antibiotics

Ostrich Medicine: Shouldn’t We Recognize Host Defenses?

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Everyone is aware of the proverb about the ostrich with its head in the sand. It has been a recurrent problem in medicine throughout its history. Louis Pasteur discovered that organisms, only visible with a microscope, caused disease. It became the first paradigm in medicine, accepted by all eventually. Pasteur spent eighty percent of his professional life in trying to get his ideas to stick. What would he have accomplished in addition to these discoveries if they had been readily accepted?

It is interesting to note, however, that on his deathbed he reportedly said “I was wrong: it is the defenses of the body that really matter”. Did he, in fact, provide us with a concept leading to a second paradigm in medicine – that maintaining host defenses matter as much as killing the pathogenic invaders? This post attempts to address this issue. What does it mean to bolster host defenses? Is this the next paradigm in medicine? And if it is, do physicians, like the mighty ostrich, have their heads in the sand when it comes to understanding host defenses?

The First Paradigm of Medicine: Kill the Enemy

The discovery of microorganisms led naturally to the idea of killing them without killing the patient. After many frustrating years, during which many lives were undoubtedly sacrificed, the discovery of penicillin opened the antibiotic era. During its golden age, antibiotics have indeed saved many lives, but we all know that bacterial resistance is giving rise to new problems. As new antibiotics are discovered or synthesized, they have to become more powerful in overcoming this resistance and as a result are increasingly toxic; a fact that has been amply shown on this website. The idea of “killing the enemy”, bacteria, viruses, fungi and parasites, even spread to the treatment of cancer, the maverick cells that had to be eliminated. Does this first paradigm have its own limitations?

The Second Paradigm: Maintaining Host Defenses

Using the analogy of a fortress or castle, the question becomes very simple: can we assist the defenses of the body versus killing its enemies?  The answer is equally simple———-yes!  In order to explain this in a meaningful manner, I am going to liken the body to an old fashioned fortress. Fortresses were protected from hostile attack by thick walls that were surmounted by battlements. Sentries patrolled the battlements, watching for enemy attack. If such an attack was sighted, the first obligation of the guard was to notify the “keep”, the name given to the command post from which a commander controlled the defense. If the attack came from the west, off duty soldiers would be dispatched to the western battlements and the design of the defense would then require a stream of information by means of messengers between the command post and the areas of action within the castle. The castle would survive and remain intact only if the fighting soldiers were supported by additional services such as delivering ammunition, feeding them and replacing them with fresh soldiers when they were fatigued.  Finally, the castle had to be designed originally and it probably went through a series of design changes over the years as it evolved. This is a fundamental rule in warfare, that the troops must be fed and rested, ammunition replenished. In human health, however, we have forgotten that rule. We have focused all of our efforts on the killing of the pathogenic enemies, with little thought to maintaining the health of our troops.

Consider the Brain and Body Castle

We know that the design of animal systems, including the human body, is guided by genes acting as a blueprint in which mistakes can occur. There is no doubt that we have evolved over millions of years to reach the kind of sophistication that we have today. The questions surrounding that evolution are by no means answered yet, but the complexity is so abstruse that it suggests intelligent design rather than chance.

The skin is the largest organ in the body, so think of it as being like the walls of a castle. It is dotted with sensory cells that may be likened to the battlements. Mucous membrane forms a protective layer over sensitive tissues like the nose. The lower part of the brain known as the limbic system can be imagined as like the “keep”. The upper part of the brain houses the commander.

Now, imagine bacteria alighting on the skin or the mucous membrane of the nose: the recognition of an “enemy” by the sensory cells results in a message being delivered to the limbic system of the brain. This part of the brain is a computer, receiving and sending messages to the body automatically.  It is in constant communication with the upper brain. As the “ultimate commander” the upper brain is the thinking part, adding advice and consent to the ultimate action. Strengthening the limbic system, while weakening the action of the upper brain, most commonly achieved by poor nutrition, makes the ensuing action more primitive. The limbic system is the “caveman” within us all.

Organization of Host Defenses

Think of the white cells in the body as each being a soldier with a specialized function.  They must be directed to the scene of the attack and a battle takes place between the white cells and the “enemy”.  Like all analogies, it breaks down because body defenses are extremely complex, but I have tried here to establish a principle, that we possess sophisticated defenses that are organized by the brain.

For example, inflammation is used as a defensive process, controlled through the brain using the automatic (autonomic) nervous and endocrine systems to deliver the necessary messages. The whole defensive process takes place under the command of the brain, a most important factor that is much neglected in modern medicine. The brain/body coordinating mechanism in an emergency situation must be initiated as soon as possible and the resulting action requires a huge amount of energy, particularly by the brain. Because of this it is designed for short term use. The “illness” is the physical evidence of this coordinating mechanism going into action. An increase in circulating white cells means that the reserve “soldiers” are being deployed via the blood stream: the rise in body temperature is beneficial because it decreases the efficiency of the “enemy”.  The associated feeling of illness makes us go to bed and rest, thus conserving energy required for healing.  Remember that the misguided approach of using aspirin to reduce the temperature in a child with flu was responsible for the lethal disease known as Reye’s Syndrome.

How To Bolster Host Defenses

Under the heading of the second paradigm I said that we can indeed help the defensive procedure and that it was simple. By simple, I mean that the facts should be known by all.  The first principle that we need to understand is a rough idea of how the body/brain works, as I have outlined. The second principle is an understanding of routine preventive maintenance through appropriate exercise, rest and nutrition. Like the troops defending the castle, our immune system cannot fight the enemy without sufficient resources. These resources include nutrition, rest and exercise, the forgotten elements in modern medicine.

Both of these principles require education, starting at the earliest possible age in childhood.  We all need to understand that we have a health responsibility to ourselves and that the old proverb “prevention is better than cure” is one of the wisest statements that has ever been made.  The science of prevention is embodied in the development of Alternative Complementary Medicine, a form of medical intervention based on the study of energy metabolism and how it is preventatively or therapeutically treated. It states that if the genetic blueprint is intact, leading to a complement of sophisticated defensive body/brain equipment, the stress of living in a dangerous world can only be met by an adequate formation of energy to run the equipment. This can only be supplied by nutrition.

