29 December 2020 - Curing Cancer – Part 3 – Curative cancer treatment based on complexity theory

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18 December 2020: Curing Cancer, Part 2 – Adult versus childhood cancer

My next short essay in my "Curing cancer" blog is at https://natpernickshealthblog.wordpress.com/2020/12/15/curing-cancer-part-2-adult-versus-childhood-tumors .

To cure adult cancers of the lung, colon, pancreas, breast, etc., I suggest we try to emulate our success with curing cancer in children and young adults by using even larger combinations of treatments and enrolling more patients in clinical trials.

Email comments or questions to NatPernick@gmail.com .

13 November 2020: COVID-19 dangers increase in Michigan

We are all getting "COVID fatigue", but, in my opinion, the frustrations and annoyances from following the proper precautions are minor compared to the risk of hospitalization or death for ourselves, our friends and family members if we don't.

In the past month, the risk of COVID-19 infection, hospitalization and death has markedly increased in Michigan. A good source for trends is available at the Michigan COVID-19 dashboard: https://www.bridgemi.com/michigan-coronavirus-dashboard-cases-deaths-and-maps.

To reduce my own risk, I review this document from the Arizona Department of Public Health: http://www.pathologyoutlines.com/site/covid-19-risk-factors-index-circle-8-5x11.pdf.

I too would like to be able to eat in restaurants and be with other people, but it's more important to preserve my own health and that of those I come in contact with.

If you have any suggestions to make this ordeal easier, let us know.

18 September 2020: COVID-19 Risks

This chart is apparently from the Arizona Department of Health Services, although I can't find it on their website:

 

 

What do the experts do? See https://www.washingtonpost.com/health/how-fauci-5-other-health-specialists-deal-with-covid-19-risks-in-their-everyday-lives/2020/07/02/d4665ed6-b6fb-11ea-a510-55bf26485c93_story.html

5 July 2020: Reducing COVID-19 deaths

Every day, over 1,000 Americans die from COVID-19 because Donald Trump is President instead of Michael Pence. Even with a new president starting on 20 January 221, this may total 250,000 unnecessary deaths of Americans. As a pathologist, I am sickened about this needless loss of life because our President is a public health menace. For this reason, I am calling on Donald Trump to resign and urging others to act similarly.

I grew up in the generation after the Holocaust. When I read and studied about it during my formative years, I swore that I would not stand by and do nothing while innocents died.

It is important to me to act as responsibly as I can in the face of this crisis. I know that my actions will likely not be determinative. But when I reflect on the massive American deaths from COVID-19, I will know that I tried to do something about it, instead of just waiting.

I also know something that many of you do not. What we do has an impact, even if unnoticed. Every grain of sand dropped on a sandpile changes its internal structure slightly, and at some point, when enough grains of sand accumulate, the sandpile will topple. We cannot know which grain of sand will be enough, but all are important. Thus, we should act. Doing nothing does not help. This view of how nature works is called self organized criticality, and was developed by the late Danish physicist Per Bak, see https://en.wikipedia.org/wiki/Per_Bak, https://www.amazon.com/How-Nature-Works-self-organized-criticality/dp/038798738X.

So, you are welcome to ignore my efforts or to ridicule them. But you may want to think what your contribution should be, or could be, to help end this tragedy.

3 July 2020: COVID-19 thoughts

This recent New York Times article about contact tracing raises a few issues.

First, it is interesting how people are offended at disclosing their presence at a party but I have not heard about difficulties in contact tracing for reportable sexually transmitted disease (of note, STD tracing experts are now working on COVID-19 tracing).

Second, although I understand (but don't approve) of people going to large parties even though prohibited, I cannot understand people who know they are sick going to these parties:

* The party’s host, who was showing signs of being sick at the time, later tested positive for the virus
* The first person from the party identified with the disease, was coughing and not wearing a face covering at the event.

What should we do to prevent sick people from going out in public?

14 June 2020, Cancer and complexity science, Essay #1

Cancer and complexity science
Essay #1
14 June 2020

My research focuses on how cancer arises based on complexity theory. I find it helpful to write and talk about it, not just to physicians and scientists but to my friends, family and neighbors. In these essays, I will cover the highlights of my work. I welcome your comments or questions by replying below or emailing me at NatPernick@gmail.com.

