida development). Although this weaker solution of vinegar didn’t totally wipe out Candida, it did strongly inhibit the development of the yeast. Thus, a stronger concentration than 50% vinegar may be required to totally wipe out a yeast infection effectively.
Another study looked at how efficacious 50% and 100% white vinegar would be at sanitizing two different materials used in producing dentures; colonized by two different species of Candida albicans. The research was published in the journal BioMed Research International [2014 (2014)]. Several other methods of sterilization were used in the study besides the white vinegar. After inoculating the plates of these denture materials with yeast, the plates were allowed to sit in various sanitizing agents for 10 minutes. Then, the remaining yeast cells were allowed to be grown to see how much yeast remained after this sanitation process. For both strains of Candida, and on both denture type materials, 100% white vinegar was found to be the best at sanitizing Candida albicans from these devices. The pure white vinegar totally wiped out all Candida albicans that had grown on the denture materials. Even 50% white vinegar was quite powerful at getting rid of the yeast. A chart from the study shows the results of the various sanitizing solutions at ridding the two different materials of the yeast.
Another study, using just 10% vinegar solution on Candida species, was published in the Journal of Applied Oral Science [16.6 (2008): 385-390]. The participants in the study were denture wearers, and were instructed to leave their dentures in the vinegar solution overnight for 45 days. The study found that the 10% vinegar solution lowered the amount of Candida species present in the denture wearer’s saliva and reduced the amount of denture stomatitis (inflammation of the mouth). But, this weak concentration of vinegar was not that good at eliminating the Candida. However, using a little was shown to be better than not using the weak vinegar solution.
Another study showed a weak concentration of vinegar could rapidly stop Candida from adhering to acrylic resin plates. The study was published in the Jundishapur Journal of Microbiology [2012.2, Spring (2012): 388-392]. The study used 5% and 10% concentrations of vinegar and soaked plates that had Candida growing on it and developed a biofilm. The Candida colonized plates were soaked in the vinegar solutions for 8 hours and then analyzed. The study found that the 10% vinegar solution removed 100% of the Candida from the plates; and, the 5% vinegar solution removed 99% of the adhered Candida from the acrylic resin plates. The study concluded that overnight immersion in white vinegar would effectively remove Candida cells from denture surfaces. Thus, we can speculate that vinegar can also help to remove Candida that has adhered to skin and mucous membranes of the body; e.g., in the vagina or on the penis.
How Yeast React to Environmental pH
Candida also has the ability to raise the pH of the environment in colonizes; and thus induce its transition to its hyphal growth form (where Candida grows germ tubes to dig into the skin and more effectively entrench itself into an area of the body). Thus, keeping the environment attacked by this yeast acidic is important to stop dimorphic species of Candida, such as Candida albicans, from becoming more virulent.
A study showing how Candida could do this was published in the journal MBio [2.3 (2011): e00055-11]. The study found that Candida albicans effectively raises the pH of acidic environments from 4 to greater than 7 in less than 12 hours. The researchers speculated the yeast was able to do this by breaking down amino acids and synthesizing a type of ammonia. The yeast would then secrete this ammonia and alkalinize its environment; effectively triggering the hyphal growth phase of the yeast. Thus, it is important to keep the area Candida is invading acidic and unconducive to the development of its more virulent, hyphal form.
A study showed that Candida albicans, in a significantly acidic enough environment, starts to self destruct. The study was published in the Molecular Biology of the Cell [19.10 (2008): 4393-4403]. The study demonstrates that in an acidic environment, Candida albicans’ Ras-cAMP pathway activates and signals the acceleration of programmed cell death. The research has shown that this accelerated death can be regulated by the MNL1 gene; and, that over time; this weak acid stress response can be adapted. But regular exposure to apple cider vinegar should help to cause yeast cells to self destruct.