A new science known as epigenetics is the study of how our genes can be manipulated by diet and lifestyle, so even minor genetic mistakes can be overcome by supplying the correct fuel. Much has been written about this in medical journals that have been casually ignored by mainstream medicine. That is why I claim that mainstream medicine has its “head in the sand”.  Each time a new discovery is made, an attempt is made to find a way of manipulating errors in it through a drug rather than a possible lifestyle and epigenetic solution. Perhaps it is time to remember that health is about maintaining host defenses too and not just endlessly killing pathogens.

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

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This article was published previously on Hormones Matter in October 2014. 

Living without Antibiotics: Natural Remedies for Common Illnesses

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Three years ago I nearly died from a sepsis infection.  An antibiotic called Levaquin saved my life. That same antibiotic, which is in the fluoroquinolone class, poisoned me from head to toe. I am still trying to recover from the damage it did to my connective tissue, nervous and digestive systems. I thought as long as I stayed away from fluoroquinolone antibiotics I would be ok. Not so. Two years ago I had strep throat and was prescribed amoxicillin. After a few days, the antibiotic produced a meningitis-like reaction which subsequently worsened my Levaquin-induced symptoms.

As you can imagine, I am terrified of ingesting antibiotics. I am also terrified for my children, husband, family, and friends. Though they have not had an antibiotic experience like me, they could. All antibiotics disrupt our microbiome, a delicate environment of bacteria affecting our immune, nervous, digestive, and endocrine systems. Antibiotics are over-prescribed and big gun fluoroquinolone antibiotics meant to kill anthrax are used for non-life threatening infections. As such, we are creating all sorts of antibiotic-resistant germs and microbial imbalances. In response to these dilemmas, doctors may soon be forced to limit prescribing fluoroquinolones for certain infections.

I have done considerable research on and self-tested all of these natural remedies at one time or another on myself or family member. My immune system isn’t stellar and having a child in pre-k, an enormous petri dish of germs, doesn’t help. In fact, as I am writing this I have a touch of a cold. But, since traveling down this experimental road, I have not needed an antibiotic since that amoxicillin fiasco, nor has my four-year-old son.

Before I share about remedies for specific infectious ailments, remember, I am not a physician and this should not be considered medical advice. Do your own research and consult your physician before beginning any new treatment.

General Health Recommendations Instead of Antibiotics

Here are some general recommendations I found helpful for overcoming any bacterial or viral infection:

  • Remove sugar and processed foods from your diet. They feed bad bacteria and viruses. Your virus or infection will just love you for feeding them, making them stronger and more virulent.
  • Take probiotics. When I feel the first sign of a cold coming on I take a probiotic capsule. The good probiotic bacteria will work with your body’s good bacteria to fight the virus, essentially crowding it out.  Keep in mind, antibiotics kill bad bacteria and good bacteria. Antibiotics do not kill viruses. If you take an antibiotic for a virus, in my opinion, you are making the virus stronger because you are wiping out the good bacteria needed to help your immune system fight the virus.
  • Exercise a little, not a lot. When you are sick your body needs to conserve energy to fight the illness. Exercising at your usual pace during an illness puts added strain on your adrenals and immune system. You don’t have to stop exercising completely, just go lightly.
  • Rest and rest often. So many people I know catch a cold, continue to burn the midnight candle either at work or socially, end up with an infection, and are prescribed an antibiotic because they’ve dug themselves into an infectious grave they could have easily avoided by resting. Sleep. Rest some more.
  • Avoid stress, be patient and practice acceptance. Accept you have this illness, that it will take time to heal, and be kind to your body. Stress will make it worse. Practice whatever stress relieving activities work for you, ex. meditation, gentle yoga, applying essential oils, baths, relaxing in a quiet place, etc.
  • Avoid smoking and alcohol. I think this is self-explanatory.
  • Up vitamin and mineral intake, particularly vitamin C. Since your body is working over time, it is likely to be in need of extra vitamins and minerals. There are many different vitamin and mineral supplements but finding one with a high vitamin c content is crucial. You could also get IV vitamin and antioxidant cocktails. Since I no longer get a flu shot, a few IV vitamin C sessions stopped the flu in its tracks last year. See a functional medicine practitioner for these.
  • Try my cold/flu buster cocktail. I swear by this cocktail. Using organic fresh produce: juice 1 teaspoon each of ginger and turmeric root, add squeezed juice from 1/2 lemon and one teaspoon of apple cider vinegar (ACV), a few sprinkles of cayenne pepper, and blend with 8 ounces of your choice of watered down juices, ex. orange, carrot, beet, and/or apple. I drink one or two a day till I feel optimal.

Ailment-Specific Treatments

Sinus Infection/Congestion

  • Neti pot. You may cringe at the thought of pouring water up your nose, reminiscing of that painful feeling from a summer at the pool or ocean. This is nothing like that. Mixing distilled or boiled water (never use untreated tap water) and the neti buffering salts will produce a buffered, painless solution. Follow the neti pot’s application instructions. Recommended use: Twice daily.
  • Steam baths. If neti pots aren’t your cup of tea you can fill a basin with steaming hot water, throw a towel over your head to use as a tent, and inhale.  You can add a few drops of a eucalyptus essential oil and/or a menthol solution to the water for a nice effect.  Recommended use:  As often as you like.
  • Snort cayenne powder. When I read about it online I said, “No way!”  But, my entire head was clogged up with bright green gook and I couldn’t breathe. I was desperate. I sprinkled a tiny bit of organic cayenne pepper on my finger and snorted it in each nostril. I felt like a total druggy and instantly my sinuses were on fire. After a few minutes, the burning subsided and I experienced a “release” of mucus.  My head was much clearer the next day. Would I do it again to avoid antibiotics and clear my stuffy head?  Keep in mind a side effect is severe burning sensation. Only recommend for the truly desperate. Recommended use: Twice daily.
  • Garlic and Apple Cider Vinegar (ACV). Garlic contains a compound called allicin, which helps reduce inflammation and fight infection. You can eat some minced garlic or chew on a clove. Then drink a few teaspoons of ACV in a glass of water. ACV has bacteria fighting properties and micronutrients.  Recommended use: Two or three times a day.

