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• #1 Growth Plate Injuries in Children – Washington Orthopaedics & Sports Medicine

  https://www.wosm.com/blog/growth-plate-injuries-in-children/

  Growth plate fractures are very common in children. Approximately 1530% of all childhood fractures occur through the growth plate. They are twice as likely to occur in boys as in girls. […] Growth plate fractures often need immediate treatment because they can affect how the bone will grow. Improper treatment can lead to crooked or shortened limbs. […] If it is a simple fracture, most likely Salter-Harris types I and II, the physician will immobilize the injury with a cast or brace for approximately a month or longer. […] Sometimes crush or high velocity injuries may result in early closure or fusion of a growth plate, which could lead to deformity and impaired function of the affected limb. […] Overall, you should avoid trying to ignore persistent pain for more than a couple of days, as it may be indicative of a more severe injury rather than a simple sprain. Most growth plate injuries need 1014 days to start uniting, making the reduction and fixation more difficult the longer treatment is delayed. Be sure to get help early.

• #2 Growth Plate Fractures in Children and Teenagers | HSS

  https://www.hss.edu/condition-list_growth-plate-fracture.asp

  A broken bone (fracture) in a child or adolescent must be scrutinized. […] Growth plate fractures occur when a bone breaks. The growth plate is where new bone develops, so injury to this area can cause the plate to close prematurely and stop bone growth. This may cause a skeletal deformity if not treated properly initially and not monitored long after the fractured bone has healed. […] Growth plate fractures may have no long-term consequences, but they can sometimes cause limb length discrepancies, angular deformities, and/or joint incongruities (in which the two bones that form a joint do not line up properly). Whether such complications arise may depend on the level of energy associated with the injury that caused the break and/or the alignment of the fractured bone during the healing phase.

• #3 A Doctor’s Guide to Understanding Growth Plate Fractures | Faculty of Medicine

  https://forum.facmedicine.com/threads/a-doctors-guide-to-understanding-growth-plate-fractures.100935/

  Growth plate injuries are a significant concern in pediatric orthopedics due to their potential to affect bone growth and development. […] While not all injuries can be prevented, certain measures can reduce the risk: Proper Training: Ensure children receive adequate coaching and training for sports and physical activities. Use of Protective Gear: Helmets, pads, and braces can protect against high-impact injuries. Balanced Nutrition: A diet rich in calcium, vitamin D, and other essential nutrients strengthens bones and cartilage. Rest and Recovery: Avoid overuse injuries by allowing adequate rest between activities. Supervision: Monitor children during high-risk activities to ensure they use safe techniques. […] Early intervention, combined with preventive measures, plays a vital role in preserving the health and functionality of growing bones.

• #4 Growth Plate Fractures (Physeal Fractures) Treatment & Management: Approach Considerations, Nonoperative Therapy, Options for Surgical Therapy

  https://emedicine.medscape.com/article/1260663-treatment

  In pediatric athletes, the frequency of growth plate injuries can be decreased with appropriate training programs. […] Because most athletic injuries are due to chronic overuse, the pathology develops gradually, affording trainers, coaches, and physicians multiple opportunities to intervene and prevent long-term sequelae from developing. […] Growth plate injuries tend to occur during periods of rapid growth. Training loads should therefore be reduced during growth spurts, which can be identified by monitoring height measurements every 3 months. […] Training programs should limit excessive repetitive movements, using a variety of drills. Limiting pitch counts, for example, may reduce the risk of throwing injuries in baseball pitchers. […] Recommendations of the American Academy of Pediatrics (AAP) for preventing these injuries in youth athletes include the following: The child should take at least 1-2 days off from the sport every week; The child should take at least 3 months off from the sport every year (in increments of 1 month); this time can be spent in free play; The number of training hours per week should not exceed the child’s age or should not exceed 16 regardless of age until skeletal maturity.

