Gut bacteria, parasites and cancer
In 2016, Dr. Alan B MacDonald found a parasite Borrelia bergdorferi in every one of five brain tumour patients he examined. It is the bacterium which is the principal cause of Lyme Disease.
He has also found nematode worms, eggs and larva in the brains of Alzheimer´s patients.
If you go on holiday to South East Asia, you could run in to some more. Opisthorchis viverrini and Clonorchis sinensis are found in freshwater fish and are linked to cancer of the bile ducts.
All parasites produce chemical compounds, and usually these are toxic, some even carcinogenic.
Clearly, parasites are organisms entering a host and can have dire effects.
At CANCERactive We know this and look out for it:
* We had a UK patient who returned from Kenya with Appendix cancer - We killed the parasites off for him; the cancer subsided.
* We had a Polish lady with grade 4 ovarian - she had three parasites; We killed the parasites and the cancer subsided.
* England Cricket legend Geoffrey Boycott came to Chris Woollams in 2005. He had a tumour on the back of his tongue. The Doctors were going to break his jaw, go in and cut the tumour out, and then provide radio- and chemotherapy. The doctors told Geoffrey that he would never speak on TV or radio again. Chris built a programme including a parasite killer as Geoffrey frequently had toured in the Far East. 8 weeks later, the tumour had subsided. He never had the surgery or chemotherapy. He is back on TV and radio.
The Term ´Parasites´ includes viruses, bacterial pathogens like E coli, yeasts and full blown parasites.
Some bacteria in your gut are good (commensal bacteria); some are bad (pathogens).
One study has shown that women with breast cancer have a very different set of bacteria to those who are healthy, with a high presence of E.coli. Another showed that young people who had food poisoning ha a higher risk of colorectal cancer, even though the Salmonella or Listeria had been wiped out. Again E.coli was implicated. In the SYNCAN study, colorectal cancer was associated with lowered levels of a sugar-metabolising clostridium strain, but high levels of Fusobacterium, itself known to produce carcinogenic chemicals.
For more Go To: Cancer linked to Gut Health
Gut bacteria make you healthy; gut bacteria can make you ill
The fact is that if you are health your gut is about 90 per cent good bacteria and only 10 per cent pathogens. The 2009-2012 American Microbiome Project along with other large studies has shown a number of clear conclusions:
1. You have about 90 trillion bacteria in your microbiome. You only have 7 trillion cells - they outnumber you 13 to one!
2. They have 75,000 genes to your 25,000. They make three times more messages - proteins, RNA and so on - and you cannot live without them.
3. Your microbiome gets ill first, then you get ill. And, you cannot get better fully until it get´s better fully.
4. It gets ill? It loses volume and diversity. A healthy microbiome can have 800 or more species of bacteria, including the one you picked up when, as a 1 year-old, you touched the neighbour´s dog and put your fingers in your mouth.
5. But take drugs or antibiotics, or smoke, drink too much alcohol, eat too much sugar, salt, pickles or become overly stressed and some of the good guys (commensal bacteria) will die. The pathogens will come out to play.
Maryland Medical School concluded that a parasite or a pathogen could live inside you for 20 years or more, only coming out to play when the good bacteria were reduced in numbers!
Go to our brilliant book: ´The Secret Source of Your Good Health´
How do pathogens increase cancer risk?
All organisms produce chemicals - the commensal bacteria produce compounds you need and use; the pathogens and parasites produce compounds that are toxic, and in some cases carcinogenic.
* If you have a full set of commensal bacteria, they digest foreign microbes, yeasts and candida every night while you sleep.
* They keep your pathogens in check.
* The ´good guys´ make useful compounds - at any time 38 per cent of circulating molecules have come from them. They control your biochemistry. Your physical and mental wellbeing.
* Some produce glutathione; others produce melatonin. Both fight cancer.
* Some produce short chain esters which control inflammation in the body. Inflammation spreads cancer. One such ester, sodium butyrate, kills cancer cells.
How can you kill off parasites and pathogens?
There are good parasite killers on the market containing mixtures of black walnut, garlic, cloves, Pau d´arco, olive leave, goldenseal, thyme and more. Perhaps the best parasite killer is artemisinin, or sweet wormwood, known to kill malaria parasites better than the drugs, it also kills pathogens like E. coli, yeasts, viruses and even some cancer cells. But be careful. Although it is a herb, it is strong stuff, and should not be taken if you have live problems.
Always take your proprietary Parasite killer for two months. Despite claims for super-efficacy, some parasites lay eggs in your body and these take a month to hatch.