Bronchitis

  • Cayenne pepper capsules or cayenne pepper mixed with Manuka honey. Cayenne does something to mucus. I swear the cayenne heat melts it. Manuka honey has antimicrobial antibacterial properties, but not as harsh as antibiotics. Manuka honey is expensive, so sometimes I just ingest cayenne pepper in a capsule and get the same effect. Recommended use: Three times a day.
  • Garlic and ACV. Recommended use: Two or three times a day.

Strep Throat

  • Gargle with coconut oil: After my nightmare adventure with amoxicillin I was terrified I’d die from strep throat since I swore off antibiotics. My son kept getting it from day care and gave to me. The majority of strep throat cases go away on their own. To speed up recovery, I began gargling with coconut oil for five minutes because it has natural antibiotic and antifungal properties. Recommended use:  Two to three times a day.

Ear Infection

  • Ear oil with garlic and mullein. You should be able to find garlic and mullein ear oil at any health food store. I use this when my son complains of an earache or when his doctor said his inner ear was red. Tilting the head, apply a few drops into the ear canal. Put a little wad of cotton in the ear to absorb it as it drains. Recommended use: Twice daily.

Tooth Infection or Abscessed Tooth

  • Organic clove oil. I had major gum and teeth issues the past year. I almost accepted an antibiotic prescription no less than five times. I made it through each time applying a clove oil soaked cotton pad to the affected area. I am here to tell you I did not die from a tooth infection because I refused antibiotics. Recommended use: Three times a day.
  • Garlic. Place a piece of cut garlic on the infected gum or tooth. Hold there for 5-10 minutes. Recommended use: Two or three times a day.

Urinary Tract Infection

  • D-Mannose: Ask your doctor to culture the type of bacteria for your UTI. If it is e coli, D Mannose may help. It is a special kind of sugar that prevents e coli bacteria from adhering to the uterine wall.
  • ACV. According to Earth Clinic, drinking a few teaspoons of ACV in water helps maintain a slightly more acidic environment in your urinary tract. This level of acid is generally enough to diminish the growth of infection-causing bacteria.
  • Cranberry juice. Studies have suggested cranberry prevents bacteria from replicating and building biofilms within the urinary tract. I tested this theory out but had to halt treatment as it brought on an interstitial cystitis (IC) reaction. If you have IC, this or anything acidic isn’t the treatment for you.  Many women think they have a UTI, but it is actually IC.  Always get your urine cultured!

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter.   

Disclaimer:  This information is not to replace medical advice. Always seek the care of a physician if you are running a high fever, are in severe pain, having difficulty breathing, or have other serious symptoms.  I do not include information about herbal antibiotics, herbal antivirals, homeopathic preparations, or anything else I feel only a qualified herbalist, functional medicine practitioner, acupuncturist or naturopath should “prescribe”.  If you would like information on them, I encourage you seek out one of these practitioners. 

This article was published on Hormones Matter originally in November 2015. 

Back to School, Back to Flu? Elderberry to the Rescue

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I am many things: a writer, a researcher, a women’s health advocate, a teacher, a yogi. I’m also a few not so great things. Add my persistent desire to help with my passion for research and sprinkle in my ego-driven need to be right and you have a recipe for a real know-it-all. At best those traits make me a useful resource to my friends and family, at worst… unbearable? Well, I hope I’m not that bad.

My quest to detoxify my life came somewhere around the time I was trying to get pregnant and I was diagnosed with chemical allergies. I became a bit of a natural health junky. I’ve tried turmeric and macca powder and spirulina and chia seeds. While my track record with the rest is spotty, elderberry has become a staple in my life.

Why? Because I teach college. College students are walking germ factories. They don’t get enough sleep, they don’t eat properly, they live in close quarters, they make out with each other. Probably the only people who encounter more germs than I do are pre-school teachers and flight attendants. That said, you’ll notice germaphobe wasn’t on the above list of my identities. That’s because I know if I keep my immunity strong, I’ll be fine. I do that by taking elderberry (sambucus). And I tell anyone who will listen that they should take elderberry, too.

What is Elderberry?

Elderberry, or sambucus nigra (black elderberry), is a plant native to North America and Europe that produces dark purple to black berries. These berries and extracts from them have been used medicinally for centuries. “It was first referred to as a healer in the 5th century BC and received mentions in the writings of Hippocrates, Dioscurides and Plinius.”

The researcher in me says:

The natural health enthusiast in me says:

Thank goodness! We’ve got to start using safe and natural alternatives to antibiotics and chemicals. With least 30% of the antibiotics prescribed in the country found to be unnecessary, we have created drug-resistant strains of bacteria.  According to the National Institute of Health, “the way we’ve been using antibiotics is helping to create these new drug-resistant “superbugs.” The fear of these bacteria is real.

The FDA has finally taken steps to fight this problem by banning triclosan and 18 other anti-bacterial chemicals found in soaps and cosmetics.”There’s no data demonstrating that over-the-counter antibacterial soaps are better at preventing illness than washing with plain soap and water,” the agency said in a press release issued shortly after the rule was announced.

In fact, “There’s some evidence suggesting that widespread use of triclosan, which is used in liquid soaps, and triclocarban, which is used in bar soaps, could lead to the development of germs that are resistant to antibiotics. Other studies have found that exposure to these chemicals disrupts hormone cycles in animals.”

Between our overuse of antibiotics and some of the chemicals created under the guise of keeping us safe, we’ve made bacteria even more dangerous. Protecting our natural immunity may be the smartest thing we can do this cold and flu season.

The know-it-all in me says:

I told you so! Elderberry works.*

I take it when I’m short on sleep, when I’ve been around people who are sick, when I travel, or when I feel myself coming down with something. So this coming cold and flu season, consider trying elderberry before you reach for that Zpac and save us all from the superbugs.

*In no way do I profit from you taking elderberry. I don’t work for a natural health company, an elderberry farm, or hippie commune. Yet…

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter.

