The Simple Organs Theory
The Simple Organs Theory represents a significant advancement in medical understanding, offering insights into the origins of diseases within individual organs such as flesh, muscles, and glands. It posits that disruptions and weaknesses in the functions of compound organs result in a spectrum of manifestations including excesses, deficiencies, and weaknesses. In the realm of treatment, a pivotal shift occurs from viewing organs as compound structures to recognizing the importance of individual organs, as all compound organs fundamentally comprise tissues and organs derived from individual components.
Philosophy of the Simple Organs Theory
At its core, the theory delineates the human body into individual organs, with principal organs like the heart, brain, and liver acting as focal points for muscles, nerves, and glands. These organs consist of diverse tissue types originating from countless living animal particles known as cells, highlighting the intricate interconnectedness within the body.
Fundamentals of the Theory
The animal cell emerges as the fundamental building block of the human body, possessing inherent heat, force, and moisture. Disease ensues when imbalances disrupt the equilibrium of these cellular actions, leading to disturbances in tissues and subsequent manifestations in various organs through pathways involving nerves, glands, and muscles.
Purpose of Research
Research endeavors in the realm of the Single Organs Theory aim to establish correlations between ancient medical concepts such as qualities, temperament, and humors with individual organs. This underscores the necessity of considering these factors in diagnosis and treatment, elucidating the shortcomings of methodologies like allopathy which may overlook such crucial aspects.
Explanation of the Theory
Previously, diseases were primarily attributed to malfunctions in compound organs. However, the Single Organs Theory shifts this paradigm by identifying diseases as initially affecting individual organs, subsequently causing diverse manifestations in compound organs. By discerning the unique temperament of each individual organ, precise diagnosis and treatment modalities become feasible.
Practical Application
The human body's composition encompasses basic organs, vital organs, and blood. Basic organs like bones, ligaments, and tendons provide structural integrity, while vital organs such as nerves, glands, and muscles sustain life. Blood serves as the conduit for gases, heat, and leukocytes, playing a pivotal role in maintaining homeostasis.
Unnatural Actions
Vital organs exhibit three primary unnatural actions: acceleration, deceleration, and weakness, each arising from specific causes such as heightened wind, excess gas, increased phlegm, or moisture.
Understanding Mutual Relationships
Each organ manifests three primary actions: speed, relaxation, and weakness, which dynamically interchange among nerves, glands, and muscles. This interplay gives rise to various diseases and ultimately facilitates the restoration of health.
Internal Changes in Organs
Internal changes within organs are elucidated through a comprehensive chart illustrating the dynamic relationships among nerves, glands, muscles, and resulting symptoms. This structured framework facilitates accurate diagnosis and targeted treatment, transforming medicine into a systematic and dependable practice.
|
Organ Name |
Nerves |
Glands |
Muscles |
Result |
|
Nerve Stimulation |
Stimulation |
Relaxation |
Relief |
Increase in moisture, phlegm, or cough |
|
Gland Stimulation |
Relief |
Stimulation |
Relaxation |
Increase in body temperature, bile, or thirst |
|
Muscle Stimulation |
Relaxation |
Relief |
Stimulation |
Increase in acidity |
