Volume 1/ Number 1/ January 2001

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

BONE FRACTURES IN IBN SINA MEDICINE

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Fractures as a Whole
Factors that stimulate and inhibit bone healing

Abstract: Ibn Sina was a well-known Islamic philosopher and physician. He composed 276 works, the most famous of which is “Al Qanun Fit Tibb.” This paper highlights the bone fractures that may occur, described in Ibn Sina’s book “Al Qanun,” and reveals his accomplishments and contributions to this field of medicine, especially in what is now called the “Theory of Delayed Splintage”.

Ibn Sina, or Avicenna as known in the west, was born in the year 980 A. D. in Afshana near Bukhara in Turkistan, which is now called Uzbekistan. He was considered as a prince of the physicians during the Middle Ages. He composed many books belonging to different fields. The classification of his works according to their content is as follow: 43 works in medicine, 24 in philosophy, 26 in physics, 31 in theology, 23 in psychology, 15 in mathematics, 22 in logic, 5 in the Holy Koran interpretation. In addition, many treatises in asceticism, love, music and some stories(1).

Al Qanun Fit Tibb represents the most important work of Ibn Sina, and was known to the Europeans through the Latin translations of Gerard of Cremona, in the 15th century, and remained in use in medical schools at Louvain and Montpellier until the 17th century. According to the Journal of UNESCO, October issue, 1980, Al Qanun book remained in use in Brussels University until 1909.

Al Qanun book consists of five books, the first concerned with general medical principles. The second with materia medica. The third with diseases occurring in a particular part of the body. The fourth on diseases not specific to one bodily part (such as fevers), in addition, to traumatic injuries such as fractures and dislocations of bones and joints. With the final book containing a formula giving recipes for compound remedies.

Ibn Sina devoted two treatises in the fourth book of Al Qanun, to fractures. The first treatise is entitled: "Fractures as a Whole", and the second is "Fractures of Every Bone Separately".

In the first treatise, he described the causes, types, forms, methods of treatment, and complications of fractures. While in the second treatise, he determined the special characteristics of fractures of each bone. Ibn Sina, in this way, was very close to following the format of modern medical textbooks.

The first treatise:

Fractures as a Whole   

Ibn Sina defined a fracture as a loss of continuation in the bone(2). Then, he determined the types of fractures such as transverse, longitudinal, or comminuted. When he talked about symptoms and signs of a fracture, he considered the pain, swelling, and deformity of the limb to be of great importance to the diagnosis.

In this chapter, Ibn Sina distinguishes the fractures that reach the joint line. He says: "If the fracture was at the joint line and healed, the movement of the joint could be difficult as the rigidity of the callus needs more time to become soft"(3). It is well known now that fractures that occupy the joint line, cause stiffness of that joint after they heal, unless convenient physiotherapy is applied to the limb.

Factors that stimulate and inhibit bone healing                                                        

Ibn Sina mentions that fractures of children heal more rapidly than those of adults. He determined the time span necessary for bone to heal.

He said, for example, a nose bone fracture needs 10 days to heal, a rib needs 20 days, a forearm needs 30 to 40 days, and a femur needs 50 to 120 days. It is clear that these figures are similar to those written in modern medical textbooks.

At the end of the chapter, he pointed out the factors that affect negatively bone healing, such as the lack of a splint at the site of the fracture, quickness in moving the affected limb, loss of blood (anemia), and the existence of a disease in the body(4). These factors, and others, are now considered to have a considerable role in delaying bone healing.

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