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Tina Turner, Denial and Dialysis

Recently, one of the music icons died at her home in Switzerland. Her Offical Death Certificate suggests natural causes, but this veils what took place behind the scenes.

It seems like in 1978, Tina was diagnosed with hypertension and told by her doctors that she needed to take medication to help alleviate this malady. She chose not to take precautions believing her body would take care of itself. In 2017 her husband, Erwin Back donated a kidney to her, but she suffered forms of rejection.

Two months before her death, she opened up about putting herself in great danger. In an Instagram post, she wrote, “I have put myself in great danger by refusing to face the reality that I need daily lifelong therapy with medication. For far too long, I believed that my body was an untouchable and indestructible bastion.” At her death, there was a dialysis machine in her home (as reported by Cher), the implication being she was on dialysis.

What do we know about the link between hypertension and Kidney Failure? Kidney failure in general?
• Hypertension is the second leading cause of kidney failure behind Diabetes in the US.
• Untreated hypertension causes blood vessels to narrow, decreasing blood flow to the kidneys.
• It’s a dangerous cycle that can lead to irreversible kidney damage.
• About 37 million Americans have kidney disease.
• About 807,000 Americans are living with kidney failure.
• More than 562,000 Americans are on dialysis.
• More than 245,000 Americans are living with a kidney transplant.
• Kidney disease is growing at an alarming rate. It currently affects more than 1 in 7 — or 15% — of American adults, with people of color at greater risk for kidney failure.
• There were about 130,000 Americans newly diagnosed with kidney failure in 2020 (the most recent data available)
• 9 out of 10 people with kidney disease are unaware they have it, and half of those with severely reduced kidney function (but not yet on dialysis) do not know they have it.
• About 1 in 3 adults with diabetes may have kidney disease. Diabetes is the top cause of kidney failure, causing nearly half (45%) of new cases.
• 1 in 5 adults with high blood pressure may have kidney disease. High blood pressure is the second most common cause of kidney failure, causing 28% of new cases.
• For every two women who develop kidney failure, three men develop kidney failure. However, kidney disease is more common in women than men (14.3% vs. 12.4%).
• There are more than 90,000 Americans on the kidney transplant waiting list, but in 2022, just 26,309 — or about 1 in 4 — were able to get a kidney. There were 5,863 living donor transplants performed in the U.S. last year.
• The shortage of available donor kidneys means most kidney failure patients are treated with dialysis. Of the 130,000 Americans newly diagnosed with kidney failure in 2020 (most recent data), nearly 97% of them began dialysis. Only 3,979 were able to receive a preemptive kidney transplant.
• Compared to white Americans:
o Black Americans are 4.2 times more likely to develop kidney failure
o Native Americans are 1.9 times more likely
o Asian Americans are 1.5 times more likely
• Compared to non-Hispanic Americans:
o Americans of Hispanic ethnicity are 2.3 times more likely to develop kidney failure

What can we learn from the Tina Turner saga? The main point is that ignorance has its price. I don’t believe that Tina’s doctors didn’t do their best to convince her that she needed to take care of herself. Some of us can reach a point where we think bad things only happen to others. Kidney failure is a silent killer – I know from experience. It wasn’t until the final failure days when my eGFR went into the single digits that I started feeling bad – but when I did, it came on like a freight train.

If your kidneys are still working, take care of them, and they will take care of you. You can still piss in the wind, while those of us on dialysis can only dribble. And not into the wind so much.

To close, below, I have embedded my favorite song from Tina. Somewhere in heaven, she’s “Rolling on the River.”

Ritualized Behaviors and Perceived Control: An Examination of Patients on Peritoneal Dialysis

Robert N. McCauley, Ph.D. wrote an article in the May 20, 2023 issue of Psychology Today titled “The Psychological Potency of Riualized Behaviors.” He suggests that when stressed or anxious, people are inclined to perform ritualized behaviors such as continuing to push elevator buttons. Let’s face it, those of us who are on dialysis can often be stressed and/or anxious over the process and perturbations attendant to it.

With this thought in mind, I turned on my AI assistant which produced the following (with my help and that of Grammarly of course.) I am “guilty” of much of the ritualized behavior therein cited. I try to set up the Cycler at about the same time every day. I have a particular sequence of setting it up. My shower routine is ritualized, as is my make-ready for bed and activity upon waking – all related to Dialysis.

