prevention

Dr. M’s Women and Children First Podcast #100 Wayne Koontz, MD – Vaccines and Disease over 50 years

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Today on Dr. M’s Women and Children First Podcast, we welcome Dr. Wayne Koontz, a founding partner at Salisbury Pediatric Associates in Salisbury North Carolina, where he has spent over 5 decades caring for generations of families with compassion, wisdom, and a deep commitment to community health.

Dr. Koontz earned his Undergraduate degree and his Doctor of Medicine from Wake Forest University, where his early love of science and service began to take shape. He went on to complete his pediatric residency at Dallas Children’s Medical Center, part of the University of Texas Southwestern Medical School, where he received outstanding training in both academic and clinical pediatrics.

As one of the founding physicians at Salisbury Pediatrics, Dr. Koontz helped to build a model of child-centered, family-oriented care that has served the Rowan County. His commitment to children’s well-being extends beyond the clinic, reflecting a lifelong dedication to preventive medicine, developmental health, and the nurturing of strong physician–family relationships.

It’s an honor to have Dr. Koontz with us today to share his clinical insights as they relate to infection and vaccination from a longevity based pediatric career. Dr. Koontz has a unique perspective to share as his 50 plus years of experience cover the prevaccine infectious disease based practice of pediatric medicine all the way to the current vaccine centric and reduced infectious disease burden reality. That is a timeline worthy of exploration.

So lets explore.

Dr. M

Dr. M’s SPA Newsletter Volume 15 Issue 22/23/24 – Acetaminophen and Autism

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Review Part III – after the Attia Podcast

After completing the interview with Dr. William Parker and now listening to Peter Attia’s analysis, let us look again at this question. I repeat that the initial question has not changed for me. The first and most fundamental question to ask is this: What is the true value of acetaminophen in health compared with the potential risk if the associated findings are indeed correct?

My response to this question has been altered by the analysis so far.

I love this from Dr. Attia: “Some people might be wondering, why did you just take so long to explain all this to us? Why don’t you just give us the answer? I just want the sound bite, man

Peter’s reply, “If you just want sound bites, you’re never going to learn.”

Honestly, if you just want sound bites, this isn’t the podcast for you. But if you actually want to be able to learn to think for yourself, then that’s what we’re here to do. And that’s the reason we killed ourselves over the past week to put together the most thorough gathering of all the data we could find and the most intense night-weekend analysis possible. “

I agree! I believe that the science and data are key. So here goes – round three!…..

Dr. M

 

Dr. M’s Women and Children First Podcast #98 William Parker, PhD – Acetaminophen and Autism – What Do We Know in 2025?

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Welcome to Dr. M’s Women & Children First Podcast, where we engage with pioneering voices at the intersection of science, healthcare, and the well-being of families.

Today, I’m honored to introduce Dr. William Parker, PhD. Dr. Parker is perhaps best known for discovering the function of the human appendix, but his contributions to science extend far beyond that single discovery. He studied biology and chemistry as an undergraduate before earning his PhD in Chemistry from the University of Nebraska–Lincoln in 1992. Since the 1980s, he has conducted innovative research, publishing more than 150 peer-reviewed articles that span immune function, microbiome science, and human health.

Dr. Parker was the first to compare immune systems in wild animals with those of their laboratory counterparts, and among the first to conclude that changes in the human “biota”, the symbiotic organisms living within us, brought on by modern society can contribute to depression and anxiety. After nearly three decades at Duke University, where he served as associate professor and research leader, he founded WPLab, Inc., a nonprofit dedicated to understanding and educating about the causes of chronic inflammatory diseases in high-income societies.

Currently a visiting scholar at the University of North Carolina, Dr. Parker collaborates widely with colleagues from Duke University, University of Montreal, Czech Academy of Sciences, University of Groningen, University of Colorado Boulder, and scientists across the pharmaceutical industry.

In recent years, he has turned his attention to a provocative and urgent question: the potential links between early acetaminophen exposure and autism spectrum outcomes. His current work combines mechanistic and epidemiologic approaches to explore how acetaminophen’s effects on human physiology at critical stages of development might influence neurodevelopment.

In our conversation, we’ll explore:

  • The evidence and hypotheses behind acetaminophen’s potential role in autism risk
  • What families and clinicians should know: what’s plausible, what remains speculative, and where research is heading next

I’m thrilled to share this episode with Dr. Parker, whose intellectual curiosity, scientific rigor, and courage to ask difficult questions embody the spirit of this show.

Dr. M

Dr. M’s Women and Children First Podcast #97 Paul Offit, MD – Vaccines – What Do We Know in 2025 Part 2?

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Welcome back to Dr. M’s Women & Children First, where we explore the front lines of children’s health and what matters most for our families.

Today I’m honored to bring you Dr. Paul A. Offit, the Director of the Vaccine Education Center and Professor of Pediatrics in the Division of Infectious Diseases at Children’s Hospital of Philadelphia. He also holds the Maurice R. Hilleman Professorship of Vaccinology at the University of Pennsylvania.