Go To: Super-Herb Artemisinin kills pathogens and parasites
Gut health is all important
Certain illnesses like IBS, Crohn´s and colitis, diabetes, Alzheimer´s, heart problems, dementia, blood pressure, and even obesity have been linked to problems with the gut bacteria.
It is recommended that readers also read:
1 Can Candida cause cancer?
2 Acid Bodies cause cancer
Yeasts and pathogens can make you sick. Some pathogens can make you sick; others can cause cancer.
Go To: How to rebuild your gut Microbiome.
You must do it, in order to get well again.
So what about probiotics?
People don´t really understand probiotics. These are good gut bacteria. But when someone is in poor gut health, they may have lost 250-300 strains of commensal bacteria adding up to trillions. No single pill is going to replace that.
Probiotics like L. acidophillus make lactic acid. The gut needs to be acid, it keeps pathogens in check. You also need Bifidobacteria - they actually attack the bad guys.
Another, called L. rhamnosus conducts the orchestra, lifting levels of good, reducing the bad. It also heals a leaky gut.
Then you feed them properly. Pectins and inulins - raw vegetables. High natural fibre.
And never take them with hot liquids or keep them in the fridge.
Always take probiotics and caprylic acid or oregano oil, if you are having chemotherapy, radiotherapy or surgery.
The drugs and antibiotics will kill your good guys which allows pathogens and yeast to flourish. Taking a probiotic reduces this risk. Caprylic acid or oregano oil will keep any excess yeasts in check.
Importantly, there is quality research that shows Probiotics - especially those containing Bifidobacteria strains - make chemotherapy and immunotherapy work better.
Here´s a previous article explaining everything in more detail:
Immune-boosting, cancer-fighting bacteria
If you say, I´m taking probiotics to most people at best, a few might think small milky drinks with more than a hint of added marketing.
Mention Prebiotics and they´ll think you misread the label.
There may be an increasing awareness of their health benefits but beyond this very generalised and brief description, most people, including your average doctor, may even deem them more fad than fact.
As usual at icon, we thought you deserved to know the truth. And in the case of probiotics and prebiotics there are some impressive facts proven in clinical trials. Put simply.... Beneficial Bacteria help in cancer prevention, and they help in the fight to beat cancer if you already have it.
As you will see:
1. At night while you sleep, they digest microbes, yeasts and candida that can debilitate you and even cause cancer.
2. They love soluble fibre. People who consume the most soluble fibre have the best immune systems.
3. They can control sugar metabolism in your body, produce oxygenating compounds from your foods, reduce levels of bad cholesterol, and keep parasites in check.
4. They direct up to 85 per cent of your immune system´s anti-bodies
5. The can bind to (chelate to) hormones and heavy metals - like oestrogens, nitrosamines, mercury and cadmium - helping to eliminate them from your body.
There are over 8,000 research studies on them, with 80 or more clinical trials!
The CANCERactive view on gut bacteria and cancer
The Human Gut Project in America involved over 200 top scientists. The individual studies spawned show again and again how important the genes from the bacteria colonising your body are. These genes can literally direct your health.
One research study has been an eye opener. In America Clostridium difficile kills over 12,000 hospital patients a year. The bacteria ends up controlling the gut. But the use of faecal transplants - that is enemas made from the faces of healthy humans - have been used to restore health quickly and effectively in those who were dying. Incredibly, these transplants containing maybe 800 different types of bacteria, beat the drugs and mixtures of drugs and transplants. In other words, the drugs were part of the problem.
In some American hospitals Rheumatoid Arthritis is now not treated with drugs, just diet. And the results are better.
Not everybody likes the thought of a strangers gut contents being inserted into their rear end. So already, ´experts´ are trying to clear away the food and rubbish and prepare ´Super- Probiotic pills´. They will probably have a super price too.
In our opinion, everyone over 50 needs to consider taking a multi-strain Probiotic daily. (And avoid the sort of things that disrupt your balance of natural Intestinal Flora). But more than this, we suggest you feed also these little helpers properly, with Prebiotics like whole fibrous foods, for example grains and greens. Chlorella is one such natural choice. (Click here to read an article on Chlorella). Chlorella is a pure, whole, natural food taken as a daily supplement. It is a preserved algae, often subtitled greens in the USA. Together with the Probiotic it provides excellent levels of vitamins, minerals, essential amino acids and enzymes. For example, weight for weight it provides 300 times the level of beta-carotene in carrots!!
If you are thinking of buying chlorella, you might like to look at the Natural Selection Product of Choice. You can do this by clicking this link. Try the synergistic effects of multi-strain Probiotic and Chlorella for three months. Your good health deserves it.