Introduction

The experience of diminished control over one’s life events can often trigger feelings of anxiety and uncertainty. Humans have a predisposition to establish and maintain control over their environment and circumstances. When faced with situations that challenge this control, individuals often resort to ritualized behaviors. These behaviors, which are characterized as non-instrumental and causally opaque, serve as coping mechanisms and provide a sense of control over unpredictable or uncontrollable circumstances (Boyer, Liénard, 2006). Within the context of health and illness, this phenomenon becomes increasingly relevant. This post will explore how these behaviors manifest in people undergoing peritoneal dialysis, a treatment for advanced kidney disease.

The Challenge of Peritoneal Dialysis

Peritoneal dialysis is a type of treatment that uses the body’s own peritoneum as a natural filter to remove waste products from the blood when the kidneys can no longer perform this function effectively. The patient typically performs this treatment at home, making it a constant reminder of their medical condition. This persistent awareness can lead to feelings of anxiety and diminished control, due to the dependence on a medical procedure for survival and the potential complications associated with it (Morton, Tong, Howard, Snelling, Webster, 2010).

Ritualized Behaviors in Peritoneal Dialysis

Given the invasive nature and necessary regularity of peritoneal dialysis, it’s not surprising to observe ritualized behaviors in patients undergoing this treatment. These behaviors may take the form of meticulous preparation of the dialysis materials, strict adherence to the dialysis schedule, or even creating a dedicated space within the home for the procedure. While these behaviors may not have a direct impact on the effectiveness of the dialysis, they provide patients with a sense of control over an aspect of their life that may otherwise seem beyond their grasp. By transforming the treatment into a routine, patients are able to reduce the uncertainty and unpredictability associated with their medical condition (Lang, France, Williams, Humphris, Wells, 2016).

The Psychological Impact and Importance of Control

Ritualized behavior and the perception of control are important psychological factors in managing the stress and anxiety associated with long-term medical treatments. Patients who report a higher sense of control over their treatment tend to have better psychological outcomes, including lower levels of anxiety and depression (Peterson, Moon, 1999). It’s important for healthcare providers to recognize and understand these behaviors, as they can provide valuable insights into the patient’s mental and emotional state. By acknowledging and supporting these behaviors, healthcare providers can aid in improving patients’ psychological well-being and overall quality of life.

Conclusion

In conclusion, the experience of diminished control in patients undergoing peritoneal dialysis can often lead to the emergence of ritualized behaviors. These behaviors, while not directly affecting the medical outcomes of the dialysis, provide the patients with a much-needed sense of control over their situation, thus aiding in managing the psychological distress associated with their condition.

Embracing the SEAL Ethos for Peritoneal Dialysis

When the going gets tough, I always fall back to my interfaces with the US Navy SEAL Community in Coronado, CA, while I was in a Vietnamese language school in 1972. Their Ethos has much to offer those of us who are mere mortals on Dialysis. I have extracted some of the more cogent phrases and ran them past my Chatbot for a take on how these “rules to live and die by” provide inspiration to those of us on dialysis. I then constructed a dialog from the outcome, which I ran through my subscription to Pictory.AI. The resulting video is below. Remember, Never ring the bell!

Embracing the Suck: Finding Strength and Resilience in Peritoneal Dialysis

If nothing else, being on Dialysis really has a high suck factor. A dictionary definition of “suck” is “unpleasant or not enjoyable.” Dialysis certainly meets this criterion.

There are tons of things we have to do in life that actually suck. This is especially true for those of us with a military background. War and constantly training for war sucks. When I joined the US Navy in 1958, I was shipped off to boot camp in San Diego. People go to San Diego to visit the zoo; I was in the zoo in Boot Camp, along with 59 other monkeys in my company. We were kept in a restricted area for weeks, had to wash our clothes every night, often in the rain with one bucket of water, were up at 0500 and constantly on the go, and had no trouble sleeping when we were allowed to fall into our racks at 2100 lights out.

It sucked but for a reason. There were no weekends off, no evening cocktails or beers with friends, or gourmet food, just a constant grind. We were told that sympathy is between shit and syphilis in the dictionary; there was no sympathy. It sucked!

We came out at graduation better in many ways than when we arrived. We learned to take care of ourselves and others in our company as well. Some, at first, couldn’t swim or jump off high places into the water; some were fat at the start, and some were skinny. All were young boys; upon graduation, many were young men who made their country proud of them, which is another story.

So much can suck in military training that the US Navy SEALs have coded “Suckness” into one of their many credos. Those of us on Dialysis and other walks of life can profit from this SEAL credo.

In the world of the US Navy SEALs, one phrase echoes loudly during the grueling rigors of training: “Embrace the Suck.” It’s a motto that encapsulates the mindset needed to endure the toughest of conditions, the harshest of realities, and the most challenging of circumstances. This saying, while simple, carries a profound meaning, one that can be applied to various life situations. Today, we’ll explore how this phrase can offer a guiding light to those who are navigating the journey of peritoneal dialysis.

