Salter-Harris Type IV physeal fracture of upper end of radius, right arm, sequela Save

Salter-Harris Type IV Physeal Fracture of Upper End of Radius, Right Arm, Sequela

A Salter-Harris Type IV physeal fracture of the upper end of the radius in the right arm can have long-term effects on the growth and development of a child. This type of fracture occurs through the growth plate, which is a region of developing tissue that allows bones to grow. When such a fracture occurs, it can lead to a variety of complications that may affect the child's arm function and overall skeletal development.

One common sequela of this type of fracture is a discrepancy in bone length. The injury can disrupt the normal growth pattern of the radius, leading to one arm being shorter than the other. This difference in length can cause difficulties in performing certain activities that require both arms to be symmetrical, such as sports or carrying heavy objects.

Another potential sequela is angular deformity. The fracture can lead to an abnormal alignment of the bones, resulting in an angular deformity. This may cause problems with joint function and can lead to pain and limited range of motion. In some cases, corrective surgery may be required to address the deformity and restore proper alignment.

Furthermore, the fracture may impact the development of the wrist joint. The growth plate at the upper end of the radius plays a crucial role in the growth and formation of the wrist joint. When the growth plate is injured, it can disrupt the normal development of the joint, leading to potential long-term issues such as instability, limited mobility, and discomfort.

1. Discrepancy in bone length
2. Angular deformity
3. Impact on wrist joint development

In conclusion, a Salter-Harris Type IV physeal fracture of the upper end of the radius in the right arm can have significant implications on a child's skeletal development. It is important to seek prompt medical attention and appropriate treatment to minimize the impact of this fracture and its sequela on the child's long-term arm function and overall well-being.