Many of the journalism stories of deaths involve sepsis. But often these accounts do not give the full picture. That is, had an initial illness been recognized and treated appropriately, the deaths could probably have been avoided. To begin, sepsis is not a primary illness. In other words, it is a consequence or a result of a preceding illness. So when you hear "It's just a virus," that's an excuse not to fully investigate what's going on with an illness. The point is that every person and their illness must be considered individually. This is why playbooks often miss subtle problems.
The first way is to avoid sepsis is to not have it at all. So, in the case of the eight-year old girl who died as a result of a neglected sore throat (bacterial strep), early diagnosis and early and effective treatment with PenVee, ampicillin, or erythromycin would have most likely effectively treated the strep throat and completely avoided the sepsis and the death. The cost of treatment to avoid this death—ten dollars or less.
Early treatment saves lives and prevents injury, which should be enough reason to look carefully at conditions the medical playbooks consider not worth treating. Especially when early treatment saves money, lots of money. Compare the cost of PenVee with the cost of amputating limbs as a result of sepsis.
The second method of managing sepsis is to diagnose and treat the sepsis associated with a disease early. A week or so of IV antibiotics and hospitalization is far superior to dying from sepsis.
The third way of treating sepsis is what these news stories are all about, completely missing the primary illness and having a disastrous result with late diagnosis and late or inadequate treatment of the sepsis. Incidentally, of all the maternal deaths I’ve read about in Texas attributed to Dobbs, misdiagnosing the primary illness and failing to treat sepsis effectively is the only cause of these deaths I’ve seen so far.
So, the third way of treating sepsis has the worst physical, mental, emotional and spiritual result, and costs the most. The old adage, “A stitch in time saves nine,” has never been truer. Given the fact that early and effective treatment has the least costly and best outcomes, what’s the problem?
If there is a good definition of patient-centered care this would be it. Take the time and make the effort to appropriately diagnose and treat the patient accurately and effectively the first time. But let’s face it, “patient-centered care” is a much over-used PR term used by public and private enterprises to make themselves look good for Medicare, Medicaid, insurance, and the entire healthcare system.
In genuine patient-centered care, a physician takes the time to make a hard diagnosis, Especially if the playbook says everything is O.K. and there's nothing wrong with the patient. A doctor must always ask the most crucial question: "What is the worst health problem this condition could be or turn into?" Then all questions during the interview, exams, and labs must revolve around that question: “What’s the worst thing this could be?” This involves thinking, something that has nothing to do with electronic medical records (EMRs). Answering that question saves misery, money, and lives.
For example, one of my patients, a 26 -year-old female presented to the emergency room with right-sided back pain. In treating her, I had to ask myself what was the worst thing this could be? My thoughts? A pulmonary embolus (PE). She was on birth control pills. I asked her about shortness of breath, but she said she had no shortness of breath. But I was still trying to rule out the worst thing this could be, the PE. So, I asked a different question: “Are you short of breath when you walk up the steps?” Without having to think about it, she said yes. For a young woman on birth control pills with a backache on her right side and shortness of breath, the worst diagnosis is still the PE, so, I ordered a CAT scan of her chest. The scan showed so many pulmonary emboli (blood clots to her lungs) that the radiologist said any more clots would have resulted in her death. She responded well to treatment. This what patient-centered care really is.
Thousands of doctors who think about strep throat, (or whatever) treat it correctly, avoiding the cost of poorly treated sepsis followed by death of the patient. More power to them! But we see too many news stories of lack of treatment resulting in sepsis.
Sepsis is hard to diagnose, especially with children. We say, “It’s only a virus.” So, how do we feel when we have a virus? We have a fever, chills, headache, ache all over, fatigue, nausea, and sleepiness. We just want to stay in bed and not move. And the reason we feel that way is that we have what is called, viremia, caused by viral particles floating around in our blood streams.