This article was published originally in September, 2016. 

Severe Gut Dysbiosis, MCAS, and Oral Lichen Planus

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I have severe gut dysbiosis, and suffer from frequent urination, sensitive bladder, and functional dyspepsia. Testing shows that I have system-wide bacterial and fungal overgrowth, oral lichen planus, mast cell activation syndrome (MCAS), histamine intolerance and severe food sensitivities. I also have problems with my feet. They are very dry, tend to swell up, and there are weird itchy red sores that may be related to athletes foot or to something else.

Over the last two decades my diet has become increasingly restricted and I now am only able to tolerate white sushi rice and lean animal meats. Whenever I stray from that diet, I get severe mouth/throat/upper gut inflammation. As a result, I am severely deficient in a number of vitamins, which I have to inject, as I cannot tolerate them orally. I must restore diversity to my gut, clear the infections and expand my diet so I can get nutrients, but given the reactions I have to most foods, I do not know how.

Early History of Poor Diet

As a kid I ate a lot of sweets and didn’t have the best diet. I took a normal amount of antibiotics as a kid but had a lot of strep throat and colds. In 1997, I had the chicken pox at age 23. It was a mild case. I became more health conscious in my mid 20s and after I got campylobacter food poisoning in 1998, from food purchased from the fast food restaurant Wendy’s. I was treated with ciprofloxacin and made a full recovery. After that, I completely stopped eating fast food. I would say my diet was pretty balanced up until 2002 when I got sick. I should note, I was first exposed to black mold in 2000 and again in 2015.

The Long Decline

In 2002, I was on a 6 month course of Levaquin for a prostate infection I didn’t even have. Shortly after, I contracted giardia on a kayak trip. I developed post-infectious gastritis and severe lactose intolerance. In 2004, I had mercury exposure from dental work and developed the early stages of histamine intolerance. I then developed gluten intolerance in 2006 and IBS symptoms with constipation.

Nevertheless, I was stable for a number of years and in 2007, I contracted Lyme, Bartonella, Babesis and Mycoplasma. I tested very high for mycoplasma as well as other infections like Epstein Barr Virus. From there, I then went on to develop frequent urination, sensitive bladder, and functional dyspepsia. I developed oral lichen planus in 2008.

In 2011, I was prescribed Xifaxan, a drug used to treat IBS with diarrhea or traveler’s diarrhea, and it gave me chronic bloating, which I have had ever since. I had walking pneumonia a few times (mycoplasma) and possibly whooping cough in 2012.

In 2015, I had the flu and was under a lot of stress and had a major autoimmune flare up. I developed geographic tongue and the lichen planus got worse, as did my histamine intolerance. I was exposed to black mold and aspergillus during this period as well. My digestive symptoms got worse.

Increasingly Restricted Diet

In 2018, I took a high dose of probiotics that I had been taking for years and doing well on and it triggered some kind of major mast cell reaction in my upper gut. I have had reflux and gastritis-like symptoms ever since. My MCAS got worse and since 2018 I have been losing the ability to eat more and more foods without a reaction. Last year I tried low dose naltrexone and I had a severe autoimmune reaction to it. I have become even more hypersensitive to environmental triggers like pollution and pollen.

Right now I am 40lbs underweight and survive on white sushi rice and lean animal meats every single day. If I try to eat any plant based food, I get severe mouth/throat/upper gut inflammation. I also believe I have hydrogen sulfide SIBO. In September, I did a nasal culture which showed large amounts of coagulase positive staphylococci. My throat culture showed large amounts of streptococcus A and pseudomonas. My gut also tested positive for actinomyces.

Multiple Vitamin Deficiencies

For years my Vitamin D was suboptimal and recently tested and its 19 ng/mL. I had been giving myself weekly vitamin D injections, as I can’t tolerate any supplements, but I have recently stopped because they caused some new symptoms including: headache, dizziness, off balance, visual disturbances and loss of appetite. I am still dealing with issues a few weeks after stopping the injections. I read this can be a common side effect when people do not respond well to cholecalciferol. My plan is to purchase a special UV light for vitamin D and will try to raise my levels naturally. This is an ongoing theme. Whenever I make a little progress, I always seem to get a setback in some form, which makes this very frustrating. I also inject B complex and B12 which seems to really help with my reactions. I am very nutrient deficient especially in fat soluble vitamins and vitamin C.  Currently, I rub these vitamins on my skin and also use nasal resveratrol.

I must treat this severe dysbiosis somehow and am leaning towards antibiotics since I can’t tolerate probiotics or herbal formulas. I need to be extremely careful and have to come up with a really good protocol. I need to micro-dose and make sure I use the right antibiotic or combination of antibiotics. I also don’t want to flare up my gut or make my problems worse. If anyone can help me I would be grateful. I must restore diversity to my gut, clear the infections and expand my diet so I can get nutrients. Thank you.

Update

As of December 2021 I have not made the least bit of progress towards recovering my health. I went for Lyme treatment at the New York Center for Innovative Medicine this Summer and was extremely optimistic and hopeful that this would cure me. A close friend of mine went there and got her life back. Sadly, I am now 5 months post treatment and don’t feel even a tiny bit better in fact many of my old symptoms have resurfaced.

A year ago, I had black mold exposure which caused vestibular trauma and also gave me a visual processing disorder. So I now have to deal with visual and balance issues on top of debilitating daily gastrointestinal symptoms. For 18 months, I have been eating white rice, poultry breast, egg yolks and cod and my esophagus and stomach will flare up if I consume even a tiny piece of any vegetable. I have severe depression, anxiety, and am living in fear every day of my life. I spent $60,000 on medical expenses in 2021 and have absolutely nothing to show for it.

I am going to a special gastroenterology clinic in Ohio in March and will probably get an endoscopy. I am afraid this test will make me worse but I just have no options. I still think I have some kind of stealth infection or parasite in my gut that is causing all these issues. If anyone has recommendations for me I would be grateful.

Every single day I am losing more and more hope and am not sure how much longer I will survive. I am having my will drawn up because I just don’t see a future for myself. On top of this my stepfather was just diagnosed with stomach cancer and is going through chemotherapy now and the whole family is stressed out and this is taking a toll on me emotionally. Thanks for listening.

