Lies

The left is ramping up their propaganda for election season.

Of course, that isn’t the price of insulin. Not even close. I give people Insulin in the ED every single day. Here is the cost: less than $40, and that is for a 30 day supply. That includes Novalog, Lantus, and others. The cost is slightly more than a dollar a day, which is nowhere near the $1,300 a month being claimed.

Even if a drug was more than a person can afford, all they have to do is go to the ED. The hospital will give it to them while they are a patient.

The entire post above is a lie. It didn’t happen, or at least not the way that the person creating it wants you to believe that it happened, and that’s before we get into how a restaurant manager only made $35k a year.

I had to left align this picture.

At Work

At work this week, a couple of noteworthy patients.

The first was a woman who brought in her year old baby because the baby had a purple spot on her tongue and about a dozen red spots on her body, just isolated 1mm red dots. The baby’s tongue looked just like this:

This is called purpura, and the ones on the skin are called petechiae. It can be genetic, or can be triggered by a virus that causes the immune system to misbehave and attack the patient’s blood. So I went to go tell the doctor, who ordered a blood test. Sure enough, the baby’s platelet count was 3,000. It should be between 150,000 to 450,000.

The disease is called thrombocytopenia. It can be caused by a number of different things, this will require more testing. No matter what, it isn’t going to be good news. We transferred the baby to a children’s hospital.

The second one was a fine example of how people abuse the system. A woman came in telling me that she had called in sick to work so her and her boyfriend could spend the day smoking weed. She had no medical complaints, but wanted a doctor’s note for work so she wouldn’t get fired for calling in again.

We ( the nurses and doctors) were offended, but the doctor wrote her note. Why? Because payment rates for the hospital for all patients are set by satisfaction scores, according to Obamacare.

On the business front, we began showing the rental finally. There have been two people by to look at it, but no one has put in an application yet.

My Answer

Let’s say that you go to the ED with a complaint that could be an infection. The team is going to evaluate you to see if you meet sepsis criteria. I posted about that back in August right here on this blog. If the patient meets sepsis criteria, the nurse will enter a standardized set of orders for tests. Those tests include tests for lactic acid, a CBC, CMP, and if appropriate, COVID/Flu tests, urinalysis, and other tests. If the patient has a lactic acid level of 2.0 or more, they are going to get IV fluids. Lots of them, like 30mL per kilogram of body weight. If you weigh 100kg, that means 3 liters of fluid. The lactic acid level will be checked and rechecked until the level is below 2.0.

So think about this when you consider the cost:

  • The triage nurse and their team briefly evaluates you and assigns you to the appropriate nurse.
  • You then become one of the 3 or 4 patients that nurse is caring for. You get a full evaluation, including an EKG, an IV line, along with blood and urine tests. This nurse has years of education and years or even decades more experience.
  • The lab team then runs the tests, the X-ray team shoots your pictures, a radiologist reviews them and sends the results to your nurse.
  • The ED physician evaluates all of that information and, in cooperation with your nurse comes up with the treatment plan. Then he orders the medications.
  • The pharmacy reviews the patient’s previous medications, condition, and the ordered medication to ensure that this is a safe course of medicine, then releases it.
  • The nurse then triple checks everything and gives the medicine.

In all, a visit to the ED involves no fewer than 12 specially trained medical personnel, who perform tests and treatment across no fewer than 9 different specialties. Each of those people is college educated from a 2 year degree to full on doctors. Most of them have a decade or more of experience. That doesn’t count all of the other people involved from the hospital’s chief nursing officer, the administrative people, janitors, security, and others involved in running a large business.

Now consider that Americans demand flawless health care on a 24/7 schedule, and want to be seen and leaving the hospital in less than 3 hours. Sometimes, we actually meet that deadline. Most of the time, we come close, but there are too many patients there for too many silly complaints. I had a patient this week who came in for constipation and was demanding to know why we were so understaffed that he had to wait an hour and a half to see the doctor.

So if you want to know why it costs $10k for an ED visit, that’s why. The old saying is that all businesses offer one of three services:

  • Good
  • Fast
  • Cheap

You can only get two- if it is cheap and fast, it won’t be good. If it is good and cheap, it won’t be fast. If it is good and fast, it won’t be cheap.

