Vol 14 E37: Chiropractic Majors and Minors

Explore the intriguing evolution of Chiropractic in this captivating podcast series. Delve into the rich history tracing its origins and evolution through the first 30 years of Chiropractic. Uncover the fascinating development of subluxation analysis, a cornerstone concept in Chiropractic science, and how it has shaped the profession. From traditional spinal adjustments to innovative techniques, discover how BJ Palmer continually refined methods to provide effective care for patients. Join us as we unravel the story behind the hands that heal and the techniques that transform lives in the world of Chiropractic.

Join us as we delve into the intricate science behind subluxation. In this episode, we explore the art and science of identifying subluxations and the profound impact they have on overall health. Discover how BJ Palmer trained chiropractors to pinpoint these subluxations, determining not just their presence but also the optimal timing and location for adjustments. From the fundamentals to advanced techniques, our podcast delivers insights into the art, science, and philosophy of chiropractic care. Tune in to deepen your understanding!

Join us as we delve into the fascinating world of motor and sensory paralysis. In this episode, we explore the complexities of these conditions, discussing their causes and symptoms. From understanding how motor paralysis affects movement to unraveling the mysteries of sensory paralysis and its impact on perception, we uncover the science behind these neurological phenomena. Listen. Like. Subscribe. Share.

Chiropractic equations analysis and how it helped chiropractors better locate the major subluxation. Listen. Like. Subscribe. Share.

Dr. Nell Williams, wife of Dr. Sid Williams, founder of Life College of Chiropractic, recalls her time at the Palmer School of Chiropractic. She talks about her time with BJ Palmer and the miraculous case of a student with blood poisoning who got well with Chiropractic adjustments alone.

We discuss how a subluxation can cause abnormal function of various body systems, including thermolysis, nutrition and reproduction.

When a subluxation affects nerve flow to an organ, Innate will attempt to compensate by recruiting another organ in an attempt to maintain homeostasis. This recruited organ will appear diseased but is in fact doing what Innate intends. For this reason, it’s important to use objective indicators for subluxation rather than adjust based on symptoms. Listen. Like. Subscribe. Share.

In today’s episode, we contrast the difference between minus and excess function. If a subluxation decreases quantity nerve flow to tissue cells, how can excess function of tissue cells occur?

How does a subluxation cause lack of adaptation in tissue cells?

In today’s episode we discuss such Innate cellular functions as secretory, elimination and thermolysis.