Peritoneal dialysis, a treatment for kidney failure, is an experience that often demands a heavy physical, emotional, and psychological toll. It’s a routine of daily treatments that can be arduous, often leading to feelings of frustration, exhaustion, and even despair. But just as the SEALs push through their trials, so too can those of us on peritoneal dialysis find strength and resilience in the face of adversity.

Embrace the Reality

The first step in “embracing the suck” is acknowledging the reality of the situation. For those on peritoneal dialysis, this means accepting that this is now a part of your daily routine. It’s not a punishment, not a sentence, but a means to an end – a way to manage kidney disease and maintain your health. Embracing reality allows you to move past denial and focus on the steps you need to take to care for yourself.

Find Strength in Adversity

The second aspect of “embracing the suck” is finding strength in adversity. The SEALs endure grueling physical and mental training, finding strength in their ability to overcome extreme conditions. Similarly, peritoneal dialysis patients can find their own strength in their journey. Each treatment completed, each day lived with positivity, is a testament to your resilience. It’s about embracing the challenge and recognizing that you are stronger than you think.

Build a Support Network

Just as SEALs rely on their team for support, so too should those on peritoneal dialysis build a strong network of loved ones, medical professionals, and fellow patients. Having people who understand your struggles and who can offer support and encouragement can make the journey less daunting. Embrace the suck, but don’t do it alone.

Focus on the Goal

Lastly, “embracing the suck” means keeping your eyes on the goal. For the SEALs, it’s the completion of their mission. For those on peritoneal dialysis, it’s about living your best life possible, despite the challenges. Whether your goal is maintaining your health, spending quality time with your loved ones, or working towards a kidney transplant, keep it in sight. It’s the beacon that guides you through the toughest days.

“Embrace the Suck” is more than a motto; it’s a philosophy that can offer a fresh perspective and instill a sense of resilience. Just as it’s helped the toughest of the tough in the Navy SEALs, it can also provide guidance and strength to those navigating the journey of peritoneal dialysis. It’s about accepting the challenge, finding strength in adversity, and keeping your eyes on the prize. Remember, you’re tougher than you think, and you’re never alone in your journey.

Dialysis sucks! Embrace the Suck!

Revolutionizing Dialysis Treatment: The Power of AI and Machine Learning

As an individual on Peritoneal Dialysis, I must gather and manually submit tons of data to my provider, Fresenius Medical. This starts with a thumb drive in the Cycler that gathers info I sneaker net to Fresenius whenever I visit, say for monthly labs. Every morning upon completion of my dialysis for the day, I am required to enter weight, blood pressure, glucose, heart rate, amount and type of fluid used, and body temperature into the cycler. I am required to use the Fresenius app Patienthub daily to enter the fact that I entered the required info in the Cycler, what my PD fluid looked like, what my exit site looks like, and did I apply antibiotic cream. Lastly, it requires confirmation that I did or did not perform any manual drains.

Lots of data, but here’s the deal. I have yet to hear anything back from ANYBODY concerning the use of this data, feedback to alter any treatment, or whatever. Nada, zip, zero. I have been led to believe by my dialysis nurse that the raw data is eyeballed, but no hardcore statistical analysis is employed. No trends, outliers, moving averages, changes, improvements, etc.

It is obvious to the most casual observer that a tremendous opportunity exists herein for using AI to improve patient outcomes. And that patient is me. I am interested in improving outcomes, and I know Ai can greatly assist in this area. Read on.

In the world of healthcare, the potential of Artificial Intelligence (AI) and Machine Learning (ML) is becoming increasingly apparent. One area where these technologies are making a significant impact is in managing chronic kidney disease, specifically in the personalization of dialysis treatment plans.

Dialysis, a life-saving treatment for individuals with kidney failure, traditionally follows a one-size-fits-all approach. However, every patient is unique, with different health histories, lifestyles, and responses to treatment. This is where AI and ML come into play.

AI and ML algorithms can analyze vast amounts of data quickly and accurately. In the context of dialysis treatment, these technologies can be used to examine the unique medical information of individual patients. This includes data from electronic health records, lab results, and even real-time data from dialysis machines.

By analyzing these data points, ML algorithms can identify patterns and trends that might not be immediately apparent to healthcare providers. For example, an algorithm might notice that a patient’s blood pressure tends to spike after dialysis or that their kidney function improves when dialysis is performed at a specific time of day.

Based on these insights, the AI system can recommend personalized dialysis treatment plans tailored to the individual needs and responses of each patient. This could involve adjusting the frequency or duration of dialysis sessions, altering the dialysis fluid composition, or recommending lifestyle changes that could improve the patient’s overall health.