Bacteria the good, the bad and the ugly
There are thought to be somewhere between 4,500,000 and 5 million different types of bacteria on this planet. We are surrounded by them.
Around 4,000 have so far been identified by scientists. These include the dangerous ones that cause illnesses such as Typhus and Cholera, certain E. coli strains, strains that produce the toxin Botulinum, varieties that infect NHS hospitals, Salmonella, Listeria and other bacteria, amoeba variants and even yeasts like Candida. They cause disease, infections like tonsillitis, thrush, and severe chest ailments whilst others like Helicobacter pylori are linked to stomach ulcers and even cancer. They can invade our cuts and our wounds causing fever, even death.
Right now, you have them on your skin, in your eyes and ears. There are more bacteria on your tongue than there are people living in the world. They´re scary; they´re horrible; they´re ugly. We are all under attack.
Well, at least that is the common misconception out of the way!
Many bacteria are good!
Bacteria were the first living organisms on this Earth, nearly 4 billion years ago. We evolved from them. Our biochemistry is naturally linked and balanced to theirs. Many of them help us live our lives and, in turn, we help them live theirs. In fact the vast majority of bacteria are pretty innocuous and we´ve learned not merely to co-exist, but to work together to live better lives. Those that live on grape skins and make our wine for us; others make our yogurts; some even manage our sewage plants and our compost heaps.
Weapons of mass destruction
Professor Mel Greaves, when interviewed in icon a couple of years ago told us that the fear was that children were developing more illnesses today because they didn´t eat enough dirt. (Mind you, he didn´t use those actual words - they´re my grandmothers. But I´m sure that´s what Professor Greaves meant!). Two hundred years ago we ate raw milk products; we ate fruit and vegetables that had just been picked complete with their superficial bacterial bloom; we drank water from wells. And yes, with all of these came potential aggressors that could even kill us. But the majority of us beat those aggressors and developed even stronger, more improved immune systems. You don´t, however, need really nasty bacteria to achieve this. The fact is that infants and children need a variety of bacteria, especially in their intestines, to stimulate and develop their immune systems. More of this later.
In our modern world, pasteurisation of dairy, irradiation of fruit and veg in supermarkets, chlorination of tap water has changed this adaptation programme by removing all the bacteria from certain areas, hindering us from building quality immune systems that might just protect us better when something really nasty comes along.
The problem with the health authorities in the Western World is that they simply do not seem to understand bacteria. They assume the only good Indian is a dead Indian philosophy of the early Americans. Its just not true. Pasteurisation, irradiation, chemicals like chlorine and the widespread over use of antibiotics are indiscriminate, killing all bacteria, bad and good. And this can wreck the balance created in our bodies over hundreds of thousands of years, all in the matter of hours.
The weapons of mass destruction have dramatically, and very rapidly, exposed our whole relationship with bacteria, and threatened the very balance of bacteria in our lives, without much thought to the benefits they bring us.
Increasingly, knowledgeable doctors are turning away from prescribing antibiotics. My friend in France with tonsillitis went down the hill to our local GP, and was given a clear colourless homeopathic liquid. She was fully better in three days. Apparently, he doesn´t prescribe antibiotics because he thinks they are dangerous. (The irony that Pasteur was a Frenchman is lost on him).
Beneficial bacteria build your immune system
There is one function where they are increasingly being shown to play a crucial, life enhancing role: the development of the immune system. Over the last few years, scientists have started to realise the importance of environmental microbes as development agents for a full immune system. Early contact with house pets (Nafstad et al 2001) or being brought up in a farmyard environment (Braun-Fahrlander et al 1999) have been linked with reduced levels of atopic disease. What´s that? The fact that our sanitised city children are developing more eczema, allergies and asthma than ever. German research is very clear. Children brought up on farms develop half the asthma of nearby children, and nearly a third of those in towns.
Children with such diseases have lowered levels of lactobacilli, but an almost adult-like range of bifidobacteria species. (Ouwehand et al 2002)
In icon in 2003 we covered research, which showed that children who took antibiotics in the first year of their lives had a considerably higher risk of allergy by the age of seven. We now know why. Adaptive immune responses developed and initiated in the mucosal system, especially in the intestine, are essential for healthy immune system maturation (Rautava et al 2004). Local bacterial presence helps develop cytokines (Romagnani 2000) and helps build strong infant immune systems (Holt and Jones 2000).
Biotic is derived from the Greek word meaning life. So literally antibiotics are anti-life. They wipe out nearly all bacteria, the ones that cause the tonsillitis or the infant infections, and nearly all the beneficial ones present in the body at the same time. So that´s not simply the short-term end of the infection it´s now believed to be where your longer-term problems start.