We Need Your Help

More people than ever are reading Hormones Matter, a testament to the need for independent voices in health and medicine. We are not funded and accept limited advertising. Unlike many health sites, we don’t force you to purchase a subscription. We believe health information should be open to all. If you read Hormones Matter, like it, please help support it. Contribute now.

Yes, I would like to support Hormones Matter. 

This story was first published on February 4, 2021. It was updated on December 29, 2021.

 

Treating Antibiotic-Resistant Super-Bugs with Vitamin B3

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If you are like me, you unnecessarily worry about things completely out of your control like untreatable illness (amongst many other things – from radiation poisoning to earthquakes and of course the zombie apocalypse). As I hear about the increase in antibiotic-resistant diseases, I comfort myself with the fact that I do not use antibacterial products, have not taken an antibiotic in at least five years, and have a super strong immune system (I’ve been sick with the flu once in the last three years and have not had a head cold in the last four to five years). Still, I have an irrational fear of these super-bugs; specifically the flesh eating virus. That’s why I was delighted to read that a new study reveals a treatment that does not involve antibiotics; a treatment that can boost the immune system 1000x’s so the body can fight off these infections. This new study found that vitamin B3, or nicotinamide, taken in large doses was able to kill staphylococcus aureus in both mice and human blood samples. The vitamin B3 significantly boosts the number and effectiveness of neutrophils, or white blood cells that target infections. Various news reports noted that this treatment, unlike antibiotics, won’t kill the natural bacteria in our stomach that are necessary to our immune systems.

It is important to note that the doses used in this study are above the government recommended daily intake of vitamin B3 and should not be attempted through diet, over the counter supplementation or without the supervision of medical professionals.

Click here to read the full report in the Journal of Clinical Investigation

The article was originally published on Hormones Matter in September 2012.

Fluoroquinolones 101 – Antibiotics to Avoid

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Fluoroquinolone antibiotics, Cipro, Levaquin, Avelox, etc. are broad-spectrum antibiotics used to treat a variety of infections, from urinary tract infections to anthrax and everything in between.  The first quinolone created was Nalidixic Acid which was discovered by George Lesher in 1962.  (Nalidixic Acid was added to the OEHHA prop 65 list of carcinogens in 1998.) Cipro (ciprofloxacin) is a second generation fluoroquinolone patented in 1983 by Bayer, Levaquin (levofloxacin) is a third generation fluroquinolone  patented in 1987 by Ortho-McNeil-Janssen (a division of Johnson & Johnson), and Avelox (moxifloxacin) is a fourth generation fluoroquinolone patented in 1991 by Bayer.

Fluoroquinolone Antibiotics – Still on the Market

Of the 30 quinolones that have made it to market since the 1980s, all but 6 have either been removed from the US market or have severely restricted use.

The fluoroquinolone antibiotics that are still on the market are some of the most commonly prescribed antibiotics. Per the FDA, “Approximately 23.1 million unique patients received a dispensed prescription for an oral fluoroquinolone product from outpatient retail pharmacies during 2011,” and “Within the hospital setting, there were approximately 3.8 million unique patients billed for an injectable fluoroquinolone product during 2011.”

When used properly, such as in cases of life-threatening hospital acquired pneumonia, fluroquinolone antibiotics can save lives.

Fluoroquinolone Antibiotic Side-Effects and Adverse Reactions

When used improperly, fluoroquinolone antibiotics can needlessly cause devastating side-effects.  Devastating side-effects can also occur when fluoroquinolone antibiotics are used properly, but the devastation can be justified by weighing it against the alternative – death.  In 2001, Dr. Jay S. Cohen published an article on the severe and often disabling reactions some people sustained  as a result of taking a fluoroquinolone antibiotic.  Dr. Cohen says,

“It is difficult to describe the severity of these reactions. They are devastating. Many of the people in my study were healthy before their reactions. Some were high intensity athletes. Suddenly they were disabled, in terrible pain, unable to work, walk, or sleep.”

Dr. Cohen’s study of 45 subjects suffering from Fluoroquinolone Toxicity Syndrome, a name that I’m pushing for, (without an official name, it is difficult get the word out) showed that they had the following symptoms:

  • Peripheral Nervous System: Tingling, numbness, prickling, burning pain, pins/needles sensation, electrical or shooting pain, skin crawling, sensation, hyperesthesia, hypoesthesia, allodynia (sensitivity to touch) numbness, weakness, twitching, tremors, spasms.
  • Central Nervous System: Dizziness, malaise, weakness, impaired coordination, nightmares, insomnia, headaches, agitation, anxiety, panic attacks, disorientation, impaired concentration or memory, confusion, depersonalization, hallucinations, psychoses.
  • Musculoskeletal: Muscle pain, weakness, soreness, joint swelling, pain, tendon pain, ruptures.
  • Special Senses: Diminished or altered visual, olfactory, auditory functioning, tinnitus (ringing in the ears).
  • Cardiovascular: Tachycardia, shortness of breath, hypertension, palpitations, chest pain.
  • Skin: Rash, swelling, hair loss, sweating, intolerance to heat and\or cold.
  • Gastrointestinal: Nausea, vomiting, diarrhea, abdominal pain.

When a fluoroquinolone antibiotic triggers a toxic reaction in a person, multiple symptoms are often experienced. I experienced all of the symptoms that are italicized.