The reason we are willing to tolerate a viral illness is that most often we recover, although we can get a viral encephalitis, (brain infection) myocarditis, or a secondary bacterial infection, such as pneumonia.
So, it’s easy to say, “It’s just a virus,” but what we really mean is “It’s just viral sepsis.” And guess what? Because viral sepsis and bacterial sepsis feel and look the same, the stage is set for patients and providers to mistake bacterial sepsis for viral sepsis.
In 2013, New York Governor Cuomo passed a law called “Rory’s Regulations” requiring all hospitals to adopt best practices for early identification and treatment of sepsis. The triggering protocol actually made some sense. It included a white blood count of less than 4000 or greater than 12,000, a temperature of less than 36 degrees centigrade of more than 38 degrees centigrade, and a heart rate of higher than 90, plus a known or suspected infection.
The problem with these so-called triggers is that they are low enough that they could be seen without sepsis and therefore a lot of doctors will simply ignore them or find them to be meaningless. Even if these values would be significantly out of range, a physician would still have to look at them or find them in order to act on them.
So, who was Rory, and what happened to him? Rory Staunton born May 13, 1999 and died April 1, 2012, was a young boy from Queens New York, whose death from sepsis created a nationwide movement to address the issue of early recognition of sepsis and its treatment. Rory got a scratch in the locker room. He was not sent to the school nurse to address his wounds. Most often an infection from a scratch would be plain old strep group A, the organism responsible for strep throat. His pediatrician drew labs, but didn’t look at them. When Rory went to the emergency room, they didn’t know he had had labs done so they didn’t look for the labs. It turns out his labs were abnormal, but no one looked at them. He was sent home where his condition worsened, and he became seriously ill before returning to the hospital the next evening, but by then it was too late and he died of sepsis at NYU Langone on April 1, 2012.
With sepsis, the body's coagulation system is falsely activated by the infection. Clots form in the most distant blood vessels first, and then travel slowly to the heart. Subsequent to this disordered clotting, all of the clotting mechanisms are used up, and if no treatment is rendered, the final cause of death is due to blood loss from hemorrhage because the blood has no remaining clotting ability.
Most likely staff at the hospital where Rory died came from three groups: private physicians, resident physicians, and teaching physicians. The same hospital fired Dr. Daniel because of the death of a mother and two weeks later in a separate event the death of a fetus in labor. This is most likely a systems problem which was erroneously addressed by firing Dr. Daniel. Such an action is scapegoating. This is a false solution that avoids the real systems problem, which means that the real problem continues to go on without a real solution.
Airplanes, for example, hardly ever crash for only one reason. Years ago a pilot was pushed out of the airplane when the airplane’s wind shield, under pressure, popped out He lived and so did everyone else on the plane. The investigators looked for the source of the problem, which was the wrong sized bolts holding in the window.
Rather than blame only the mechanic who placed the wrong bolts, investigators identified systems problems in the entire maintenance department. Since there are so many problems over so many years with the hospital where Rory died, there are most likely layers of problems in multiple systems. Firing one doctor has the appearance of problem solving, but still leaves the remainder of the systems problems unsolved. In short, hospital systems could learn from the airline industry about sincere pathways to improvement.
Today our dysfunctional healthcare system is overloaded with systems problems. Anything that distracts us from our primary goal of patient care is a potential systems problem. The EMR is so user hostile and intrusive that often a physician has a choice of taking care of the chart or taking care of the patient.
Taking care of the EMR chart has become so important because somebody from the Centers for Medicare and Medicaid Services (CMS) or another payer can come and look over a physician's charts several years later and decide they think the a chart note from five years ago is poor. Perhaps the note didn’t meet their required standards and therefore wasn’t considered a note at all. In the minds of these reviewers, a physician can be accused of fraud for collecting money for a service which the patient's chart doesn’t properly reflect, even something as insignificant as a poor chart note. Years later.