If antibiotic literally means anti-life, you will understand that probiotic means for life or pro-life.
Probiotics are microbial food supplements designed to top-up the residential beneficial bacteria in your body, thus making a positive contribution pro-life your life!
Roughly 400 species of bacteria that live in your stomach and intestines have been identified. Probably there are really more than double that number found there but scientists have yet to isolate them all. Some of these bacteria (e.g. bifidobacteria and lactobacilli) are beneficial to us, others are harmful and some may be positively dangerous. The trick is to try to make sure the activities of the beneficial bacteria are dominant. Easy if you live on a remote island with no pasteurisation, chemical toxins, chlorine, irradiated foods or antibiotics!
Like any bacteria on our remote island, the good guys are all around us and an integral part of our lives. For example:
- During natural childbirth, the baby takes beneficial bacteria from the mothers birth canal, into its gut (caesarean births do not provide this).
- Raw organic foods give us beneficial bacteria on their surfaces (pesticides and irradiation kill them off).
- Raw, naturally fermented milk products provide beneficial bacteria (the EU has killed these off).
Most of these beneficial bacteria live in your intestinal tract where they get on with their daily lives, for example:
Eating their favourite foods;
- Producing acid mixtures that aid our digestion;
- Producing waste products that we actually use and need like vitamins;
- Cutting up our food for us taking large molecules we could not absorb and turning them into smaller ones.
- Acting as our foot soldiers in the first line of defence against unwanted invading micro- organisms.
Lets look at these in more detail.
Beneficial bacteria control invading bacteria
The good guys in the gut prevent infection by the bad guys. This they can achieve in a number of ways. For example:
- By their actions on certain foodstuffs, they can control the pH (acidity/alkalinity) levels in the gut rendering the bad guys unable to grow or metabolise properly and so they die out.
- By direct attack and even digestion of some of these rivals. At night beneficial bacteria digest up to 2.2 kgs of yeasts and microbes for you. They are your first line of defence.
In the stomach Helicobacter pylori is attacked by stomach acid, so it hides in the mucous membrane. It is helped by lowered acid conditions, for example we make less as we age; we make less if we consume carbohydrate at the same time as protein; we make less if we consume too many packaged and prepared foods. Certain bacteria aided by natural herbs like Goldenseal will increase beneficial acid levels, and also attack Helicobacter pylori directly, preventing stomach lining irritation (and, thereafter, even ulcers and cancer).
In the intestine, some harmful bacteria and yeasts have the ability, under helpful conditions, to colonise. This can cause irritation to the gut wall and even result in holes being made in the lining (this may be called Irritable Bowel Syndrome). Under certain circumstances this allows some of the invaders and/or their toxic by-products into the blood stream where they may circulate and even stick to cells.
The finding, reported in icon in 2004, that cinnamon could help some people with diabetes significantly reduce their symptoms, was shown to be due to the action of cinnamon on circulating yeasts which had bound to and blocked insulin receptor sites on cell membranes. The cinnamon acted on the microbes, freeing the insulin receptor site to do its proper job. A number of herbs like nutmeg, cinnamon, garlic, caprylic acid, Pau dArco, chillies all have this yeast-killing ability, often working in conjunction with beneficial bacteria that exist throughout the body.
In 2004 US research indicated that women who had taken large amounts of antibiotics had twice the risk of breast cancer. Some experts believe this could also be due to microbes (yeasts) which are anaerobic like cancer cells and also produce toxins. Others believe it is due to a weakened immune system in the absence of beneficial bacteria.
If you have too few of the beneficial bacteria, then the result is more bad guys, more circulating bad guys, more disease. Fact.
A collection of individuals
The biggest problem facing scientists is that each of these bacteria is unique. Of course, there are strains which show similarities but the action (protective or harmful) of one helpful bacteria may be very, very different to anothers.
Bacteria from the genera Lactobacillus and Bifidobacterium have very different characteristics and abilities to those of Escherichia, Enterococcus, Bacillus, or Saccharomyces (a yeast) to name but a few.
As a result scientific research is made extremely difficult. A reaction in the gut may be noticed but identifying which bacterium or combination of bacteria - caused it, is often a question of trial and error in the laboratory. Also a large number of beneficial bacteria has yet to be grown, tested and researched, either on their own or in combination with others.
However, scientific research has grown significantly over the last decade, as has our knowledge. Prior to 1990 there had been about 5 published articles and no clinical trials. In 2002 and 2003 alone, there were 774 probiotic citations and 77 clinical trials. Some useful references are included at the end of this piece. It is important to understand that the majority of our scientific understanding has only developed in the last five to ten years, which is why certain quarters of the medical world are not fully informed.