Fluoroquinolone Antibiotic Damage – Technical Aspects

Fluoroquinolones are eukaryotic DNA gyrase and topoisomerase inhibitors very similar to many antineoplastic agents (source).  What this means in plain English is that these drugs work the same way as chemotherapeutic drugs; they disrupt DNA and lead to destruction of cells.  A recent (2013) study conducted by a team of scientists at the Wyss Institute for Biologically Inspired Engineering at Harvard University Studies showed that Ciprofloxacin, along with a couple of other non-fluoroquinolone antibiotics, causes oxidative stress and mitochondrial malfunction. A 2011 study published in the Journal of Young Pharmacists found that, “There is significant and gradual elevation of lipid peroxide levels in patients on ciprofloxacin and levofloxacin.”  They also found that “There was substantial depletion in both SOD (superoxide dismutase, “a free radical scavenging enzyme”) and glutathione levels” and that “On the 5th day of treatment, plasma antioxidant status decreased by 77.6%, 50.5% (and) 7.56% for ciprofloxacin, levofloxacin and gatifloxacin respectively.” The study also notes that administration of fluoroquinolones leads to a marked increase in the formation of Reactive Oxygen Species (ROS) and that “reactive free radicals overwhelms the antioxidant defence, lipid peroxidation of the cell membrane occurs. This causes disturbances in cell integrity leading to cell damage/death.”

How Many People are at Risk?

The exact rate of adverse reactions to fluoroquinolones is difficult to determine.  Studies of adverse reactions to fluoroquinolones have noted that, “During clinical trials, the overall frequencies of adverse effects associated with (fluoroquinolones) to vary between 4.4 and 20%.”  Just the fact that the spread is so large, a 15.6% spread in frequency of adverse reactions is a HUGE difference, implies that the actual occurrence of adverse reactions is difficult to establish or unknown.

With the FDA figures above noting that 26.9 million unique patients were given fluoroquinolones in 2011, if you just take the conservative adverse reaction figure of 4.4%, you’ll get a horrifying number of people with adverse reactions in 2011 alone – 1,183,600 people.  20% of 26.9 million is 5,380,000 people adversely effected.  That is scary.  Those numbers are truly frightening given the severity of the adverse effects described above.

Fluoroquinolone Toxicity Syndrome

I see fluoroquinolone toxicity everywhere, and even I think that those numbers are high for severe, disabling reactions like mine where multiple symptoms develop simultaneously.  Not everyone who has an adverse reaction to a fluoroquinolone has a reaction like mine, or even develops Fluoroquinolone Toxicity Syndrome – thank God.  Many people have milder reactions.  Milder symptoms include any one of the symptoms listed above as well as  diarrhea, vomiting, mild tendonitis, decreased energy, painless muscle twitches, memory loss, urgency of urination, or any number of reactions that the body may have to a massive depletion of antioxidants and increases in lipid peroxide levels and reactive oxygen species production.

Even though severe adverse reactions to fluoroquinolones antibiotics can be painful and disabling for years, many (possibly most, but certainly not all) people recover from Fluoroquinolone Toxicity Syndrome with time.  I anticipate that I will be fully recovered 2 years after my reaction started. Sadly, there are some people who don’t recover.  They suffer from chronic pain, disability, impaired cognitive abilities, etc. permanently.

It is absurd, to say the least, that an acute problem, an infection, that can easily be taken care of with administration of an antibiotic that is not a fluoroquinolone, is converted into a chronic problem, a  syndrome that can disable a person for years, by a prescription ANTIBIOTIC, used as prescribed. In my case, a urinary tract infection that could have likely been taken care of with macrobid or even cranberry juice and d-mannos, was treated with Cipro which left me unable to do many physical and mental tasks that I had previously been able to do with ease. It’s a crazy, absurd situation.  It’s absurd and it’s wrong.

Some Antibiotics are More Dangerous than Others

The bottom line is that these popularly prescribed antibiotics are dangerous drugs that have caused thousands of people to suffer with a myriad of maladies. Undeniably, they have their place, in treating life-threatening infections.  Unfortunately, they are not being reserved for use in life-threatening situations and people are being hurt after taking them for simple sinus, urinary tract, bronchial and prostate infections. A strict and rigorous protocol needs to be established to limit the damage that they cause; because it’s not right to maim and disable people to treat their sinus infections.

Information about Fluoroquinolone Toxicity

Information about the author, and adverse reactions to fluoroquinolone antibiotics (Cipro/ciprofloxacin, Levaquin/levofloxacin, Avelox/moxifloxacin and Floxin/ofloxacin) can be found on Lisa Bloomquist’s site, www.floxiehope.com.

This article was published previously in August 2013 and is being re-posted in light of the recent press coverage warning of fluoroquinolone dangers.

Antibiotics during Pregnancy: Finally Pharmacokinetic Research

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A common refrain of mine is the lack of drug testing in women, especially pregnant women and relative to the enormous hormone changes women experience across a cycle, across pregnancy or postpartum and frankly across the lifespan. Hormonally, a 16 year old is not the same as a 45 year old. A woman’s biochemistry is not the same early in her cycle as it is late in her cycle. Nor is it the same when she is on oral contraceptives or hormone replacement therapies compared to when she is not and most especially, the pregnant woman’s biochemistry is hugely different than that of a non-pregnant woman. And yet, despite the lack of testing, lack of data, and limited understanding about how medications work relative to a woman’s hormonal state, women, pregnant and non-pregnant alike, are routinely prescribed medications for which we have a very poor understanding of the basic pharmacokinetics (how a drug travels through the body) or pharmacodynamics (what it does and how it works).

Ever so slowly, this may be changing. A group of researchers from the University Chicago, recently published a study on the Influence of Body Weight, Ethnicity, Oral Contraceptives and Pregnancy on the Pharmacokinetics of Azithromycin in Women of Childbearing Age. Though the study was small with only 53 pregnant women and 25 non-pregnant women, it represents one of the few published pharmacokinetic studies done on a drug routinely prescribed to pregnant women that evaluates hormone state.