What is complexity science, and why is it important in understanding cancer?

1. The war on cancer has failed.
It is important to acknowledge that the war on cancer, announced by President Nixon in 1971 (https://www.youtube.com/watch?v=peb47Z-jPqc  at 15:03), has failed. Although cancer death rates have declined and survival is improving (https://www.cancer.org/content/dam/cancer-org/research/cancer-facts-and-statistics/annual-cancer-facts-and-figures/2020/cancer-facts-and-figures-2020.pdf), cancer will soon be the leading cause of US death (https://www.cdc.gov/pcd/issues/2018/18_0151.htm). When a major problem persists despite the expenditure of substantial resources, it may be due to a fundamental misunderstanding of its nature.

2. Traditional biologic thinking is inadequate to understand cancer.Traditional biology relies on reductionism, namely that the behavior of the whole is equal to the sum of the behavior of the parts. According to this view, life is merely a collection of sophisticated machine-like systems with an aggregation of their individual properties (https://pubmed.ncbi.nlm.nih.gov/18174892/).  Reductionism is illustrated by my broken refrigerator. I neglected to vacuum the vents. This led to a buildup of heat in the refrigerator motor. It overheated and failed, causing the refrigerator to stop working. To solve this problem, the motor was replaced, the vent was cleaned, and to prevent a recurrence, I regularly vacuum the vents. The entire process is logical and predictable.

However, life functions as a complex system, not as a sophisticated machine. The properties of the entire system are greater than the sum of the properties of each part due to important interactions between the parts (http://natpernick.com/TheLawsJune2017.pdf). These interactions cause complex systems to exhibit many nontraditional properties.

(a) Complex systems have characteristics that often cannot be predicted, even with substantial knowledge. For example, protein function is based on three dimensional shape, but even if we know the amino acid sequence that determines the protein, we cannot predict how the protein will fold in three dimensions. We have to wait and see. In sickle cell disease, a single substitution of one nucleotide for another produces a marked change in the function of hemoglobin, which prevents red cells from bending when entering small blood vessels, causing severe pain and damaging organs. What will be the impact of a different mutation? It may be trivial or life threatening. We cannot predict because we don’t know how the resulting protein will fold and how it will interact with other proteins.

(b) This inability to predict may also be due to emergence, a bottom-up property due to agents that spontaneously self-organize. Larger entities arise through interactions among simpler entities and possess properties not found or even thought possible from the simpler entities. Water, for example, possesses properties completely different from hydrogen and oxygen. In biology, evolution uses existing structures, such as the jawbones, to build entirely different structures, such as the middle ear ossicles.

(c) Complex systems possess stability that makes them resistant to unwanted change under most circumstances. Our cells and organ systems can encounter a tremendous amount of biologic stress and still function well. This is due to “attractors”, a stable equilibrium state which develops even among networks that have components that are constantly in flux (https://pubmed.ncbi.nlm.nih.gov/19595782/). This explains why cancer arises only after decades of chronic biologic stress. But cancer cells themselves have attractors, which unfortunately makes them resistant to treatment.

(d) Finally, complex systems have adaptive properties that increase their survival in a changing environment. This explains why tumors may stop responding to treatment that initially is effective. Fortunately, my refrigerator does not evolve.

In summary, principles of complexity theory create a more robust framework for understanding the origins and dynamics of biologic systems, including cancer, and must be better understood if we are to significantly reduce the death and misery associated with this disease.

Future essays will provide more details on how life arises and how cancer disturbs the control mechanisms that typically maintain order.

17 May 2020: How cancer arises from chronic inflammation, based on complexity theory

I will present a paper entitled "How cancer arises from chronic inflammation, based on complexity theory", at the American Association for Cancer Research (AACR) Virtual Annual Meeting II, June 22-24, 2020. I am happy to answer questions about this paper or to hear your cancer stories. However, I cannot provide medical advice to you - instead, I suggest you contact your local medical center or medical school.