• #5 Growth Plate Fractures: Understanding Risks and Treatment in Children

  https://www.cast21.com/blog/growth-plate-fractures

  Warm-up and conditioning: Encourage regular warm-up exercises and conditioning programs to improve strength, flexibility, and endurance, which can help prevent accidents and reduce the severity of injuries. […] Safe playing environments: Ensure that play areas are free from hazards such as uneven surfaces, debris, or obstacles. Regularly inspect and maintain equipment to ensure their safety. […] Supervision and rules: Provide adequate supervision during activities, particularly for younger children, and enforce safety rules to minimize the risk of accidents. […] Sportsmanship and fair play: Foster a culture of sportsmanship, emphasizing respect for rules and opponents, to promote safe and respectful participation in sports.

• #6 Essential Tips for Preventing Growth Plate Injuries in Young AthletesAccessibility ToolsIncrease TextDecrease TextGrayscaleHigh ContrastNegative ContrastLight BackgroundLinks UnderlineReadable FontReset

  https://pediatricorthopedics.com/essential-tips-for-preventing-growth-plate-injuries-in-young-athletes/

  Essential Tips for Preventing Growth Plate Injuries in Young Athletes […] As youth sports continue to rise in popularity, children increasingly participate in competitive activities year-round. This heightened level of engagement presents a higher risk for growth plate injuries, which are critical areas in a child’s developing bones. Understanding the nature of growth plates and how to protect them is essential for ensuring your child’s long-term orthopedic health. […] Preventing Growth Plate Injuries […] A proper warm-up and stretching routine are essential for preventing injuries in young athletes. Stretching helps prepare the muscles and tendons for physical activity, reducing the risk of strains and overuse injuries. Encouraging a consistent warm-up routine can help maintain flexibility and resilience in young athletes, protecting their growth plates from damage. […] Balancing sports participation with adequate rest is crucial for injury prevention. Young athletes should have periods of rest throughout the year to avoid overuse injuries and allow their bodies to recover. Taking breaks from high-intensity sports activities helps prevent burnout and promotes overall well-being. Engaging in different types of physical activities during off-seasons can also help reduce the risk of growth plate injuries. […] Proper nutrition supports bone health and helps prevent growth plate injuries. Ensuring adequate intake of calcium and vitamin D is essential for strong bones. Supplements may be necessary if dietary sources are insufficient, especially in areas with limited sunlight. A balanced diet, along with these nutrients, supports bone development and reduces the risk of injuries. […] Training techniques should be age-appropriate and focus on minimizing excessive strain on young athletes’ bodies. Emphasizing proper techniques and avoiding overly aggressive training regimens can help prevent injuries. Encouraging gradual progression in training intensity and allowing for adequate recovery between sessions are key to maintaining long-term health and performance.

• #7 Pediatric Growth Plate Injuries | University Foot & Ankle Institute

  https://balancehealth.com/services/pediatric-growth-plate-injuries/university-foot-and-ankle-institute/

  While it’s impossible to prevent all injuries, taking the following precautions can help reduce the risk: […] Encourage proper warm-up and stretching before sports and physical activities. […] Ensure children wear appropriate protective gear such as well-fitted shoes and ankle braces. […] Promote strength and flexibility training to support musculoskeletal health. […] Monitor training loads and allow adequate rest between high-impact activities. […] Teach proper movement techniques to minimize stress on growing bones.

• #8 Sports Medicine Growth Plate Injuries

  https://www.nationwidechildrens.org/conditions/sports-medicine-growth-plate-injuries

  do correct warm up and stretching before practice or competition […] maintain suitable conditioning, strength, flexibility, endurance, and cardiovascular fitness […] use proper equipment […] use proper technique during activity […] exercise moderately, avoid rapid or extreme change in training or activity

• #9 What You Should Know About Growth Plate Injuries

  https://health.clevelandclinic.org/what-you-should-know-about-growth-plate-injuries

  You may not be able to prevent growth plate injuries, but you and your child can take precautions. Dr. Ballock recommends these three: […] Don’t play one sport year-round. Kids need at least three months off from their chosen sport to allow growth plate microdamage to heal, Dr. Ballock says. It’s also wise to change physical activities for a few months each year to work other muscle groups. […] Use protective equipment. Recommended gear will vary by sport, but it’s also important for recreational activities. For example, wrist guards may help prevent injuries in skateboarders. […] Avoid risky recreational activities. Jumping on a trampoline is a common risky activity, especially if more than one child is on the trampoline, and accounts for many bone fractures in children.