We as a nation demand good and fast. That means it won’t be cheap. On top of it, the patients want to be pampered like they are in a day spa. My patients are frequently more concerned with what I am going to feed them than they are in the quality of their care. They expect to be cured in an hour for a problem that has been years in the making: you are a long term smoker, a diabetic, are 100 pounds overweight, and have high blood pressure, then expect to come in and be cured of your shortness of breath in an hour so you can make it to half priced wing and beer night at your local watering hole. Then you blame the health care personnel when it takes too long.

Another of my patients came in and the first thing he said to me is that he wanted a sandwich followed by a cup of coffee brought to him every hour. I told him that I was holding him without anything by mouth at least until we were done evaluating him, so he demanded to see my boss. When the boss told him the same thing, he told us that we were inhumane for denying him food, then stormed out.

That’s my rant.

Non-Issue

The left thinks that they have a smoking gun because the White House medical unit ordered thousands of narcotic pills during the Trump Presidency, and the Pentagon says that they were not tracked very well. It isn’t smoking, nor is it a gun.

The White House Medical unit maintains a health clinic for all of the staff members of the White House, the Naval Observatory, Air Force 1 and 2, as well as assisting the Secret Service in setting up and maintaining emergency trauma centers everywhere their protectees go. The office also maintains fully stocked pharmacies at the White House, Naval Observatory, Old Executive Office Building, and aboard Air Force 1. There are 1800 staff members of the White House alone. The WHMU also provides emergency coverage for more than 1.5 million annual visitors to the White House and guests of the President, as well as national and international Heads-of-State and diplomats when they are in Washington, DC. So the amounts ordered aren’t really that remarkable.

The same doctor has been assigned to the WHMU since1995, and has been its director since 2000- more than 24 years. He is an Air Force Brigadier General by the name of Richard Tubb.

As an ED nurse, I see between 10 and 30 patients a day, most days. On any given day, I give controlled substances like Fentanyl, Dilaudid, Morphine, Norco, Xanax, Valium, Versed, and others a dozen or more times per day, and I am not filling prescriptions like a pharmacy, I am personally administering them.

The difference here is that our medical staff at the hospital have a pharmacist who checks every medical order for safety. The doctor writes the order, the pharmacist checks to make sure it is safe, then releases it. The nurse retrieves it from the automated dispenser, then administers it to the patient after also checking to make sure it’s a safe and appropriate medication. That’s right- at least three different people check to make sure it’s safe.

Not so in the WHMU. The providers are directly administering the medications without a pharmacist or nurse backstopping them. This makes errors more likely, but it doesn’t mean that the drugs are being abused.

The fact that some drugs weren’t well maintained doesn’t mean that Trump or someone on his staff was abusing them, it just means that government workers, being immune from fines for not tracking narcotics or lawsuits from improperly dosing or prescribing them don’t bother to do so. They track their controlled medications like law enforcement tracks their firearms. That is to say, not very well.

Stupidity

A woman is claiming that her child’s Easy Bake Oven gave her family carbon monoxide poisoning. This is why people shouldn’t use Google to self diagnose medical problems. The Easy Bake oven uses a lightbulb to generate heat. There is no open flame, thus no combustion. Since carbon monoxide is a product of incomplete combustion, this isn’t the culprit.

The second issue here is that a pulse oximeter allegedly showed 89 percent. This is not caused by CO for technical reasons. See, a pulse oximeter works because hemoglobin that is bound to another molecule absorbs certain frequencies of red light, while hemoglobin that is not bound to another molecule does not. The pulse oximeter shines two frequencies of red light through the body, and measures how much one is absorbed over the other. The result is used to calculate the proportion of bound hemoglobin versus unbound that is passing through the beam.

Carbon monoxide poisoning is caused because CO binds to hemoglobin 200 times more readily than does oxygen. This causes the hemoglobin to form carboxyhemoglobin, which absorbs that red light as readily as oxyhemoglobin, which is formed when oxygen binds to hemoglobin. This means that the pulse oximeter will show the same number whether it is carboxyhemoglobin or oxyhemoglobin. This phenomenon is called the pulse oximetry gap and makes a pulse oximeter useless for diagnosing CO poisoning.

There is a linear decline in O2Hb (oxyhemoglobin) saturation as COHb (carboxyhemoglobin) saturation increases. This decline is not detected by pulse oximetry, which therefore overestimates O2Hb saturation in patients with increased COHb levels. The pulse oximetry gap increases with higher levels of COHb and approximates the COHb level. In patients with possible CO poisoning, pulse oximetry must be considered unreliable and interpreted with caution until the COHb level has been measured. [Bozeman WP, Myers RAM, Barish RA: Confirmation of the pulse oximetry gap in carbon monoxide poisoning. Ann Emerg Med November 1997;30:608-611.]

