How To CURE Your Yeast Infection In ONE DAY
Hi there, Eric Bakker, naturopath. I'm going to do a tutorial today on how to cureCandida in 24 hours. How you can get rid of your yeast infection completely in one dayand be fully cured and healed and never get it back again, zero. What do you think aboutthat? Well, I just spent a good hour on YouTubehaving a look at a whole array of different YouTube tutorials by experts in Candida. Andone particular person claims you can cure Candida 100 percent in one week; every caseof Candida can be cured by following a 100 percent vegan diet. All you've got to do iseat lots and lots of fruit, nothing but fruit;
you avoid all animal proteins completely,no meat at all, no eggs, no fish, no chicken, no beef, absolutely no animal food. Just eatnothing but fruit and within one week, it's fully cured because all animal foods containfats, which line your arteries and keep sugar in your blood, which allows Candida to feedoff. What a load of crap! I just can't really buy a lot of this stuff that people come upwith. I'm telling you folks, there's so much bologna on line. There's another man I saw on a YouTube clip.He said, You can drink alcohol with a yeast infection. There's nothing wrong with Vodkaor Gin. Neutral spirits are fine. Just avoid
other things like Whiskey and Bourbon andbeer, but Vodka and Gin are fine to drink with a yeast infection. Now, if you're going to watch these sortsof clips and believe them, you're going to be a real fool and a sucker for punishment.Some of these tutorials have had 20,000 or 30,000 views in 30 days, which shows me that a lotof people maybe are falling for this sort of crap. I really hope you don't fall forthis absolute nonsense. Think about it logically, eating lots of fruit, 15 pieces of fruit aday, loaded with sucrose and fructose. What are you doing to your gut?
Now, this particular person's about 20 yearsold and quite a fanatical vegan no doubt like a lot of vegans are. But I'd like to see thisparticular person when she's 50 like me to see what she looks like; if she's still bubblyand bright and bouncing around and all happy. She could be a big ball of lard at that stage;we don't really know what she's going to look like. I'm not here to criticize her, but I'm goingto tell you that these sorts of approaches are absolute garbage. You know they may workfor 6 months or 12 months. They may work for her, but if you're going to try this approachwith a seriously bad yeast infection and just
eat fruit all day, how do you think you'regoing to feel? Within a couple of years, you're going to be B12 deficient, you're going tobe Iron deficient, you're going to get fatigued and tired, you'll have recurring infections,you'll have blood sugar problems, and you're going to feel pretty sick. I want you to takemy advice and don't follow these sorts of ridiculous radical approaches. My approach makes a lot more sense and isbased on the work done by a naturopath and medical many years ago. Trowbridge; Trowbridge's MEVI approach makes common sense to me. Eggs, vegetables, meats, yogurt,cultured fermented foods, nuts and seeds,
a wide range of different foods obviouslytailored to suit a specific person. Now I'm not here to argue the merits of veganism orvegetarianism versus eating meat in the diet, but I've been through a strict stage in mylife where I've avoided all that or more, proteins, completely for a while and I feltgreat. But then after a while, I didn't feel great until I incorporated protein back intomy diet from an animal source. I'll do some YouTube clips outlining the importanceof animal proteins in your diet, which I believe are very important. But it's up to you todecide what way you're going to get your protein sources from. You may want to get them fromvegetable sources or legume sources or nuts
Myth 7 Oxygen kills Candida
Oxygen Kills Candida Myth 7I'd like to welcome you back today for another one in our series of Candida myth tutorials.Today's Candida myth is â€œOxygen kills Candida.â€�The best way to dispel this myth is just to look at the basic physiology of the humanintestinal tract. The small intestine is approximately 20 feet in length, and the large intestineis approximately 5 feet in length. Within this 25foot tube exists 100 trillion bacterialcells. These 100 trillion cells outnumber human cells by a factor of ten to one. Withinthese 100 trillion cells, we know that 95 to 99 percent of them are anaerobic bacteria.Anaerobic bacteria live in an oxygendeprived
environment, and it takes an oxygendeprivedenvironment to create the ecosystem of the digestive tract.Aerobic bacteria, which are commonly found in the environment, live in an oxygenrichenvironment. The air around you is an example of an oxygenrich environment, and the airin outer space would be an example of an oxygendeprived environment. When discussing bacteria, wewanna understand that there are bacteria that are either obligate aerobes or anaerobes,or they are facultative aerobes or anaerobes. Obligate aerobes are obligated to live inan oxygenrich environment. Facultative aerobes can live either in an oxygenrich or an oxygendeprivedenvironment.
Now, this is true also for obligate anaerobes.Obligate anaerobes are obligated to live in an oxygendeprived environment; whereas, facultativeanaerobes can live in either an oxygenrich or an oxygendeprived environment. So whenwe're discussing Candida, it's important to note that Candida is classified as a facultativeanaerobe. That means it can live in an oxygendeprived environment, such as the intestinal tractand much of the human tissues of the body, or it can live in an oxygenrich environment,such as the surface of your skin or tongue. An example of an aerobic fungal Candida infectionwould be thrush or some type of fungal skin condition.Most of the initial research that was done
with Candida involved Candida in an aerobicstate, so most people are aware of thrush or fungal skin infections. And ask anybodywho has a thrush infection; this is a very difficult infection to get rid of. And manytimes, fungal Candida skin infections are the same way. It wasn't until later yearsthat they started to actually investigate Candida as a facultative anaerobe and lookinginto anaerobic environments, such as the intestinal tract.So from the basic physiology, we can see that Candida, as a facultative anaerobe, can liveeither in an oxygenrich environment or an oxygendeprived environment. This alone dispelsthe myth that oxygen kills Candida. If we
take it further, we find that Candida is veryadaptive, and almost instantaneously adaptive, in its anaerobic environment in the digestivetract. Some of our earlier tutorials demonstrate theeffects of white blood cells in trying to destroy Candida. When a white blood cell,such as a macrophage or a neutrophil, consumes a bacteria â€“ and we have tutorials that areon our site that demonstrate this â€“ you'll see that within a few seconds, the bacteriadissolves inside the white blood cell. Â© Copyright 20102011, All Rights Reserved, Jeffrey S. McCombs, DC Page 111 of 130 However, when these same white blood cellsconsume Candida, the Candida survives. So
it's important to look at what's happeningin a white blood cell. When a substance is consumed by a white bloodcell, the white blood cell forms a little sac around the bacteria, or the Candida, andthen, inside the white blood cell, there will be another sac that is filled with oxygen.These two sacs will meet, the oxygen will be released into the sac containing the microorganism,and it'll cause dissolution, or dissolving of that organism, spontaneously. But whenyou see tutorials of Candida being consumed by white blood cells, you see the Candida insidethe white blood cells accumulate more and more because the oxygen has no effect againstthe Candida.