The potential benefits of this personalized approach are significant. By tailoring dialysis treatment to the individual patient, we can potentially improve their quality of life and health outcomes. For instance, personalized treatment plans could reduce side effects, improve kidney function, and extend the patient’s lifespan.

Moreover, this approach could also lead to more efficient use of healthcare resources. By predicting and preventing complications before they occur, we can reduce hospital admissions and healthcare costs.

In conclusion, the integration of AI and ML in dialysis treatment is a promising development in the field of nephrology. By leveraging these technologies, we can move away from a one-size-fits-all approach and towards personalized treatment plans that improve patient outcomes.

I was assisted by Prompt Perfect, ChatGPT4, Grammarly, and Bing Illustrator in authoring the above post.

If Hemo, then Ellipsys?

Recently, in one of the many online threads about dialysis, I ran across a comment concerning a system called “Ellipsys.” The thread suggested that this methodology was superior to the extant fistula methodology. The commenters were very positive.

Although I am on Peritoneal Dialysis and, as such, do not require “blood access” per se, it might appear that such methodology has no bearing on my situation. While this may be true in the short term, I have been led to believe that at some point, I will have to shift over to hemo. With this in mind, the following brief overview of what “Ellipsys” is all about is followed by a video explanation is provided for your edification.

From Perplexity.AI:

“The Ellipsys Vascular Access System is a medical device used to create an arteriovenous (AV) fistula, which is a connection between an artery and a vein in the arm for patients with kidney failure who require hemodialysis. The device uses a minimally invasive procedure to create the AV fistula, which can reduce the risk of complications and shorten recovery time compared to traditional surgical methods. The procedure involves inserting a catheter into the artery and vein in the arm and using radiofrequency energy to create a connection between them. The Ellipsys Vascular Access System has been approved for use in Europe and the United States.“

AI and PD: The New Frontier in Treatment

Peritoneal Dialysis (PD) treatment, a life-saving therapy for individuals with end-stage renal disease, is witnessing a remarkable transformation with the emergence of Artificial Intelligence (AI) technologies. AI is revolutionizing the field of PD by providing innovative solutions to enhance patient outcomes, optimize treatment protocols, and streamline clinical decision-making. Through the integration of machine learning algorithms, predictive analytics, and real-time monitoring systems, AI is enabling healthcare professionals to personalize PD therapy, detect complications early, and improve overall patient management. This synergy between AI and PD holds tremendous potential to reshape the landscape of renal care, offering a more efficient, precise, and patient-centric approach to this critical treatment modality.

Over the next couple of weeks, I will explore the latest in the application of AI methodologies to Peritoneal Dialysis regimens. My goal is to provide a short introduction to a specific AI concept, such as Machine Learning Models and their role in predicting dialysis outcomes, followed by pertinent real-time examples of the employment of these concepts in evolving situations.

My first effort in this area is captured in the video below. I was assisted by the AI assistant ChatGPT4, and Grammarly for improved dialog, and by app.VideoCreator.io for converting the script thus authored into the rendered video.

Empowering Dialysis Patients with Artificial Intelligence: Leveraging Crystallized Intelligence

May 15, 2023, The Wall Street Journal included a special section named “Innovations In Work.” This section includes an article on page R1 by Sean Captain titled “How AI Will Change The Workplace.” He postulates that it will provide an edge for the aged. IBID page R4 by Joseph F. Coughlin, Director of AgeLab, Massachusetts Institute of Technology, suggests that older workers exhibit greater crystallized intelligence. I pondered this concept and postulated that it could, should, would apply equally to dialysis patients as, by and large, they are of older age, all else being equal.

I wrote the following Prompt to test my hypothesis and submitted it to my ChatbotGPT4 with the following result. As is my habit, I used Grammarly to clean up the prose and Bing Image Creator for the lead graphic.

Prompt: It has been suggested that artificial intelligence will provide an edge for the aged because older workers are thought to exhibit greater crystallized intelligence — the capacity to leverage experience and knowledge over the years to quickly see patterns, nuance, and emotional insights and the capacity to determine which problems should be addressed and which are just noise. Write a lengthy blog post on how these concepts of artificial intelligence apply to those on dialysis.

Result:

The idea of integrating artificial intelligence (AI) into healthcare has been steadily gaining traction over the past few years. Now more than ever, the potential for AI to play a significant role in patient care, particularly for those on dialysis, is undeniable. For older patients, AI offers an opportunity to enhance their treatment and allows them to leverage their crystallized intelligence — the ability to use knowledge, wisdom, and experience gained over the years — to manage their health more effectively.

