No. What can stop growth in an adolescent is an untreated growth plate fracture.Soccer, basketball, football, skateboarding, and bicycling are the five activities most likely to result in growth plate fracture. Sit-ups and weight training have never been directly implicated in any case of growth plate fracture.
A fracture involving the growth plate in the leg bone (tibia or fibula) can potentially stunt its growth. Growth plates are specialized cartilage areas at the ends of bones that are responsible for longitudinal growth. If a fracture disrupts the growth plate, it can lead to unequal leg lengths or other growth abnormalities.
Yes, a growth plate in the foot can be broken. Growth plates are the weaker areas in developing bones, and injury or trauma to the foot can cause a fracture through the growth plate. It is important to seek medical attention to ensure proper healing and prevent long-term complications.
When the epiphyseal plate is replaced by bone, then growth at that bone stops.
The epiphysis, commonly known as the growth plate, is the site of long-bone growth in a child or young adult. If a growing person has a fracture at this site, growth of bone length may be affected on that side, creating uneven limb length.
The epiphysis, commonly known as the growth plate, is the site of long-bone growth in a child or young adult. If a growing person has a fracture at this site, growth of bone length may be affected on that side, creating uneven limb length.
The epiphysis, commonly known as the growth plate, is the site of long-bone growth in a child or young adult. If a growing person has a fracture at this site, growth of bone length may be affected on that side, creating uneven limb length.
The appearance of the growth plate closure, also known as the epiphyseal line, signals the end of bone growth in long bones. This happens when the cartilage in the growth plate is replaced by bone, indicating that growth has ceased in that particular bone.
If the epiphyseal plate is damaged, it can lead to uneven limb length and abnormal bone growth. This can result in deformities and impaired function in the affected limb. Early identification and treatment are important to minimize the impact on bone growth.
The Salter-Harris classification of fractures was devised to describe fractures in children with open growth plates. There are 5 different classifications: * I - the fracture is through the physis only - 5% of fractures * II - the fracture is through the physis and involves the metaphysis - about 75% of fractures * III - the fracture is through the physis and involves the epiphysis - about 8% * IV - the fracture is through the metaphysis, physis and epiphysis - about 10% * V - the fracture is a crush injury to the physeal plate - uncommon This classification is used to describe the fracture and also is used to determine the likelihood of growth disturbance. Growth disturbance is unlikely with type I and II fractures and more common with type III, and very common with type IV or V, even with early surgical repair.
Casting may not be necessary for all growth plate fractures, as some may only require immobilization with a splint or brace. The decision to cast would depend on factors such as the severity and location of the fracture, as well as the individual's age and activity level. It is important to follow your healthcare provider's recommendations for proper treatment and recovery.
You can use untreated as long as you have a treated sill plate. Untreated wood should not touch the concrete.