Making the Best Apple Cider Vinegar Remedy
As previously stated, mixing in other antifungal plants to the equation can greatly enhance any natural remedy that uses apple cider vinegar. You could choose to do this in a wide variety of ways. Adding in several drops of various essential oils to the vinegar would be one method. Steeping the apple cider vinegar in dried antifungal herbs is another way. Perhaps the best method would be to do both: steep the vinegar in herbs and then add various essential oils after the mixture has cooled. Keep in mind you will need various concentrations of essential oils in the vinegar to achieve any results; so don’t assume adding a drop or two of an essential oil to a large amount of vinegar will do much. Again, for more information on how to effectively use various herbs and essential oils you can check out the sections on these topics (previously linked to above).
If you are treating a vaginal yeast infection, after you get done douching with the apple cider vinegar you should insert a probiotic pill into the vagina. Make sure the probiotic contains mostly Lactobacillus bacteria; as these are the bacteria that naturally dominate the vaginal microbiota. It would also help to take the same probiotic orally every day as well. Keeping helpful probiotic bacteria thriving in the body is a great way to stave off Candida overgrowth. These probiotic bacteria take up space, eat up excess sugar, and some can secrete lactic acid (which keeps the vagina in healthy, acidic state).
Linda Allen’s Natural, 12 Hour Yeast Infection Cure
As you may know, many people--especially women--suffer from recurrent yeast infections. They routinely buy product after product to treat the infections; however, the problem seems to always come back after a short while. Linda Allen was one such unfortunate woman who struggled with recurrent vaginal yeast infections. This seemingly small health problem would grow and transform into a systemic yeast infection in Linda’s body; totally ruining her health and making her feel terrible in her day to day life.
The beginning of Linda’s Candida story started around the same time she was treated for a sinus infection. When Linda first got her yeast infection she didn’t waste much time in making an appointment with a physician to get it resolved. After she used the prescription drug, it worked initially; however, as time went on, Linda came down with another yeast infection. Again, Linda went to her doctor and got a drug to treat it. Yet, like before, the yeast infection went away at first; but, after a little while of being free from the infection, it came right back again. The cycle of yeast infection treatment and recurrence would go on in Linda’s life for over a decade. Linda’s health continued to deteriorate and she felt miserable and did not know why.
Linda frequently made appointments with physicians and her health always seemed to be in disorder. Those who knew Linda wondered if she was somewhat of a hypochondriac or just much worse physically than she was letting on. Linda was without much direction in her knowledge of why she was going through this; until, she made an appointment with a naturopath. The naturopath did, fortunately, know what was happening to Linda. The naturopath explained to LInda that the reason she has frequent Candida outbreaks and general poor health was due to a systemic overgrowth of the yeast in her body. The naturopath did not have a permanent solution to her Candida problem, but Linda did get pointed in the right direction.
Linda began researching natural medicine diligently hoping to find an answer to her Candida problem. Linda read a plethora of books relating to her condition and natural therapies. When a doctor or natural medicine expert was kind enough to lend her their time, she would delve into their experience and glean what she could from their knowledge. Linda also spent a considerable amount of time and money trying a host of alternative therapies; none of them were able to permanently stop her Candida. Linda even tried a strict, Candida diet; but, found that after she discontinued the horrible eating protocol, her yeast infections would come right back. All these experience didn’t leave Linda empty handed, however. As she read and experimented, she gained helpful insights to how to stop Candida.
Eventually, she learned how to address the root causes of Candida overgrowth. Armed with this hard earned knowledge, Linda put together a novel treatment program. Linda spent a year polishing and refining her new approach. Finally, the time came to put her ideas into practice and she embarked on her new treatment plan. Thankfully, after a brief amount of time her yeast infections cleared up; and, as time continued to pass, the yeast infections stayed gone. Suddenly, LInda’s whole health began to improve and she felt like she finally had got her life back. Eventually Linda knew she had solved the Candida puzzle, she had found a permanent, total cure for Candida overgrowth.