Azithromycin: the Most Common Antibiotic Prescribed During Pregnancy

Azithromycin, more commonly known as Zithromax, Azithrocin, Z-Pack or ZMax, is the most frequently prescribed antibiotic for a range of bacterial infections of the ears, skin, throat.  It is believed to be safe during pregnancy, despite having a pregnancy category rating B (a designation given a medication that has not been tested in human pregnancy but appears to be safe in animal studies). Some research shows that Azithromycin appears to have no more adverse reactions than other antibiotics, but whether it is truly safe, whether pregnant pharmacokinetics are different than non-pregnant or how they are different had never been determined. The University of Chicago study demonstrated what many have always suspected:

  • pregnant women metabolize medications differently (more slowly) than non-pregnant women
  • oral contraceptives slow drug metabolism
  • and interestingly enough, African American women show different pharmacokinetic patterns than Caucasian, Hispanic, Pacific Islander or Asian women

Pharmacokinetics: The Basics of Drug Disposition

The disposition of a drug (how it travels through the body), is affected by a number of physiological variables including plasma volume (greater when pregnant, lower when dehydrated), protein binding (fat soluble drugs travel through the system bound and protected from metabolism-preparation for excretion- by carrier proteins), liver and kidney function (our waste removal systems). Any alteration to these variables affects how long a drug stays in the body, how much of the drug is available to exert its effects on the tissues or organs, and how effectively it is cleared from the system. Determining the disposition of the drug- the pharmacokinetics- is very important for drug dosing and ultimately, safety.  Every one of those drug disposition variables is affected by the hormone changes of pregnancy, postpartum (menstruation, menopause, oral contraceptives, HRT, etc.).

In the case of Azithromycin, pregnancy significantly slowed metabolism and clearance of the drug in pregnant Caucasian, Hispanic, Pacific Islander and Asian women, but not apparently in African American women or women not taking oral contraceptives. Translated, this means that pregnant Caucasian, Hispanic, Pacific Islander and Asian women were exposed to more drug, for a longer period of time, than were African American women. Ditto for women taking oral contraceptives versus those who were not taking oral contraceptives.

The researchers did not investigate whether hormonally-related changes in immune function interacted with the pharmacodynamics of the drug–rendered it more or less clinically effective. Nor did they evaluate whether or how other medications may have influenced drug disposition. As an aside, women in the pregnant group were taking more medications, in addition to the antibiotic in question, than the non-pregnant group.

What this research does show, however, is that hormones, or at least ‘hormone state’ affects drug disposition significantly. Additional studies are needed to determine how and if more customized dosing is required in pregnant and non-pregnant women alike.

This article was posted previously in September 2012.

How I Lost my Faith in Scientists

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On December 21, 2013, The Huffington Post published an article entitled “Americans Have Little Faith in Scientists, Science Journalists: Poll.”  The article noted that, according to a HuffPost/YouGov poll, “only 36 percent of Americans reported having ‘a lot’ of trust that information they get from scientists is accurate and reliable. Fifty-one percent said they trust that information only a little, and another 6 percent said they don’t trust it at all.”

People trust science journalists even less, with only “12 percent of respondents said (saying) that they had a lot of trust in journalists to get the facts right in their stories about scientific studies.”

I was raised by an engineer with a science background.  I don’t have any religious beliefs that keep me from believing what scientists say about human or earth history.  My political and ideological beliefs don’t conflict with those of scientists, generally.  I believe that science is the best method of seeking the truth that humans have found thus far.  I believe in the efficacy of the scientific method.

But I am one of the people in the 51 percent who only trust the information provided by scientists “a little” and one of the 88 percent who doesn’t trust science journalists to get the facts right. I haven’t fully lost my faith that scientists will eventually get to the right answers, but I have lost my trust that they are on the right path. Here are a few reasons why:

