Interconnectivity of organ systems - Research Paper Example

If the physiological balance in the body is disturbed or interrupted, the body’s organ systems react in a way that seeks to compensate for the imbalance (Swales, P. 45). Physiological studies and researches have discovered that a homeostatic imbalance or interruption in one organ, characterized by various signs and symptoms, not only affects that particular organ but also interferes with the functionality and the well-being of other organs connected to it. When the body reacts to compensate for the imbalance caused by a disease through various regulatory mechanisms, in most cases, not a single organ is involved (Swales, P. 45). Instead a group of organs are often found to play integral roles in maintaining the body’s homeostatic stability.

This paper explores the concept of organ interconnectivity during the regulation of blood pressure and hypertension. High blood pressure, sometimes referred to as the ‘silent killer’ is one of the conditions that make an individual prone to heart attacks and strokes. In fact, studies indicate that high blood pressure is the major cause of stroke and heart attacks in many regions of the world. It is therefore important that the body’s organ systems are best placed physiologically to regulate high blood pressure and hypertension.

The connectivity of the organs involved in the regulation of blood pressure is evident as early as during the causative stages of high blood pressure. For example, some of the major causes of high blood pressure are kidney complications, which result in a type of high blood pressure condition known as secondary hypertension (Swales, P. 45). These kidney-related causes of high blood pressure connects it with the main organ systems involved with blood pressure such as the major arteries, the minor arteries, the heart, veins, and the capillaries.

These are just the few organs that are involved