The deterioration of health begins with the perception of the person through the complaints he/she feels. It is a known fact that many people have a disease even though they have no complaints. Treatment can become difficult in direct proportion to the length of this insidious phase, and sometimes it even plays an important role in our succumbing to diseases.
First of all, I would like to start my article by questioning the place of biology, that is, life science, in our treatments. Our bodies consist of cells, which are living in harmony, supporting each other, and their sub-units, the basic living unit. When cells are fluid in liquid intermediates, they can be examined and observed more easily than cells in solid organs. For this reason, blood, urine, etc. We know that reviews such as this example are frequently used. Loss or scarcity of cells in the circulating blood is called "anemia" among the public.
So, is this condition specific to only liquid tissue, that is, blood?
This problem is The answer unfortunately is "no!" It will happen. Organ failures, Alzheimer's, heart attacks, tissue loss over time as a result of nutrition, and bone loss in osteoporosis are among the diseases we frequently hear about in our daily lives. The rough common denominator of all these diseases is loss of tissue or parts of it or lack of function.
The underlying cause of the pain that we encounter over time in the musculoskeletal system, especially in the joint area, is the weakening, weakness or even diminishing or even disappearing of the elements that form the joint.
The legs, which were straight when we were young, are distorted, curved, turn outward (X leg) and inward (O leg), and hunchbacks are skeletal problems we frequently encounter. If we narrow the scope even further, it is observed that the details of this situation are reflected in various medical imaging in the examinations made as a result of the complaints of most of the patients who applied to us in the knee area. In the films, it is clearly evident that there is damage and accompanying tears in the meniscus cartilage and ligaments of the knee.
With these tears and ruptures in the joint, which is a whole, the patient actually suffers from a blockade. When this happens, the cells move away, leading to mechanical snagging or loss of movement. The connection between this situation and the biological science that I mentioned at the beginning of the article becomes more evident here. In fact, the broken piece is the cells it contains and die over time!
The medical profession has now become able to repair organ functions instead of the old approach that removed the diseased part from the body and allowed the patient to continue his life with a certain loss. Can this "recovery" of function be done using biological pathways? The question now constitutes our current topic. Although it is frequently applied, repairing a damaged organ function with artificial materials means choosing non-biological treatment. Placing a prosthesis on the organ, attaching an artificial valve, etc. It can still be used in diseases where there is no biological alternative.
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