Dr. Offit is a globally recognized expert in virology and immunology. He has served on the CDC’s Advisory Committee on Immunization Practices and FDA’s Vaccines and Related Biological Products Advisory Committee. He’s co-editor of the seminal vaccine textbook Vaccines, and for decades has been one of the clearest scientific voices defending evidence, transparency, and children’s health.

This week, we’ll dig into COVID, vaccine policy, and what’s ahead for children in light of the latest shifts. Among current headlines: Healthy children and pregnant women are no longer being uniformly recommended for COVID vaccines by Health Secretary Robert F. Kennedy Jr., a decision that’s stirring debate among pediatricians and public health experts like Dr. Offit. He’s sharply voiced concerns about removing key vaccine recommendations without new data, and about the broader implications of loosening vaccine guidance for the public good.

In this conversation, we’ll cover:

  • What the science says now about bivalent COVID vaccines in kids

  • How recent policy changes affect vaccine access, trust, and safety

  • What parents need to know—what’s changed, what’s stable, and what remains uncertain

This is my third time talking with Dr. Offit, and as always, I expect you’ll leave with clarity, evidence, and questions worth sharing.

I hope you enjoy this conversation.

Let’s dive in.

Dr. M

Dr. M’s SPA Newsletter Volume 15 Issue 11

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Heat Exhaustion Prevention and Awareness

It is that time of year in many parts of the country. Planning ahead of an event or extended time out in the heat is very important especially as we age or while pregnant.

Summer break does not end the competitive athletics. Kids of all ages are playing sports during the heat of the day all over the country this summer. This time of year poses a major risk of overheating for children and adolescents engaged in aggressive aerobic outdoor exercise. It is prudent to try to have vigorous workouts during the early morning hours preferably or later in the evening for the older kids who get to bed later by nature.

In our clinic, we have had admissions to the hospital for heat exhaustion and muscle breakdown known as rhabdomyolyisis. For example, a young man was practicing on the football field and overheated due to a combination of under hydration and excessive ambient temperature. Symptoms included excessive sweating, rapid pulse, muscle pain, nausea, vomiting and dizziness… and a literature review.

Enjoy, Dr. M

Dr. M’s SPA Newsletter Volume 15 Issue 9

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Today, I’m diving into a fascinating article by Scott Zimmerman and Russel J. Reiter, titled Melatonin and the Optics of the Human Body, published in Melatonin Research (2019). This piece flips the script on what we thought we knew about melatonin, light, and how our bodies interact with the sun’s rays. It’s a game-changer, especially for how we think about kids’ health in our modern, screen-filled indoor living world.

First, what is melatonin? Melatonin is a hormone made from the essential amino acid, tryptophan. It was first isolated from a cow’s pineal gland. It is an old molecule as primitive bacteria made melatonin probably 2.5 billion years ago. Its synthesis in bacteria and eukaryotes is a common linkage. Most of us know that melatonin is the “sleep hormone,” produced by the pineal gland in the brain when it gets dark at night, signaling to our bodies that it’s time to wind down and prepare to sleep. It’s the chemical expression of darkness, driving our circadian rhythms and helping us catch those precious brain cleansing moments. Zimmerman and Reiter argue that this is only half the story or maybe even less than half. For decades, research has hyper-focused on pineal melatonin that is regulated by visible light hitting our retinas. Blue visible spectrum light in the early morning suppresses pineal melatonin, which is why we should dim those screens before bed. But here’s where it gets interesting, the pineal gland isn’t the only place melatonin is made, and darkness isn’t its only trigger. Our bodies are producing melatonin in ways we’re just starting to understand, and it’s tied to light in a way that was unexpected and evolutionarily fascinating. As with all things in science and evolution, we learn what we did not know and it all makes sense once the aha moment occurs…. and a literature review. Oh and a recipe.

Dr. M

Dr. M’s SPA Newsletter Volume 15 Issue 6

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This is such an important topic to cover, even for a pediatrician. Dementia!

This problem is slated to exponentially worsen in the coming decades. And it starts at birth!

​In the intricate landscape of Alzheimer’s disease (AD), emerging research underscores a pivotal yet under explored facet for the why?, the brain’s energy immunometabolism. A recent study by Patel et al., titled “Global Energy Metabolism Deficit in Alzheimer Disease Brain,” delves into this domain, revealing significant metabolic disruptions that may illuminate novel upstream causes and possible therapies.

​ For the better part of the last few decades, all AD research centered on the amyloid and tau plaques as the causative problem. However, billions of dollars and many drugs later, this hypothesis has crashed and burned. Failed therapies coupled to the skyrocketing volume of AD patients in the US over the next few decades will burden the US healthcare system and families alike. Folks, we need better answers and therapies rapidly. Thus, I have been following this information on and off over the years looking for answers. Last month, Dr. David Perlmutter gave an excellent lecture on microglial cells in the brain and their impact on AD and neurocognition in general. One paper that he cited was the Patel paper. Let’s look at it.

Dr. M

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