• #10 Fractures in Children | Symptoms, Diagnosis & Treatment

  https://www.cincinnatichildrens.org/health/f/fractures

  The good news is that although fractures often involve the growth plate, rarely is it a problem. […] The use of wrist guards for in-line skating, roller skating or skateboarding has been proven to reduce wrist fractures. […] It is much better to place your child in a cast / splint for protection than to assume it is „just a sprain.”

• #11 Growth Plate Injuries Require Prompt Treatment | University of Utah Health

  https://healthcare.utah.edu/healthfeed/2023/03/growth-plate-injuries-require-prompt-treatment

  Both types of primary growth plates and secondary growth centers are vulnerable to fractures or injuries caused by overuse. […] There are a few things parents can do to help reduce the risk of growth plate and growth center injuries. These include: Make sure your child does not overtrain for a sport. The rule of thumb is 1 hour of training per week for every year in age. For example, a 10-year-old should not train more than 10 hours a week. […] When identified and treated early and appropriately, most growth plate injuries will heal well and have no long-term complications, Provance says.

• #12 Reducing Risk of Growth Plate Fractures in Youth Climbers

  https://trainingforclimbing.com/growth-plate-fractures-in-youth-climbers/

  Coaches should emphasize minimal use of the crimp grip, which is highly stressful on the middle (PIP) joint of the long fingers. […] All youth climbers should have an off-season during which they do little or no climbing for one to four months. Playing a second sport is strongly recommended through age 16, in order to develop a high physical IQ and diverse motor skills that will last a lifetime.

• #13 Growth Plate Fractures: A Guide for Parents – Advanced Orthopaedics Associates, P.A.

  https://www.aoaortho.com/growth-plate-fractures-a-guide-for-parents/

  Preventing growth plate fractures involves implementing various proactive measures to reduce the risk of injury. Encouraging children to engage in safe sports practices, such as wearing protective gear and following proper techniques, is essential. Regular exercise and physical conditioning can also help strengthen the bones, decreasing the likelihood of fractures. […] Maintaining a healthy lifestyle that includes a balanced diet rich in calcium and vitamin D is crucial for promoting bone health and resilience. Additionally, creating a safe environment at home and in recreational areas can help minimize the risk of falls and accidents. […] By implementing preventive measures and creating a safe environment, parents can also reduce the risk of these fractures in their children.

• #14 Reducing Risk of Growth Plate Fractures in Youth Climbers

  https://trainingforclimbing.com/growth-plate-fractures-in-youth-climbers/

  Young climbers often bring more excitement to the table than their developing bodies can handle. Help them climb smart and healthy with these eight tips for reducing the risk of one of the most devastating injuries among youth climbers: growth plate fractures. […] An increase in hard bouldering, competition climbing, and year-round training have contributed to an alarming escalation in growth plate fractures throughout the youth climbing community. […] Proactive coaching is essential for enthusiastic youth climbers entering their growth spurt years. […] This marks the beginning of the 12 to 24 months during which youths are at the highest risk of epiphyseal fracture. […] An annual hand ultrasound can also serve as a powerful monitoring tool, even with asymptomatic youths. […] Track a climbers height and weight from age 9 to 16 to identify the period of highest growth velocity (when the injury is most common).

• #15 Growth Plate Injuries | Children’s Hospital Colorado

  https://www.childrenscolorado.org/conditions-and-advice/sports-articles/sports-injuries/growth-plate-injuries/

  To some extent, growth plate injuries are just a risk of being young and playing sports. They happen. But there are some things young athletes can do to minimize the risk. […] Especially during growth spurts, a good stretching routine can help tendons and muscles loosen up and adapt to the growing bone, and good form and strength training for repeated movements is essential. […] We have athletes work with an athletic trainer or a physical therapist to modify activities that aggravate or cause pain, and work on flexibility and strength to treat and prevent future injuries. […] But, she cautions, early treatment is key. Don’t play through the pain.