Linda has since published a book detailing exactly how to repeat her success. Her treatment even includes a powerful 12 hour treatment for yeast infections--guaranteed to get rid of a yeast infection in just 12 hours. Linda’s treatment is also guaranteed to wipe out systemic yeast infections in a few weeks and restore your good health--no more fatigue, pains, spaciness, repeated bacterial infections, or any other symptom associated with Candida. Linda offers a 60 day, 100% money back guarantee on her book to assure anyone who may have been burned by a supposed “cure” in the past. If you are not better fast, you can quickly get all your money back. Since Linda initially published her book in 2004, over 100,000 people from all over the world have used Linda’s book to get rid of their Candida problems!
Linda’s book, Yeast Infection No More, is published by one of the world’s largest digital product retailers, a subsidiary of the U.S. based Keynetics Incorporated. Linda’s book is available as a digital ebook and, if you’d like to try it, you can start using it immediately. There is no need to return anything if you get your money back.
For more information about Linda’s personal struggle with Candida, information on other bonus books she includes with her book, or to see testimonies of others who have used LInda’s treatment plan, you can find out more at Linda Allen’s website.
- http://dx.doi.org/10.1155/S1064744900000090 -- Pavlova, S. I., and L. Tao. "In vitro inhibition of commercial douche products against vaginal microflora." Infectious diseases in obstetrics and gynecology 8.2 (2000): 99-104. PubMed Full Text
- http://dx.doi.org/10.1097/01.olq.0000175367.15559.c4 - Anukam, Kingsley C., et al. "Lactobacillus vaginal microbiota of women attending a reproductive health care service in Benin city, Nigeria." Sexually transmitted diseases 33.1 (2006): 59-62. PDF Available Here, PubMed
- http://dx.doi.org/10.1016/j.micinf.2006.01.003 -- Anukam, Kingsley, et al. "Augmentation of antimicrobial metronidazole therapy of bacterial vaginosis with oral probiotic Lactobacillus rhamnosus GR-1 and Lactobacillus reuteri RC-14: randomized, double-blind, placebo controlled trial." Microbes and Infection 8.6 (2006): 1450-1454. PDF Available Here, PubMed
- http://dx.doi.org/10.1186%2Fs12903-015-0035-5 -- de Castro, Ricardo Dias, et al. "Use of alcohol vinegar in the inhibition of Candida spp. and its effect on the physical properties of acrylic resins." BMC oral health 15.1 (2015): 1. PubMed Full Text
- http://dx.doi.org/10.1590/S1806-83242010000100005 -- Komiyama, Edson Yukio, et al. "Evaluation of alternative methods for the disinfection of toothbrushes." Brazilian oral research 24.1 (2010): 28-33. PubMed
- http://dx.doi.org/10.1155/2014/519098 -- Yildirim-Bicer, A. Z., et al. "In vitro antifungal evaluation of seven different disinfectants on acrylic resins." BioMed research international 2014 (2014). PubMed Full Text
- http://dx.doi.org/10.1590%2FS1678-77572008000600006 -- Pinto, Telma Maria Silva, et al. "Vinegar as an antimicrobial agent for control of Candida spp. in complete denture wearers." Journal of Applied Oral Science 16.6 (2008): 385-390. PubMed Full Text
- http://dx.doi.org/10.5812/jjm.2499 -- AbbasAli, Jafari, Falah-Tafti Abbas, and Kazemi Abdolhassan. "Vinegar as a removing agent of Candida albicans from acrylic resin plates." Jundishapur Journal of Microbiology 2012.2, Spring (2012): 388-392.
- http://dx.doi.org/10.1128/mBio.00055-11 -- Vylkova, Slavena, et al. "The fungal pathogen Candida albicans autoinduces hyphal morphogenesis by raising extracellular pH." MBio 2.3 (2011): e00055-11. PubMed Full Text
- http://dx.doi.org/10.1091%2Fmbc.E07-09-0946 -- Ramsdale, Mark, et al. "MNL1 regulates weak acid–induced stress responses of the fungal pathogen Candida albicans." Molecular biology of the cell 19.10 (2008): 4393-4403. PubMed Full Text
- http://www.candidagenome.org/ -- Candida Genome Database (MNL1 gene function)
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