Sunday, July 8, 2012

The Injury healing Process

Orthopedic Dr - The Injury healing Process Advertisements
The content is nice quality and helpful content, That is new is that you never knew before that I know is that I actually have discovered. Prior to the distinctive. It is now near to enter destination The Injury healing Process. And the content related to Orthopedic Dr.

Do you know about - The Injury healing Process

Orthopedic Dr! Again, for I know. Ready to share new things that are useful. You and your friends.

There are three safe bet phases involved in the curative of an injury. The first of the three phases

What I said. It isn't outcome that the true about Orthopedic Dr. You see this article for info on what you want to know is Orthopedic Dr.

How is The Injury healing Process

We had a good read. For the benefit of yourself. Be sure to read to the end. I want you to get good knowledge from Orthopedic Dr.

of injury curative is called the inflammatory stage, which naturally involves white blood cells, called

phagocytes, which help take off debris and damaged tissue and supplementary help recirculation of

the area. The second stage is called the proliferative phase, where red blood cells called fibroblasts form a glue-like substance, which acts as a scaffold or infrastructure of new tissue to be laid down. The last stage, known as the remodelling stage, is where more cells are added to the glue and strengthened to form a substance called type 1 collagen, which is thick, strong and resistant.

Inflammatory stage

Days 1-4: At the site of the injury, cells form a clot following injury to seal the damaged area and to ensure no supplementary bleeding occurs. Similarly, the phagocytes migrate to the same area to "mop up" damaged cells that can no longer function. The damaged cells themselves publish a chemical that in effect attracts the "mop up" cells to go to the area to begin their job. This process is called phagocytosis. After two days, more chemicals released by the damaged cells attract more white blood cells (monocytes, macrophages and lymphocytes), which also aid in the curative and sealing of damaged cells. Additionally, once cells like the macrophages reach the wound site, they publish supplementary chemicals that begin to improve and promote oxygenation and nutrition, which supplementary aid healing. Once the debris of damaged cells is clear, the space filled with the platelets (the clot that forms to stop the initial bleeding) is broken down and invaded by other cells (fibroblasts). These come to be more active on day seven, when more glue-like substance is laid down to form a bond. This is known as scar tissue.

Proliferative stage

Days 7-14: At this stage, the fibroblasts lay down more chemicals to begin more solidification of the scar tissue. This is known as the proliferation stage. This solidification of supplementary cells (called collagen) to bond the already forming scar tissue is laid down in disarray, mostly haphazard with no direction of fibre orientation. This makes the tissue weak. While this stage, the original blood clot that had formed to stop the initial bleeding begins to dissipate as more cells are laid down to "glue" the torn fibres together again. Further, more specialised cells are mobilised once the glue has formed, called myofibroblasts, which begin to fuse and connect the torn fibres that were damaged initially.

Remodelling stage

Days 14-90: The last stage is called the remodeling stage. Here is where the haphazard scar tissue (glue) that formed in the proliferation stage begins to orientate itself and becomes more definite to the function of the muscle/tendon. This is greatly influenced by the external stresses located on it. More collagen is added here to reinforce the weak scar tissue and tensile strength begins to organize as more tissue is laid down.

Collagen reorientation and strength increases slowly, reaching 70% of the initial strength in six months to two years. The new scar tissue remodelled practically always differs from the original muscle/tendon it replaces by having fewer connective tissue cells, fewer blood vessels and more disorganised cells. Most of the time, the new scar tissue/muscle does not restore 100% to what it used to be, and therefore is vulnerable to supplementary injury later on. As an example, a hamstring strain usually takes three weeks

for recovery. However, research has shown through microscopy that the actual damage to the hamstring muscle fibres doesn't fully heal up for at least another two to three months, even though the athlete can run again. Therefore, one can assume that constant strength training and recovery will advantage following return to sport to ensure the hamstring doesn't get damaged again.
In conclusion, fitness professionals must warn clients that once a severe injury occurs to the tissue, it can take more than the "normal" three to six weeks to heal up, and in effect a follow-up programme of recovery will be required if they want the injury to make a full recovery.

If you would like to see Dr Solomon Abrahams to help identify and solve any knee conditions you might have he can be contacted through his website at

I hope you get new knowledge about Orthopedic Dr. Where you can offer easy use in your life. And above all, your reaction is Orthopedic Dr.Read more.. The Injury healing Process. View Related articles related to Orthopedic Dr. I Roll below. I actually have suggested my friends to assist share the Facebook Twitter Like Tweet. Can you share The Injury healing Process.

No comments:

Post a Comment