So, there are many systems difficulties or even systems errors that take us away from patient-centered care. If payers and government intrusions into the practice of medicine would just stop making matters worse and instead address real systems errors, I believe healthcare “errors” would begin to drop significantly.
Ninety-eight percent of providers want to do well.
So let us.
Thanks Robin! You obviously know a lot about 25-hydroxyvitamin D and nutraceuticals. I personally wouldn't be without my 25-hydroxyvitamin D, vitamin C or Mg. In September of 21, I had Influenza "A" and a week later COVID Omicron and at 74 years I was sick for about 36 hours. When COVID first came out I was still practicing. Since we could be punished severely for original speech or even original thought, we kept our little clinic flying below the radar...one of the advantages of being rural. CMS finds us neither in good times nor bad. We broke all the "rules." We saw people the day they called, and gave them routinely vitamin D, C, Mg, and zithromax. They all got well. Nobody died, and nobody got sick enough to even be hospitalized. We did have three hospital deaths for people who had NOT been seen in the clinic.
As I said in my article, regarding avoidable death, in obstetrics, dying from bleeding or sepsis should both be never events. In residency we get to see what works and what doesn't work and at least when I was there we could learn vicariously. We didn't need to make all the mistakes of others, so I wonder what our residents are being taught and who is doing the teaching.
Sepsis killed about 11 million people, worldwide, in 2017: https://www.thelancet.com/ journals/lancet/article/PIIS0140-6736(19)32989-7/. The toll of suffering and lasting harm goes well beyond this.
Sepsis would be rare if everyone had the the 50 ng/mL (125 nmol/L = 1 part in 20,000,000 by mass) level of circulating 25-hydroxyvitamin D which the immune system needs to function properly. Many doctors are aiming for only 20 ng/mL 50 nmol/L - but this is just what the kidneys need to play their part in regulating calcium-phosphate-bone metabolism.
This is very simple and of immense importance. Many people cannot imagine that such a vast range of problems could be solved or greatly reduced by such a simple nutritional supplement - and they are understandably wary of over-hyped nutrients.
Please see the research cited and discussed regarding the vitamin D compounds and the immune system, at: https:// vitamindstopscovid.info/00-evi/.
This begins with recommendations from New Jersey based Professor of Medicine, Sunil Wimalawansa on the average daily supplemental intake quantities of vitamin D3 which will attain least 50 ng/mL circulating 25-hydroxyvitamin D, over several months, without the need for blood tests or medical monitoring:
70 to 90 IU / kg body weight for those not suffering from obesity (BMI < 30).
100 to 130 IU / kg body weight for obesity I & II (BMI 30 to 39).
140 to 180 IU / kg body weight for obesity III (BMI > 39).
For 70 kg (154 lb) body weight without obesity, this is about 0.125 milligrams (125 micrograms 5000 IU) a day. This takes several months to attain the desired > 50 ng/mL circulating 25-hydroxyvitamin D. This is 8 or more times what most governments recommend. "5000 IU" a day sounds like a lot, but it is a gram every 22 years - and pharma-grade vitamin D costs about USD$2.50 a gram ex-factory.
These recommendations are included in a recent article with another professor of medicine Scott T. Weiss and professor of pediatrics Bruce W. Hollis: https:// www.mdpi.com/2072-6643/16/22/3969. All three have been researching vitamin D for decades.
A properly functioning immune system would suppress most of the viral or bacterial infections which lead to sepsis well before they grew so pervasive as to trigger the massive inflammatory (indiscriminate cell destruction) immune response which characterizes sepsis.
Even if so triggered, if the immune system has the 50 ng/mL or more circulating 25-hydroxyvitamin D it needs for its cells to run their intracrine (inside each cell) and paracrine (to nearby cells, often of different types) signaling systems, there would be much less chance of the disastrous, organ destroying, inflammatory response developing.