The fire department found no signs of CO in the apartment, but the couple claims that this was due to the oven having been unplugged 8 hours before.

This entire story is stupidity, and newspapers should be sued for publishing garbage like this with no corroboration other than some moron’s Google search. If you are going to make a claim like this, at least do a little research. Layers of editorial research my hairy ass.


Because I am getting used to providing evidence based resources:

Barker SJ, Tremper KK, The effect of carbon monoxide inhalation on pulse oximetry and transcutaneous PO2. Anesthesiology. 1987; 66: 677-679Gonzalez A

Buckley RG, Aks SE, Eshom JL, et al. The pulse oximetry gap in carbon monoxide intoxication. Ann Emerg Med. 1994; 24: 252-255

Gomez-Arnau J, Pensado A, Carboxyhemoglobin and pulse oximetry.Anesthesiology. 1990; 73: 57

Ventilation

The lungs are the organ that allows oxygen to enter the body and carbon dioxide to leave the body. They accomplish this by permitting gas to enter small sacs called alveoli. These sacs allow the exchange of gas across their membrane. The alveoli stay open through the use of a surfactant. In an infection, it can travel to the lungs and cause a potentially fatal condition called acute respiratory distress syndrome (ARDS). In ARDS, the alveoli fill with a fluid that is essentially pus, which diminishes the lungs’ ability to provide vital organs with enough oxygen. There are ways that we can fight that.

If the patient is conscious and able to keep their own airway open, we can put them on CPAP or BiPAP, which is a mask that pressurizes the air that the person is breathing. This extra pressure forces the fluid out of the alveoli and back into the bloodstream. If a person can’t maintain their own airway, they will be intubated and placed on a ventilator. That ventilator will provide pressurized oxygen, and this is called PEEP. You can see it at work here, where a mechanical ventilator is working on a set of pig lungs as a demonstration:

As doctors have gained more experience treating patients with COVID-19, they’ve found that many can avoid ventilation—or do better while on ventilators—when they are turned over to lie on their stomachs. This is called prone positioning, or proning. Because of how the lungs are positioned, this lets you use parts of your lungs that aren’t being used when you are on your back, because it reduces pressure from the heart and diaphragm on the lungs, which allows them to inflate more easily.

If we are talking about emergency intubations (IOW not for procedural reasons), the only people who get intubated and placed on a vent are really sick. People colloquially refer to this as “being on life support.” Anyone can tell you that a person who isn’t adequately breathing on their own is pretty sick. So, for starters, anyone who is being intubated is a pretty sick puppy.

The most common complications in COVID-19 infections are bilateral pneumonia which may progressed to ARDS, sepsis and septic shock, acute kidney injury and others such as acute cardiac injury, coagulopathy, hyponatremia (low sodium levels in the blood) and acidosis (blood Ph too low). Complications are more likely in serious sickness versus non-extreme illness.

On top of that, there are risks for mechanical ventilation: overinflating the lungs, oxygen toxicity, and other issues are possible complications. These complications are more likely in people with ARDS, diabetes, high blood pressure, chronic heart or lung disease, and obesity all are at higher risk of complications from mechanical ventilation. You will recall that these same risk factors also make a patient more susceptible to COVID.

If your COVID infection is bad enough that it is collapsing your alveoli, you likely have problems with other organs as well- specifically the liver, heart, and kidneys. Remember- the same cytokine storm that is damaging the lungs is also damaging other organs as well. This can cause the development of something called MODS (multiple organ dysfunction syndrome). What causes about 20% of COVID deaths is MODS, and is not due to the use of a ventilator. Three quarters of the people who developed MODS already had underlying problems like kidney or heart disease, diabetes, or were morbidly obese.

The simple fact is that we in health care are using other methods for treating low blood oxygen caused by COVID, such as high flow devices (up to 60 liters of oxygen per minute) to try and delay or put off the need to mechanically ventilate a patient, but once you are sick enough from COVID to need a ventilator, you are really sick and your likelihood for surviving is low.

