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Health

List Diseases – F

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Fractures of the diaphysis of the shoulder are from 2.2 to 2.9% of all fractures of the bones of the skeleton. The mechanism of injury can be direct and indirect. In the first case - a blow on the shoulder or shoulder on a solid object, in the second - a fall on the wrist or elbow joint of the withdrawn hand, excessive rotation of the axis.

Diaphyseal fractures of the forearm include fractures of both bones or isolated ulnar and radial injuries. In terms of the level of integrity violation, there are fractures in the upper, middle and lower third of the forearm bones.

Fractures of fingers of a brush meet quite often and reach 5% of all damages of bones.

The traumatic displacement of the atlas due to a fracture of the tooth can occur both anteriorly and posteriorly. Significantly more often there are forward displacements. The severity of this damage depends on the degree of displacement of the 1st cervical vertebra and, consequently, the nature of the damage to the spinal cord. Damage occurs with the indirect mechanism of violence, most often as a result of a fall on the head.

The fracture of the upper jaw usually passes through one of the three typical lines of least resistance described by Le Forus: the upper, middle and lower. They are called the lines of Le Fora (Le Fort, 1901).

Fracture of the elbow often occurs from a direct mechanism of injury (for example, falling on the elbow), but it can also happen with indirect violence - a break from a sharp contraction of the triceps or a fall on the wrist of the elbow in the elbow joint.

The most common type of traumatic tooth injury is a fracture of the tooth at various levels. There are: a fracture of the tooth at the level of the dentinal dentin (without exposing the pulp), at the level of the near-pulp dentin (the pulp is visible) and fracture of the crown with damage to the pulp.
Fractures of the temporal bones are possible after severe blunt head trauma, and sometimes they involve ear structures, accompanied by hearing loss or paralysis of the facial nerve.

Fracture of the surgical neck of the humerus is very common, especially in the elderly. They constitute half of all fractures of the humerus.

Breast fractures are rare. Breast fractures occur mainly with a direct mechanism of injury. Displacement of fragments is often insignificant, but it can also be on bone thickness.

Isolated fracture of the semilunar bone is extremely rare. Fracture of the semilunar bone occurs as a result of a fall on the wrist, withdrawn to the ulnar side.
Fractures of the ribs usually occur with a blunt chest injury, often under the influence of a significant external force (for example, when the car stops abruptly, hit with a baseball bat or falls from a height).

Fractures of the ribs can occur both with the direct mechanism of injury, and with the indirect. An example of the latter can serve as compression of the chest in the anteroposterior direction, leading to fracture of the ribs in the lateral sections.

Fractures of the radius in a typical place are met very often, they account for 12% of all damage to the bones of the skeleton.

Fracture of the penis is accompanied by a characteristic crack of rupture of the cavernous bodies (sound of a stopper of a stopper or a crunch of the broken glass).
Nose fracture is a trauma of the nose, in which there is a violation of the integrity of the bone pyramid of the nose with or without displacement of bone fragments.
In peacetime, the frequency of damage to the face is 0.3 cases per 1000 people, and the proportion of maxillofacial trauma among all injuries with bone damage in the urban population ranges from 3.2 to 8%. In this case, facial bones fractures are observed in 88.2%, soft tissue injuries in 9.9%, and face burns in 1.9% of cases.
Fracture of the jaw is suspected in patients with newly developed bite anomalies or local edema and tenderness over the site of the mandible.

Pain and restriction of functions indicate damage to the elbow joint.

Particular attention is paid to this bone due to the fact that the first metacarpal bone is located separately from the others, is very mobile, participates in bringing, leading and contrasting the first finger. It is also functionally equivalent to the other four fingers.

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