See Chauss et al.'s 2021 (Nobel Prize worthy, I think) elucidation of 25-hydroxyvitamin D -> calcitriol intracrine signaling in Th1 regulatory lymphocytes. They mistakenly called it "autocrine" signaling, which involves receptors on the cell surface. Lack of 25-hydroxyvitamin D causes these cells to remain stuck in their pro-inflammatory startup program, never transitioning to their anti-inflammatory shutdown program, despite detecting the condition which activates the intracrine signaling process which, with sufficient 25-hydroxyvitamin D, will achieve this. This is a dense cell-biology article https:// www.nature.com/articles/s41590-021-01080-3. It may help to refer to my attempt at summarizing its most important elements: https:// aminotheory.com/cv19/icu/#2021-Chauss.
Neither vitamin D3 cholecalciferol nor 25-hydroxyvitamin D calcifediol, made from vitamin D3, primarily in the liver, are hormones. Approximately 1/4 of ingested or UV-B -> skin produced vitamin D3 is converted into circulating 25-hydroxyvitamin D.
25-hydroxyvitamin D is a different molecule, with a totally different function in the body than vitamin D3. 25-hydroxyvitamin D is tested in "vitamin D" blood tests, since vitamin D3 is hydroxylated, primarily in the liver to form the circulating 25-hydroxyvitamin D on which the kidneys and many types of immune cell (and some other cell types) depend. Without adequate supplies of 25-hydroxyvitamin D the intracrine and paracrine signaling systems cannot work, so individual cells are no longer able to respond rapidly and fully to their changing circumstances.
These are unrelated to hormonal (endocrine) signaling. Since, as far as I know, there are no tutorial explanations of 25-hydroxyvitamin D -> calcitriol (1,25-dihydroxyvitamin D) intracrine and paracrine signaling, I wrote a non peer reviewed tutorial in late 2020: https://vitamindstopscovid.info/02-intracrine/.
A less detailed tutorial is at the start of: https://vitamindstopscovid.info/00-evi/. Every doctor, nurse, immunologist, vaccinologist, virologist etc. needs to understand these signaling systems - but most have never heard of them. Most people who write vitamin D research articles have either never heard of these signaling systems or have only a vague understanding of them. They should read Chauss et al. and the earlier work of Prof. Martin Hewison and colleagues in the late 2000s, who originally discovered these signaling systems. I think these two bodies of work are Nobel Prize worthy.
Other than maintaining breathing and proper blood pressure, the most urgently needed intervention for someone suffering from sepsis is to boost their circulating 25-hydroxyvitamin D level safely over 50 ng/mL. Many people have half to one tenth of this. Severe illnesses can somewhat deplete the level.
Ordinary healthy daily intakes of vitamin D3, such as 0.125 mg 5000 IU, are not much use since this takes a few months to raise 25-hydroxyvitamin D levels from typical 10 to 25 ng/mL baseline levels to 50 ng/mL or more.
To boost circulating 25-hydroxyvitamin D in clinical emergencies, a loading (bolus = single, large) dose of 10 mg (400,000 IU) for average weight adults will raise the level safely over 50 ng/mL in several days, since it takes time for it to be hydroxylated in the liver. The best approach, as recommended by Prof. Wimalawansa, is a single oral dose of about 1 mg of calcifediol (for 70 kg body weight), which *is* 25-hydroxyvitamin D. This is easily absorbed and goes straight into circulation in the bloodstream. This will raise the 25(OH)D level safely over 50 ng/mL in about 4 hours. https://vitamindstopscovid.info/00-evi/#4.7.
The annual toll of suffering, harm and death from sepsis rivals that of COVID-19 at its peak.
It took decades for the benefits of hand-washing to be recognised, and centuries for vitamin C to be fully recognised as essential for preventing scurvy - this was discovered and forgotten many times.
History will record these decades as being blighted by ignorance of the research which shows clearly that the immune system only works well with more 25-hydroxyvitamin D than most people have today.