1 hr 27 min

How to Break Out of the Sick Care Model w/Dr. Merrill Matschke The Jay Campbell Podcast

    • Medicine

The sick care system has failed society, making us more sick and less fertile. What is the solution to this crisis? How can we make the future better for the population? What is causing the chronic testosterone imbalance plaguing so many men? On this episode, Dr. Merrill Matschke returns to talk about why he is so passionate about wellness and preventive medicine.
Medicine has become about following the robotic clinical pathways and taking care of sick people. -Dr. Merrill Matschke
Three Takeaways
Kids are becoming diabetic at a faster rate than ever before. By 2035 men in Western society will not be able to have children. Hormone optimization isn’t the immediate solution. It’s important to start with lifestyle optimization. At the start of the show, Dr Merrill shares how he became disillusioned with the current healthcare model, and how he’s transitioning out of it. He shared how the sick care model is failing the population and the talked about the alarming decline in fertility in Western cultures. We also discussed why diabetes among young people is becoming alarmingly more prevalent. We also talked about phlebotomy, and the importance of finding a doctor who actually has experience with optimization.  
We also spoke about:
How low testosterone is the new normal Why testosterone is not a silver bullet Normal range vs. optimal range in testosterone Human life is unsustainable if we continue to neglect health and wellness. We have to incentivize people to take care of themselves. The current medical system has to be swept away and rebuilt from the perspective of prevention and wellness. There’s no cookie cutter, template approach to optimization. We have to come down to a precision-type medicine where we treat everyone individually, because everyone is different.
Guest Bio
Dr. H. Matschke, MD is a board certified urologist who also has an interest in cenegenics and preventative medicine. Follow him on Twitter or @MatschkeMD or email MatschkeMD@gmail.com.

The sick care system has failed society, making us more sick and less fertile. What is the solution to this crisis? How can we make the future better for the population? What is causing the chronic testosterone imbalance plaguing so many men? On this episode, Dr. Merrill Matschke returns to talk about why he is so passionate about wellness and preventive medicine.
Medicine has become about following the robotic clinical pathways and taking care of sick people. -Dr. Merrill Matschke
Three Takeaways
Kids are becoming diabetic at a faster rate than ever before. By 2035 men in Western society will not be able to have children. Hormone optimization isn’t the immediate solution. It’s important to start with lifestyle optimization. At the start of the show, Dr Merrill shares how he became disillusioned with the current healthcare model, and how he’s transitioning out of it. He shared how the sick care model is failing the population and the talked about the alarming decline in fertility in Western cultures. We also discussed why diabetes among young people is becoming alarmingly more prevalent. We also talked about phlebotomy, and the importance of finding a doctor who actually has experience with optimization.  
We also spoke about:
How low testosterone is the new normal Why testosterone is not a silver bullet Normal range vs. optimal range in testosterone Human life is unsustainable if we continue to neglect health and wellness. We have to incentivize people to take care of themselves. The current medical system has to be swept away and rebuilt from the perspective of prevention and wellness. There’s no cookie cutter, template approach to optimization. We have to come down to a precision-type medicine where we treat everyone individually, because everyone is different.
Guest Bio
Dr. H. Matschke, MD is a board certified urologist who also has an interest in cenegenics and preventative medicine. Follow him on Twitter or @MatschkeMD or email MatschkeMD@gmail.com.

1 hr 27 min