The implication for us all, and the health and balance in our intestinal tract is that we need the presence of the widest range of the various species as possible ideally representing most of the 400 or so helpful bacteria.
And if we are not living on our desert island, but are subject to pasteurisation, irradiation, chemicals, chlorine and antibiotics in our food (most animals are regularly fed antibiotics), then we may even need a daily top-up, to ensure the balance and dominance of the good guys in our stomach.
Which brings us to Prebiotics
Bacteria, divide frequently. Feed them and just a few days later you could have millions! Clearly then, the type of foods you eat will result in a preponderance of certain types over others. Put simply: What you eat determines which ones predominate, or even whether you have the desired levels of any of the good guys.
For example, the bifidobacteria family like complex sugar chains of fructose and galactose. Mothers milk is full of prebiotics and contains large quantities of galactose. Not surprisingly children who are breast-fed have colons with up to 10 times the bifidobacteria levels, compared to children who are fed formula products. Research seems to suggest that breast fed children have higher levels of immunoglobulin in their immune system and are better protected against the severe diarrhoea-causing rotavirus. There are a number of research studies (some noted in the references at the end), including clinical trials, which show that prebiotics can increase and strengthen the immune system, because they stimulate the beneficial bacteria do their jobs.
Prebiotics (pre-life) are non-digestible or fibre components of food. Which leads us to another big concern of the modern world. If we feed our children refined foods and fats, how will they take in the whole fibres, and indigestible chains that are needed to feed the probiotic bacteria and thus keep them thriving and in the best condition to help us?
Whilst these fibres would be useless to us without our friendly little helpers to break them down, they are essential life support systems for our pals.
Examples of these fibres can be found in:
- Whole oats and other whole grains;
- Fresh vegetables especially, chlorella and greens in general (from wheatgrass to chicory, cabbage, onions, leeks, asparagus);
- Pumpkin, sunflower and other seeds;
- Lignans in liquids like olive oil and aloe vera.
- Fresh and dried fruits like apples, pears, bananas and apricots that contain pectins
Inulin (for example from chicory and onions) also promotes the growth of bifidobacteria in the gut. Several studies have shown that bifidobacteria increase short chain fatty acid (SCFA levels) in the gut from digestion-resistant fibre. SCFAs include butyrate, acetate and proprionate have been linked in research to lowered cancer levels and lowered blood cholesterol levels.
The action of beneficial bacteria is also enhanced by a number of herbs. These include garlic, turmeric, echinacea, propolis, slippery elm bark, cat´s claw bark and liquorice.
Beneficial bacteria actually make nutrients for you!
Your friends in your intestinal tract aid digestion, in that they help break down molecules in foodstuffs that otherwise would be indigestible. And so, without the helpers, you would derive no benefit from certain foods and they would just pass straight through.
But more than this, depending upon the actual bacterium a number of beneficial by-products are produced. For example:
Short chain fatty acids.
There is also some evidence that they can even breakdown harmful oestrogen products. Science is increasingly showing that maintaining a healthy level of the widest range of good bacteria is essential to our lives.
If you don´t have enough good guys in your intestine on any particular day, you could be deficient in any of the above, and vitamins like B-12, folic acid and vitamin K are now known to be crucial in the anti-cancer process.
Beneficial Bacteria kill cancer cells
A finding in 2009 by the American Medical College of Georgia seems to demand a rethink from medical authorities who think the only answer to cancer is drug treatments.
According to the research beneficial bacteria breakdown certain fibres to produce sodium butyrate. This then acts in the body in two ways:
a Firstly it can lower the levels of an enzyme COX-2 known to cause pre-cancerous inflammation
b Secondly in cancer a gene is silenced so that these rogue cancer cells do not self-destruct. Sodium butyrate turns this silenced gene back on. And the cancer cells self-destruct!
The action of sodium butyrate has been shown via a cellular receptor GPR109A.
(Of course you could take sodium butyrate, but it tastes awful. The next best thing apparently is the B vitamin n iacin. But why not have a healthy gut and let the beneficial bacteria cut up fibrous foods and protect you as nature intended?
Enemies of the state
As we have said, antibiotics are a direct threat, but so is anything that can change the acidity or alkalinity of the environment in which the good guys live. That would include anything and everything from highly chlorinated drinking water to pesticides, a poor diet high in fat and low in fibre, alcohol, smoking and even stress and rushed meals. Most medications will alter the balance of bacteria in the intestine, as will any illness or infection. Even travel, which will cause stomach stress, possible temporary blockage, and deliver a whole new set of bacteria when you reach Vietnam or Turkey.