Intubation

Intubation is a process where a healthcare provider inserts a tube through a person’s mouth or nose, then down into their trachea (windpipe). The tube keeps the trachea open so that gases can get through. The tube is then connected to a device that delivers oxygen and other materials to the lungs (mechanical ventilation). The device to deliver oxygen can be a bag valve, or a mechanical ventilator. Certain liquid medicines (Narcan, Atropine, Valium, Epinephrine, and Lidocaine) can be delivered this way, although that procedure isn’t as common as it used to be. Gaseous anesthetics can also be delivered this way.

Intubation is a procedure that is done under one of two conditions: Procedural or emergent. It’s done for patients who for whatever reason can’t control their own airway, to permit the healthcare team to protect and control that airway. If, due to drugs, illness, or injury, you can’t keep your own airway open, you will likely be intubated.

The main indications for intubation are:

  • general anaesthesia
  • congenital malformations
  • diseases or trauma to the upper airway
  • the need for mechanical ventilation
  • perinatal resuscitation
  • acute respiratory distress

It’s a procedure carried out in any given hospital dozens of times each day, mostly under procedural conditions. A procedural intubation is carried out for the purposes of surgery. A patient that is to be placed under general anaesthesia can’t keep their own airway open or breathe very well on their own, so they are sedated and then intubated before being placed on a mechanical ventilator of some sort. An emergent intubation is done for a sudden, unplanned reason like trauma to the airways, cardiac arrest, or acute respiratory failure.

How is it done? There are a number of methods, but here are the basics:

Once that tube is in place, we now have a secure airway that enables us to use some form of mechanical ventilation to breathe for the patient.

There are risks to intubation that include trauma and damage to the airway, and unrecognized esophageal intubation, which is where the provider inserts the tube into the esophagus instead of the trachea and doesn’t recognize the error. There are ways to mitigate these errors, but the risks can only be minimized. That is why in medicine we always weigh the risks against the benefits of any procedure.

When people complain that intubation is bad for COVID patients, they aren’t really talking about intubation. They are talking about mechanical ventilation, which is a different, but related proedure. We will talk about that in a future post.

How Do Viral Infections Work?

Every cell in your body contains a mechanism for manufacturing the proteins and other substances that the cell needs to manufacture during its interphase. Review yesterday’s post for an explanation of interphase. Again, for those who know the details, please excuse the fact that I am simplifying a terribly complex system. This is years of schooling condensed down into a blog post. I can’t be comprehensive here.

There are different types of infections, and a virus is but one of them. What is a virus? It’s a segment of genetic material that enters its target cell, takes over that manufacturing center, and instructs that cell to begin manufacturing copies of the virus. The cell will do that until the interior of the cell is filled with copies of the virus, then the cell bursts open and releases them. Since a virus can’t reproduce by itself, it is not technically alive. Since viruses aren’t alive, antibiotics don’t work on viral infections.

When a person gets a viral infection, there are no magic treatments. The way that these infections have been treated is to suppress symptoms and support the patient until their own immune system can rally and defeat the infection. For example, when you get a cold or the flu, we give you Tylenol for fever, cough medicine to suppress a cough, decongestants, etc.

So how does your immune system work to do this? There are two parts to your immune system: the innate, and the adaptive. The innate system is a number of general responses that fight the infection until the adaptive system can analyze the infection, develop a counter to it, and manufacture that counter. Once the adaptive immune system develops a counter to a particular illness, it will remember that, and you won’t get sick from it again (with some exceptions).

All of those symptoms that you get from an infection (fever, congestion, etc) are caused by your immune system creating what’s called inflammation. The inflammatory response (inflammation) occurs when tissues are injured by infections, trauma, toxins, heat, or any other cause. The damaged cells (that broke open when filled by viruses) release chemicals including histamine, bradykinin, chemokines, interferons, interleukins, lymphokines, tumor necrosis factor, and prostaglandins. Many of these chemicals are referred to as cytokines. When released, they signal the immune system to do its job.

Cytokines are responsible for all sorts of things- runny nose, mucous in the airway, fever, cough, fatigue, all of the symptoms we normally associate with symptoms of being sick. Some infections, and COVID is among them, cause too many cytokines to be released in some people, and the result is caused a cytokine storm. A cytokine storm causes an extreme overreaction of the body to the infection. The immune system actually begins to attack the patient’s own body. This appears to happen to as many as 15% of the patients infected by the original version of SARS-CoV-2, the virus that causes COVID. In some of these patients, and no one yet knows why, the cytokine storm is enough to cause a deadly pneumonia. The only thing that IS known is that having certain preexisting conditions that are already creating inflammation increases the risk of this happening. Things that create inflammation are numerous and varied: diabetes, obesity, asthma, smoking, etc. That’s why there are so many risk factors for COVID being serious.