Understanding Crystallized Intelligence

Crystallized intelligence is the culmination of a lifetime’s worth of experiences, knowledge, and problem-solving skills. It’s the ability to see patterns and nuances, understand emotional insights, and determine which problems must be addressed and which can be set aside as noise. In the context of dialysis patients, crystallized intelligence can be particularly beneficial.

Older patients undergoing dialysis have often managed their kidney disease over many years. They’ve developed a deep understanding of their bodies, recognizing subtle changes in their health that might not be immediately evident to healthcare providers. They’ve seen a range of treatment strategies and have a unique perspective on what works best for them. This wealth of knowledge and experience is a form of crystallized intelligence that, combined with AI’s capabilities, could revolutionize their care.

The Intersection of AI and Dialysis Care

AI’s role in healthcare extends far beyond just data analysis. It has the potential to significantly enhance patient care, particularly for chronic conditions like kidney disease that require long-term management. For patients on dialysis, AI can help in several ways:

  1. Personalized Treatment Plans: AI can analyze vast amounts of data — from a patient’s medical history to real-time biometric data collected during dialysis — to create personalized treatment plans. By learning from each patient’s unique experiences and responses to treatment, AI can continually refine these plans to optimize efficacy and minimize side effects.
  2. Remote Monitoring: AI-powered wearables and mobile apps can provide continuous health monitoring, alerting patients and healthcare providers to potential problems before they become critical. This technology can also help patients understand the impact of lifestyle choices on their health, empowering them to take a more active role in their care.
  3. Predictive Analytics: AI can use data to predict potential health risks, allowing for proactive rather than reactive care. This predictive capability can help identify complications associated with dialysis, such as infections or cardiovascular issues, well in advance.

The Role of Crystallized Intelligence in AI-Enhanced Dialysis Care

Crystallized intelligence comes into play by adding a layer of human insight to the AI’s capabilities. By combining their life-long experience and wisdom with AI’s data-driven insights, older dialysis patients can make more informed decisions about their health.

For example, patients might notice a pattern in their well-being that aligns with certain dietary choices or activity levels. This observation, based on their crystallized intelligence, can be fed into the AI system, refining the personalized treatment plan.

Similarly, patients can use their crystallized intelligence to discern between significant health changes and ‘noise.’ If an AI system alerts them to a potential issue, they can draw on their past experiences to gauge the severity of the situation and decide the best course of action.

Conclusion

AI has the potential to transform healthcare by providing personalized, proactive care. For older dialysis patients, integrating AI into their treatment can provide an opportunity to leverage their crystallized intelligence, resulting in a more nuanced, effective approach to managing their health.

Crystallized intelligence and AI are complementary in many ways. While AI provides data-driven insights and predictions, crystallized intelligence offers the wisdom and discernment that can only come from personal experience. Together, they can create a more comprehensive and effective healthcare strategy.

Moreover, AI can assist in managing the dialysis process itself, ensuring that treatments are as efficient and safe as possible. From monitoring vitals during treatment to adjusting dialysis parameters in real-time, AI can handle many technical aspects, freeing patients and healthcare providers to focus on broader health goals.

The adoption of AI in dialysis care also has the potential to improve the quality of life. With AI’s help, patients can manage their condition more independently, reducing the need for frequent hospital visits and allowing them to maintain a more normal lifestyle. This can significantly improve mental and emotional well-being, which is an important aspect of overall health for chronic disease patients.

AI also has a role in supporting dialysis patients’ emotional and psychological needs. AI chatbots, for example, can provide companionship, offer reminders for medication or appointments, and even help patients navigate the complex healthcare system. These AI tools can learn from each interaction, adapting to the patient’s needs and preferences – another example of technology and crystallized intelligence working together.

In summary, artificial intelligence offers a promising avenue to improve dialysis care and patient experience. By capitalizing on the strength of the crystallized intelligence of the aged, AI can help create a more personalized, proactive, and effective healthcare system. As AI technology evolves and our understanding of its potential deepens, we can look forward to a future where healthcare is not just about managing disease but also about supporting a rich and fulfilling life for patients of all ages.

Neuroscience, Fitness, and Dialysis

On May 13, 2023, Neuroscience News ran an article titled “Exercise and the Brain: The Neuroscience of Fitness Explained.” We all know the brain (neuroscience) and fitness (healthy bodies) together make up the healthy brain healthy body concept. Putting all this together should be impactful to those on Dialysis. To test my hypothesis, I turned to my ChatGPT4 account, and with help from Grammarly and Pictory.AI, made the following video. The video specifically ties the three in this blog’s title inexplicably together. Enjoy!

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