  1. I know more about my mysterious condition than they do.  I had an adverse reaction to Cipro, a fluoroquinolone antibiotic, and that triggered Fluoroquinolone Toxicity Syndrome – a syndrome that is more similar to an autoimmune disease than an allergic reaction to a drug.  There are hundreds of reputable, peer-reviewed journal articles about the effects of fluoroquinolones on human cells.  I am thankful for those articles (and the scientists that did the research and wrote the articles), as they have given me much of the information that I have.  But there is no consensus among research scientists about how fluoroquinolones affect humans, or even human cells.  Fluoroquinolones are chemical creations of humans.  Their effects on human cells should be testable, verifiable and known (they have been on the market for more than 30 years), but they’re not. The effects of fluoroquinolones on human cells are complex and multifaceted. But there are causes and effects and truths to be found, yet victims of these drugs are left to do the research about how these drugs work and put together the pieces as to why they are ill, because the experts, the scientists and researchers, aren’t. This isn’t okay.
  2. Rise in chronic mysterious illness.  People are sick with “diseases of modernity.”  Doctors and scientists don’t seem to have any answers as to what diseases like fibromyalgia, chronic fatigue syndrome, adverse reactions to drugs (including vaccines), autoimmune diseases, allergies, and others are caused by, or how to fix them. When you, or a family member, become ill, and there is nothing that your doctor can do to help you, yet your pain and suffering are definitely real; the natural and reasonable tendency is to lose trust in those who are failing to give you answers. We expect answers to medical, biological, and chemical problems from doctors and scientists, and when they fail to give us those answers, we lose faith in them.
  3. Publication bias.  Publication bias is “the practice of selectively publishing (drug) trial results that serve an agenda.” It’s an ethically disgusting practice and most scientists agree that it should be eliminated, somehow. Yet it continues. The Huffington Post article noted that many people distrusted scientists and science journalists because they believed that the scientist’s findings were influenced by political ideology or the influence of the companies sponsoring them. No system has yet been put into place to minimize or eliminate bias.
  4. Scientists aren’t seeing the big picture.  There is a struggle between specialization and detail, and the so-called “big picture.”  Journal articles will point out details of a problem, then fail to link those details to the big picture.  For example, there are journal articles that note that fluoroquinolones deplete mitochondrial DNA.  What that means for human health and how that affects the person who takes those drugs, is not noted.
  5. Scientists aren’t taking a stand.  There are journal articles about the disastrous effects of some drugs on human health, but there seems to be little screaming about the limiting of the use of those drugs based on the findings. Rather, the warning label is simply updated, and people continue to be hurt, when their pain, suffering and death could have been prevented.
  6. Nonsense explanations.  In an article in The Atlantic entitled “Living Sick and Dying Young in Rich America” about how an increasing number of young people are coming down with chronic illnesses, especially autoimmune diseases, the explanations put forth by the doctors and scientists interviewed as to why young people are sick with autoimmune diseases bordered on ridiculous.  Junk food and a lack of exercise were asserted to be the main culprits. Junk food and lack of exercise will certainly make a person fat and they may cause some chronic illnesses like obesity and diabetes, but they aren’t likely to trigger an over-expression or over-stimulation of immune system cells (unless the junk food is made from GMOs and immune-system altering chemicals, in which case it’s possible), which is what causes autoimmune diseases. Perhaps pharmaceuticals that have been shown to stimulate immune system cells should be looked at as a culprit, instead of the victim’s diet and exercise habits.
  7. Faith-based assertions.  Almost every journal article I read about the safety of the drugs that hurt me, fluorouquinolones, has a faith-based, incorrect statement that they are “generally regarded as safe.”  Many of the articles then go on to note deleterious effects of fluoroquinolones on human cells, but those truthful findings don’t seem to inspire revision of the presumptive statement that they are “safe.”
  8. Faith-based following.  To be accused of being anti-science is a huge insult.  If you question the safety of a drug or vaccine you risk being accused of being anti-science, and the assumption is that you must be irrational, dangerous, or opposed to the progress that has been made with other pharmaceuticals or vaccines.  The demonizing of those who question scientists is, ironically, anti-science, as science is built on questioning assumptions and faith-based beliefs.
  9. Conflicting results.  When questions are asked that should have a yes or no answer, and those questions can be verified in a laboratory setting, different groups of scientists should be able to get consistent results.  Replicability is a tenet of science. Yet there are conflicting results to many important, answerable questions throughout scientific journals.  It’s frustrating and it decreases the credibility of scientists that questions that should be answerable aren’t being answered.
  10. Changing stories.  Is butter good for us or bad for us?  How about coffee?  How about fluoride?  What about statins?  The story changes constantly. This destroys the credibility of the people telling the story – doctors, scientists, nutritionists, and others.
  11. Disbelief of patient reports.  If one patient comes forward asserting that a pharmaceutical or vaccine hurt him in an unusual way, it is reasonable to think that the patient might be mistaken, that there might be another explanation for his pain.  However, if hundreds or thousands of patients come forward with the same, or similar stories, their assertions should be listened to. Unfortunately, their stories are being systematically disregarded and denied by doctors and scientists alike. Hurt patients have no reason to lie, they have no conflicts of interest (generally), so they should be listened to and believed. In systematically ignoring them and their pain, doctors and scientists are being callous and un-curious, and they are losing credibility.
  12. Not asking the right questions.  Mitochondrial dysfunction is related to many diseases including, “schizophrenia, bipolar disease, dementia, Alzheimer’s disease, epilepsy, migraine headaches, strokes, neuropathic pain, Parkinson’s disease, ataxia, transient ischemic attack, cardiomyopathy, coronary artery disease, chronic fatigue syndrome, fibromyalgia, retinitis pigmentosa, diabetes, hepatitis C, and primary biliary cirrhosis” (source) and others.  Many pharmaceuticals, including statin drugs, synthetic antibiotics, antidepressants and others, adversely affect mitochondria.  Yet the affects of drugs on mitochondria are not systematically examined before drugs are put onto the market.  If mitochondria are not being looked at, the right questions are not being asked, and if they’re not asked, they won’t be answered.  We count on scientists to ask the right questions.  When they don’t, they lose credibility.

The list above saddens me.  If I can’t trust scientists to give me answers, who can I trust?  Is there an alternative?  I’m not the type to start an alternate belief system, and I truly do believe that the scientific method is the best way of finding truth that we have.  But scientists are failing to find the answers as to why, for example, an increasing number of young people are suffering from chronic autoimmune ailments than at earlier times, or appalling autism rates keep getting worse and worse, and people are suffering because of the lack of answers provided.  So I have lost trust in them.  Sadly, I have more trust in personal reports (which are, of course, anecdotal) that I read on the internet than I do in scientific studies.  At least I know that the people screaming about their pain, their struggles, their need for answers, etc. aren’t subject to publication bias with their screams.

The only way to find answers to chemical, biological and medical problems is through science.  Scientists must be the ones to step up to do the science. They must be the people to find the answers.  Substantive, reliable, replicable, truthful information cannot be gained without them and their methods.  We are at their mercy in finding answers to many of life’s problems, especially those having to do with human health.  I trust that some brave scientists will step up to rectify some of the criticisms that I listed above.  I certainly hope so.

I don’t expect scientists to be perfect.  I don’t expect them to have all the answers.  I don’t expect them to be infallible.  But I do expect them to be curious, humble, truth-seekers who minimize bias and conflicts of interest to the best of their abilities. I expect them to be ethical and moral. I expect them to take responsibility for the bad that comes along with the good of their creations. I expect them to be prudent and careful when dealing with chemicals that can mess things (human bodies and the environment) up in ways that can’t be fixed.  I expect them to be honest.  I expect them to be outraged.  I expect them to be curious.  I expect them to seek answers to the real problems and dilemmas that people face.  Perhaps I’m naïve.  Perhaps I’m expecting too much from my fellow humans who happen to have the title of Scientist.  Perhaps I’m not being fair.  I apologize if that is the case.  We are all just people trying to do the best we can to make the world a better place.  I just wish that I was still sure that, collectively, scientists were making progress toward making the world a better, not worse, place.  Until I gain some reassurance, consider me one of the doubtful and untrusting.  I am truly, deeply saddened by this.

Information about Fluoroquinolone Toxicity

Information about the author, and adverse reactions to fluoroquinolone antibiotics (Cipro/ciprofloxacin, Levaquin/levofloxacin, Avelox/moxifloxacin and Floxin/ofloxacin) can be found on Lisa Bloomquist’s site, www.floxiehope.com.

Participate in Research

Hormones MatterTM is conducting research on the side effects and adverse events associated with the fluoroquinolone antibiotics, Cipro, Levaquin, Avelox and others: The Fluoroquinolone Antibiotics Side Effects Study. The study is anonymous, takes 20-30 minutes to complete and is open to anyone who has used a fluoroquinolone antibiotic. Please complete the study and help us understand the scope of fluoroquinolone reactions.

Hormones MatterTM conducts other crowdsourced surveys on medication reactions. To take one of our other surveys, click here.

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