Obesity is linked to your gut bacteria. In experiments with normal mice, some were given bacteria from fat people, others from thin. And guess what? The ones with fat boy bacteria grew fat, and those with the thin person´s bacteria grew thin. But, you need to know the rest of the research. The mice were then put in the same cage with low calorie feed. As they eat the droppings, their gut bacteria soon became the same, and all the mice became thin. Next the experiment was repeated but this time with a choice of foods. And the fat ones went for fat boy food and the thin ones went for healthy food. So your bacteria are part of the equation and their genes seem able to influence your thinking.
But then there is research showing exactly that for illnesses from Autism to dementia. The types of bacteria in your gut, through chemicals they produce that pass into the blood stream and end up in the brain, or through the nervous system seem capable of influencing your mood and your brain damage!
Finally, research indicates that the level of beneficial bacteria and their balance may change as you age. This is fascinating as it may also be one factor in a declining immune system and dementia.
How much is enough?
On your desert island, in your gut you may well have 50 trillion bacteria, weighing 3-4 lbs in total.
A good supplement should have representation of just one or several probiotic strains and deliver about 8 billion live bacteria in total across a day. Any health claims should be backed by scientific evidence.
What is becoming clear from the masses of recent research is that bifidobacteria and lactobacilli are the primary beneficial bacteria species. However, to repeat, many of the bacteria of the intestine still have not been researched and much more is to be learned.
Many supplements talk about how many billions of probiotics they contain but actually it is slightly missing the point. For example, given the right prebiotic foods, those bacteria will multiply many times over in just a few days. Another issue is to provide the width of genera. If you don´t have an original, you can´t make copies. Diversity is everything.
But first the most crucial issue is getting these live bacteria past the acid stomach which can kill them off, and into the intestine where they can do their topping-up job. This is not as simple as it sounds. Many potential probiotic bacteria are killed off long before they ever reach the large intestine. Indeed, implicit in the definition of a probiotic is that it should be a bacterium from a strain proven to survive transit through the gut and proven to have a beneficial effect in the large intestine, in clinical trials.
Lactobacillus casei Shirota and Lactobacillus casei Immunitas are examples of strains that meet both criteria, whereas (and this is why you should be careful) Lactobacillus acidophilus is the name of a common species used to make many yoghurts. This species has some strains that may meet the probiotic criteria but others that don´t. A yogurt with acidophilus is not a probiotic yoghurt unless it says it is on the pot. Many acidophilus strains never reach the large intestine. Saying it contains acidophilus is no guarantee that it is a probiotic.
Some supplements come in dried form. Belgian research found that up to a third of 30 supplements tested contained only dead bacteria, or even bacteria not listed on the label. So choose your supplier carefully. They must have research that shows their strain reaches the large intestine, perhaps helped if they are coated or protected in some way.
Some bacteria come live in milk based products. Bacteria have a long history of association with milk products, being associated with fermentation and yogurt production. If the bacteria are from probiotic strains then they have a reasonable chance of passing through the stomach intact. There may also be further protection afforded by the dairy constituent against the stomach acid. Some strains can also use the sugar/lactose constituent of the dairy as food.
The Belgian research also showed that, of the 30 dried supplements, and 25 dairy based supplements, only 13 per cent contained all the bacteria types listed on the label; some even contained bacteria not listed.
If you take a supplement
- Take it about 40 minutes after a meal, to protect the bacteria from stomach acids. Ideally the meal should be a carbohydrate meal.
- Always take it with a cold liquid, never hot.
- Ensure a naturally fibre-rich diet.
- Always keep the probiotic in a refrigerator.
- Only use a reputable manufacturer, with live strains that are genuinely probiotic.
Which illnesses might probiotics help?
If you are thinking of buying a probiotic, you might like to look at the Natural Selection Product of Choice. You can do this by clicking here.
icon is primarily a cancer magazine, but it would be totally wrong of us not to mention the main illnesses beneficial bacteria have been proven, in research, to affect. But there is much, much more of the very latest research in Chris Woollams´ excellent new book ´The Secret Source of Your Good Health´.
Here we cover just a little of the research - Part II is specifically about cancer. Meanwhile here is a summary list, and references can be found at the end of the article.
Recent research shows significant benefits for autistic children, especially when the children had antibiotics at an early age. Lactobacillus plantarum 229v seems to help (Nature, May 5 2004)
There are a number of very recent studies showing the benefits of probiotics with young children and even with pregnant women and their eventual offspring. Less eczema and allergy were reported in their infants after taking probiotics.