In these patients, it is cytokines called Interleukins, such as interleukin-6 (1L-6), interleukin-1 (IL-1), interleukin-17 (IL-17), and tumor necrosis factor-alpha (TNF-α) that play a significant role in lung damage in ARDS patients through attacking the tissues of the lungs. A pneumonia develops which requires hospitalization.

Normally, if a patient’s immune system is attacking them, we just give them antihistamines and steroids, which combine to shut down the immune system. That’s what we do to asthmatics, for example. We can’t do that in the presence of an infection, because the immune system is what we are expecting to fight the infection and shutting it down would be a bad idea.

When a patient comes into the emergency room with a suspected infection, there are things that we look for that indicate that the patient has too much inflammation going on. They are called SIRS criteria. (Systemic Inflammatory Response Syndrome). When a patient meets those criteria, there are a set of orders that the nurse implements without consulting the doctor. IV Fluids, chest Xray, drawing blood cultures and other labs, etc. Testing for a host of respiratory viruses is done (Influenza, RSV, COVID, and others). Urine is tested for signs of a UTI. We then give Ofirmev (IV Tylenol) and oxygen as needed. We also give precautionary antibiotics. All of this must be done within 90 minutes of the patient arriving at the ED door, per hospital policy. I average about 55 minutes for getting it all done if I am uninterrupted. It’s a lot of work.

If the patient comes back positive for COVID, they are usually sent home with instructions to return if the symptoms get worse, but if they are one of the unlucky ones who have ARDS, they get admitted. This means that about 90% or so of our COVID patients are discharged home.

The ones who do get admitted are usually fairly sick. I wasn’t here during the early days of COVID in 2020, but I did work in the COVID units in 2021. Many of them were in septic shock, had coagulopathies, and were in pretty bad shape. About one in ten of the patients admitted for COVID died. I really do think that the disease is less lethal than it once was, because in the past two years I can count on the fingers of one hand the patients I have seen die from COVID, with at least two of them having cancer and one of them refusing all treatment because he didn’t believe that COVID was real. Right up until he died, he insisted that we were making it up and purposely making him sick so we could make more money. Just two weeks ago, I had a patient telling me that COVID wasn’t real, and it was all a conspiracy that the doctors were using to make more money. I told him, “OK, well, you have COVID and we are discharging you home. If you feel worse, come back in. Other than that, drink lots of fluids and get some rest. Here are your discharge papers. I hope you get better soon.”

To be honest, that’s all you can say to people who won’t listen to reason.


As a related note, I want to take a minute to describe and explain Remdesivir.

I already said that viral replication uses the cell’s own manufacturing system to make copies of the virus. The virus in this case is a segment of RNA. How Remdesivir works is that it terminates the RNA transcription that SARS-CoV-2 requires in order to replicate itself.

In late August of 2020, patients who received Remdesivir made a high number of reports of liver and kidney problems. This was due to the government not testing this drug in clinical trials, upending decades of precedent in approving medications. For that reason, many hospitals required patients to sign a statement of informed consent following a full disclosure of the risks and benefits of receiving Remdesivir. At least at my hospital, all patients who received the drug after October of 2020 or so had to sign this consent form.

Now you know.

What is Cancer?

Since many of you don’t seem to understand my problem with Somers and her cancer plan, perhaps a bit of a lesson in what cancer is will help. This is simplified for ease of understanding and for brevity, but you will get the point. Even though simplified for brevity, this is still a much longer post than I usually make. Cancer is a complicated subject.

Normally, your cells do their job. Each cell has a job to do, and they sit there and happily carry out their cellular business 90-96% of the time. During this time, a cell is very busy synthesizing proteins, copying DNA into RNA, engulfing extracellular material, processing signals, whatever its job is. The rest of the time, 4-10% of the time, the cell is busy copying its DNA and dividing to create its own replacement in a process called mitosis. Mitosis happens about once every 24 hours, on average. Some cells like hair follicles do it more often, while other cells like nerve cells, less so.