Abstract: https://www.abstractsonline.com/pp8/#!/9045/presentation/3692 and below

Abstract (PDF): http://www.natpernick.com/AACRAbstractChronicInflammationJune2020.pdf

Poster (PDF): http://www.natpernick.com/AACR2ChronicInflammation.pdf

Paper (PDF): http://www.natpernick.com/ChronicInflammationpaperMay2020.pdf

Abstract:

How cancer arises from chronic inflammation, based on complexity theory

Last revised 17 May 2020

Introduction: This paper discusses how cancer arises from chronic inflammation, based on complexity theory. We believe that this perspective may lead to new insights into cancer pathophysiology and treatment.

Methods: We reviewed the medical literature to identify cancer types strongly associated with chronic inflammation. We then classified the chronic inflammatory etiologies, determined general mechanisms through which they promote cancer and speculated on network changes involved in transforming cells from physiologic to cancer attractor states.

Results: Bacterial and viral infection, predominantly Helicobacter pylori, human papillomavirus and hepatitis B and C virus, are a common etiology of chronic inflammation associated cancer and cause 15% of cancer cases worldwide. Other etiologies are parasitic infestations by Opisthorchis viverrini, Clonorchis sinensis and Schistosoma haematobium; autoimmunity in Hashimoto thyroiditis, Sjögren syndrome and celiac disease; local trauma due to gastroesophageal reflux and hot beverages; excess weight; diabetes; Western diet (high fat, low fiber, low consumption of fruit and vegetables); aging and immune system dysfunction. General mechanisms through which these etiologies cause cancer are immune system activation that damages DNA by producing reactive oxygen and nitrogen species and nitrosamines; tumor immune evasion via immune suppression and immune senescence; antigen driven lymphoproliferation; continuous mitotic activity due to repair; synergy with other chronic stressors; creation of a tumor nurturing microenvironment; development of a “runaway” immune system; and microbiome changes that produce carcinogens or activate inflammation. Immune system dysfunction and germ line variations of inflammatory mediators can promote each step. From a network perspective, the usual physiologic state for many cellular processes consists of a delicate balance between stimulating and dampening forces, maintained by inherent network features and evolved control systems. Chronic inflammation may disturb this balance, leading to propagation of network instability throughout the cell, across adjacent tissues and ultimately systemically. This may create identifiable network hierarchies and intermediate states (hyperplasia, metaplasia or dysplasia), but some changes in network and molecular patterns may not alter histology. Ultimately, cells may move to a cancer attractor state.

Summary: Chronic inflammation causes cancer by initiating local changes to cellular networks and their microenvironment which facilitate their escape from physiologic states towards intermediate and cancer attractor states. This suggests that early detection and reduction of these inflammatory changes may reduce cancer mortality. Novel treatment options include more diverse treatment combinations, destabilizing existing cancer attractors and their microenvironment, stimulating physiologic pathways that steady networks, reducing other chronic stressors and optimizing rational medical care.

This manuscript has not received any outside funding. There are no known conflicts of interest.

Please visit NatPernick.com for related articles. Email NatPernick@gmail.com with comments or questions.

12 April 2020: We should also practice "evil distancing"

In response to the COVID-19 pandemic, I suggest we not only practice physical distancing (this term is preferable to social distancing, see https://www.washingtonpost.com/lifestyle/wellness/social-distancing-coronavirus-physical-distancing/2020/03/25/a4d4b8bc-6ecf-11ea-aa80-c2470c6b2034_story.html), but also “evil distancing.”

What is evil distancing? Any prominent person, institution or media outlet that called the pandemic a hoax or downplayed its significance helped kill thousands of Americans who listened to them. There never was any actual medical controversy - they perverted the truth for unjustified reasons. As we think about rebuilding a post-pandemic society, I suggest we distance ourselves, to the extent possible, from those who did this evil.

23 March 2020: Ask Donald Trump to resign

This was my comment to the New York Times opinion piece by David Leonhardt:
https://www.nytimes.com/…/03/22/opin…/trump-coronavirus.html

There is an answer. Start a campaign pushing Trump to resign. He is not capable of leading at this time. I have no doubt Vice President Pence could do a better job if he did not have to worry about crossing Trump. I have written Trump to ask him to resign, but I am an "ordinary" citizen. Why not start a campaign, Mr. Leonhardt? It might work, or it might spur him to act.

So, Facebook visitor, please do what you can to advance this campaign. Perhaps your efforts won't amount to anything, but if enough grains of sand are dropped on a sand pile, it will start to move. So I suggest doing something!