Immune System Deficiency
Probiotic cultures have been shown to simulate certain cellular and antibody functions, and to reduce toxicity from unfriendly bacteria. Probiotics are proven in clinical trials to strengthen the immune system. Fact.
Probiotics have been shown to reduce levels of oxalate in the urine a risk factor for kidney stones.
High Cholesterol and Hypertension
Certain lactobacilli have been shown to reduce hypertension in research studies. Other research shows markedly lowered cholesterol levels in humans supplementing with probiotics.
Lactose-Intolerance, Irritable Bowel Syndrome, Diarrhoea, Inflammatory Bowel Disease, Lupus, Crohns disease
There are clinical studies available in all these areas showing probiotics help. Certain probiotics can actually help heal the lining of the stomach, preventing toxins from entering the bloodstream.
See Helicobacter pylori and cancer above.
Vaginosis and cystitis
The imbalance in these microsystems by invading bacteria may be shown in research to be neutralised by probiotics which both change overall pH and attack invaders.
Signs of deficiency?
The following could be considered a starter list:
- Bad breath, body odour;
- Bad gums, bad teeth, mouth ulcers;
- Bloating, wind, indigestion;
- Diarrhoea and/or constipation;
- Candida yeast infections, cystitis, thrush, yellow toe nails;
- Frequent colds;
- Acne, Eczema, Psoriasis;
- High cholesterol;
We don´t live on desert islands. We don´t even live on farms any more. We do destroy the natural balance and dominance of our healthy gut flora. The medical world seems almost oblivious antibiotics, chemotherapy, drugs all make matters far, far worse. Consider this quote: Cancer patients undergoing chemotherapy did not ultimately succumb to cancer, but to an infestation of Candida albicans. That comes from the 1993 Spring edition of the prestigious US medical journal Contemporary Oncology. Topping up with probiotics and the correct prebiotic diet will help defeat the Candida albicans. But our normal daily lives have changed so much in the last 100 years. Chlorinated water, antibiotic chicken breast, pasteurised Camembert. The fact is that our natural evolved relationship with bacteria is almost certainly out of the balance nature intended and, apart from the constant daily pressures, these pro-life bacteria exist in an incredibly delicate ecosystem provided by our bodies where one sudden change can destroy everything.
Fortunately science has decided that Probiotics - and Prebiotics are hot topics and large volumes of quality scientific research and clinical trials are available to those who want to find out more.
It is essential that each of us should keep our natural and wide range of beneficial bacteria happy, topping them up daily if needs be and feeding them the prebiotics that will cause their numbers to thrive, as a positive step against a huge list of modern diseases. Beneficial bacteria, the little helpers we get on day one from our mothers, may even be the missing link as to why we have so many new and rapidly growing twenty-first century diseases. If you are thinking of buying a probiotic, you might like to look at the Natural Selection Product of Choice. You can do this by clicking here
At Last - the definitive, research based book on how to build a diet to help beat cancer. Click here to read about it.
Anderson J.W., Gilliland S.E., Effect of fermented milk (yogurt) containing Lactobacillus acidophilus L1 on serum cholesterol in hypercholesterolemic humans. J Am Coll Nutr 1999 Feb;18(1):43-50. Metabolic Research Group, VA Medical Center, University of Kentucky, Lexington 40511, USA.
Brady LJ, Gallaher DD, Busta FF. The role of probiotic cultures in the prevention of colon cancer. J Nutr. 2000;130:410S-414S. PubMed http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=10721916
Braun Fahrlander C, Gassner M, Grize L et al (1999). Presence of hayfever and allergy in farmers children. Clinical and Experimental Allergy 29; 28-34
Campbell, Neil A., Biology, Fourth Edition. The Benjamin/Cummings Publishing Company, Inc., 1996.von Wright A., Salminen S., Probiotics: established effects and open questions. Eur J Gastroenterol Hepatol 1999 Nov;11(11):1195-8. University of Kuopio, Institute of Applied Biotechnology, Finland.
Chaitow, Leon N.D., D.O., and Natasha Trenev, Probiotics: How Live Yogurt and Other Friendly Bacteria Can Restore Health and Vitality. Hohm Press, 1995.
Cremonini F, Di Caro S, Nista EC, Bartolozzi F, Capelli G, Gasbarrini G, Gasbarrini A. Meta-analysis: the effect of probiotic administration on antibiotic-associated diarrhoea. Aliment Pharmacol Ther. 2002;16:1461-1467. PubMed http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=12182746
Elmer G.W., Surawicz C.M., McFarland L.V., Biotherapeutic agents. A neglected modality for the treatment and prevention of selected intestinal and vaginal infections. JAMA 1996 Mar 20;275(11):870-6. Department of Medicinal Chemistry, School of Pharmacy, University of Washington, Seattle 98195, USA.