Your DNA is like a novel contained in the nucleus of your cell. It contains all of the information that your cells need to do their jobs, live their lives, and carry out everything that your body does- from your intelligence, to your looks, your health, and even your behavior. It’s all programmed in there using “words” spelled with chemicals called base pairs. These base pairs are made of four “letters”- G, C, A, and T. There are 3.2 billion of these letters in human DNA. They each must get copied when the cell undergoes mitosis, and they must be copied with complete accuracy.

The process of copying their DNA so the cell can carry out mitosis is incredibly accurate. The error rate during DNA replication is as low as 10^−9 to 10^−11 errors per base pair. Errors can be caused by exposure to chemicals that alter the DNA, by certain viruses, by ionizing radiation, or simply a bad chemical reaction. There are “checkpoints” built into the process that detect and correct errors in the DNA replication and will halt the process or even cause the cell to die if correction can’t be done. Cells are programmed through their DNA to only copy themselves a limited number of times before they die off in a process called apoptosis. They will also undergo apoptosis if errors in this DNA copying process happen.

Sometimes, there are errors that slip through. Most of the time, these errors aren’t a big deal. Sometimes they are, and that is what causes cancer. When this happens, there are processes in your body’s immune system that are supposed to locate and destroy these out of control cells, because cells damaged by cancer release a chemical called tumor necrosis factor (TNF). More on that in a future post.

Cancer cells flip the whole mitosis process on its head. They not only fail to undergo apoptosis, they also spend most of their time in mitotic division- making copies of themselves. They multiply out of control, creating tissue that is using more and more of the bodies resources as they multiply out of control.

So cancer is a failure of two parts of the body: the cancerous cells that have lost the ability to undergo apoptosis through a transcription error that appears in their DNA, and the immune system whose job it is to find and eliminate cancerous cells.

There are no magic foods that halt this process, because it is an error in the DNA of the cancerous cells that are causing the problem, and once there is a “spelling” error, there is no way to correct this spelling error in a cancer cell’s DNA. The best you can do is kill off the cancer cell. The “daughter” cells, being an exact copy of the cancerous cell, will also be cancer cells.

The tumors eventually grow large and numerous enough that they use up all of the organism’s resources. This is why cancer patients begin losing weight and looking so sickly. The tumors are spending so much time and energy replicating that there aren’t enough resources remaining.

There are a few ways to get rid of cancer. The main ones are:

Surgery. We use surgery to literally cut tumors out of the body. This doesn’t cure the cancer, it merely lowers the size of the tumor, and thus the energy requirements being used up by the cancer. The issue is that surgery can’t possibly get every cancer cell, so all this does is buy time.

These multiplying cells create their own environment- they cause the body to create new blood vessels to feed the growing tumor in a process called angiogenesis. There are drugs that prevent angiogenesis, and taking these causes the tumors to be starved out.

The growing cells also have one exploitable flaw- they are spending so much time multiplying that they don’t have time to repair damage to themselves. This can be used to our advantage. That’s what chemotherapy and radiation therapy do- they damage all of the cells in your body. The healthy cells then repair themselves in between sessions, the cancer cells do not. The more sessions of chemo or radiation that you undergo, the more unrepaired damage is done to the cancer cells, and the cancer can eventually be killed off this way.

No treatment is 100% effective at eliminating cancer, because no matter how effective, there will always be a cell or two left that the treatment didn’t eliminate. The earlier that a cancer gets detected and treatment begins, the better the results. Although there are no curable cancers, melanoma, Hodgkin lymphoma, and breast, prostate, testicular, cervical, and thyroid cancer have some of the highest 5-year relative survival rates. The 6 cancers with the lowest survival rates are lung cancer, liver cancer, brain cancer, esophageal cancer, stomach cancer, colon and rectal cancer.

Since everyone is different, and so is the DNA error that causes the cancer, each person and each cancer will respond differently to treatment. That’s why one person can get breast cancer and survive, while another does not. This is why people like Suzanne Somers live for twenty years, while someone else doesn’t. Writing a book about how your special diet is the reason why you aren’t dead yet is a complete scam. You are alive because of the random chances of fate and the simple mathematical variances of chance, not because you have the cure for cancer by eating beet roots.

What makes her claims of a cure so despicable is that the people who forego medical advice to try her cure frequently discover the truth that it doesn’t work months or even years down the road, and it is then too late for them to be treated for what may have been a cancer that was easily treatable.