Evans J.S., Huffman S., Update on medications used to treat gastrointestinal disease in children. Curr Opin Pediatr 1999 Oct;11(5):396-401. Division of Pediatric Gastroenterology and Nutrition, Nemours Childrens Clinic, Jacksonville, Florida 32207, USA.
Famularo G, De Simone C, Pandey V, Sahu AR, Minisola G. Probiotic lactobacilli: an innovative tool to correct the malabsorption syndrome of vegetarians? Med Hypotheses. 2005;65(6):1132-5. PubMed http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=16095846
Gorbach S.L., Lactic acid bacteria and human health. Ann Med 1990 Feb;22(1):37-41. Department of Community Health, Tufts University School of Medicine, Boston, MA 02111.
Hamilton-Miller JM. The role of probiotics in the treatment and prevention of Helicobacter pylori infection. Int J Antimicrob Agents. 2003;22:360-366. PubMed http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=14522098
Hatakka K, Savilahti E, Ponka A, Meurman JH, Poussa T, Nase L, Saxelin M, Korpela R. Effect of long term consumption of probiotic milk on infections in children attending day care centres: double blind, randomised trial. BMJ. 2001;322:1327 Entrez PubMed 11387176
Hentges, DJ (ed.), Human Intestinal Microflora In: Health and Disease. Academic Press, New York, NY, 1983.
Holt and Jones. The development of the immune system during pregnancy and early life. Allergy (2000) 55; 688-97
Kalliomaki M, Salminen S, Poussa T, Arvilommi H, Isolauri E. Probiotics and prevention of atopic disease: 4-year follow-up of a randomised placebo-controlled trial. Lancet. 2003;361:1869-1871. PubMed http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=127885766
Nafstad P, Magnus P et al. Exposure to pets and atopy-related diseases in the first 4 years of life. Allergy (2001) 56; 307-12.
Nase L, Hatakka K, Savilahti E, Saxelin M, Ponka A, Poussa T, Korpela R, Meurman JH. Effect of long-term consumption of a probiotic bacterium, Lactobacillus rhamnosus GG, in milk on dental caries and caries risk in children. Caries Res. 2001;35:412-20. Entrez PubMed 11799281
Ouwehand AC, Salminen S, Isolauri E. Probiotics: an overview of beneficial effects. Antonie Van Leeuwenhoek. 2002;82:279-89. Entrez PubMed 12369194
Rautava S, Ruuskawen O, Ouwehand A, Salminen S, Isolaurie (2004). The hygiene hypothesis of atopic disease. Journal of Pediatric gastroenterology and Nutrition.
Romagnani S. T-cell subsets (2000). Annals of Allergy, Asthma and Immunology 85; 9-18.
Romagnani S. Allergy: Is it a Th-2 predominant disease? Allergic diseases and the environment p 69-91.
Reid G, Jass J, Sebulsky MT, McCormick JK. Potential uses of probiotics in clinical practice. Clin Microbiol Rev. 2003;16:658-72. PubMed http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=14557292
Saavedra J.M., et al., Feeding of Bifidobacterium bifidum and Streptococcus thermophilus to infants in hospital for prevention of diarrhoea and shedding of rotavirus. Lancet 1994 Oct 15;344(8929):1046-9. Department of Pediatrics, Johns Hopkins University School of Medicine, Baltimore, Maryland.
Saavedra J., Probiotics and infectious diarrhea. Am J Gastroenterol 2000 Jan;95(1 Suppl):S16-8. Johns Hopkins Medical Center, Baltimore, Maryland 21287, USA.
Schultz M., Sartor R.B., Probiotics and inflammatory bowel diseases. Am J Gastroenterol 2000 Jan;95(1 Suppl):S19-21. University of Regensburg, Department of Internal Medicine, Germany
Simenhoff M.L., et al., Biomodulation of the toxic and nutritional effects of small bowel bacterial overgrowth in end-stage kidney disease using freeze-dried Lactobacillus acidophilus. Miner Electrolyte Metab 1996;22(1-3):92-6. Department of Medicine and Nephrology, Jefferson Medical College, Philadelphia, PA 19107-6799, USA.
Wollowski I, Rechkemmer G, Pool-Zobel BL. Protective role of probiotics and prebiotics in colon cancer. Am J Clin Nutr. 2001;73:451S-455S. PubMed http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=11157356
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