• #16 Growth Plate Injuries In Youth Climbers – The Climbing Doctor

  https://theclimbingdoctor.com/growth-plate-injuries-in-youth-climbers/?srsltid=AfmBOoq5tuoFgX9ksyg-Oxe9ItvxHbF9vTbqRj6BhDFuJsq0JHuCx5UD

  The popularity of rock climbing among young individuals has surged in recent years, leading to an increased incidence of finger stress epiphyseal fractures, which are the primary injury observed among youth climbers. […] They discussed how effective treatment of epiphyseal growth plate stress injuries may include nonsurgical or surgical intervention, depending on the time course and severity of the injury. And suggested that further awareness of growth plate injuries is important to help prevent these injuries in the future. […] The structured return-to-play protocol is specific to youth climbers and can be used by medical professionals and coaches to guide their athlete to gradually and safely return to sport. […] It outlines who is at risk for growth plate injuries, what causes them, signs and symptoms, treatment, and prevention.

• #17 A 3D printed mimetic composite for the treatment of growth plate injuries in a rabbit model | npj Regenerative Medicine

  https://www.nature.com/articles/s41536-022-00256-1

  Growth plate injuries affecting the pediatric population may cause unwanted bony repair tissue that leads to abnormal bone elongation. […] Current clinical treatment options include resection of the bony bar when it occupies 33% of the growth plate and implantation of an interpositional material to avoid reformation of bony tethering and to prevent subsequent growth deformities. […] If the desired outcome is a fully restored growth plate and new growth at the former site of bony tethering, a tissue engineering and regenerative approach is needed. […] The objective for this study was to develop a 3D printed growth plate mimetic composite for use following a bony bar resection to prevent bony bar reformation, support cartilage regeneration, and restore limb growth. […] This study demonstrates the feasibility of a 3D printed biomimetic composite to improve limb lengthening, a key functional outcome, supporting its further investigation as a treatment for growth plate injuries.

• #18 A 3D printed mimetic composite for the treatment of growth plate injuries in a rabbit model | npj Regenerative Medicine

  https://www.nature.com/articles/s41536-022-00256-1

  Injuries to the growth plate that result in bony bar formation can lead to significant limb length discrepancies and angular deformities, which can subsequently cause gait disturbances, low back pain, cosmetic deformity, and early-onset osteoarthritis. […] We characterized the mechanical properties of the rabbit growth plate to instruct the mechanical properties of the stiff 3D printed structure that was then infilled with the cartilage-mimetic hydrogel. […] This increased bone elongation may be a result of the 3D print alone acting as an interpositional material limiting bony tethering and providing improved mechanical support compared to the other treatments. […] A goal of interpositional materials is to prevent bony bar reformation, however, as reported in other tissue-engineered composite and gel studies, we observed some degree of bony infill in all treatments. […] Further design modifications are necessary to improve in vivo chondrogenesis and reduce mineralized infill, but the results from this study are promising for moving towards using a regenerative interpositional material to treat growth plate injuries.

• #19 New Research Could Help Treatment for Growth Plate Fractures

  https://news.northeastern.edu/2024/09/04/growth-plate-fracture-research/

  Ionescu and her team previously discovered the resting zones upper portion is rich in stem cells that help the growth plate expand a significant discovery that could help medical professionals develop better therapeutic interventions like stem cell transplantation, she says. […] This finding will allow us to explore, for the first time, whether these long-term stem cells can help repair the cartilage after such injuries, she adds. […] The project is estimated to take about five years. Right now, Ionescu and her team are conducting research using mice, which have a translatable skeletal biology to humans. The goal is to then move on to larger animals and eventually patients. […] This is a significant medical problem, so if we were to essentially transplant stem cells that could repair these lesions, we will be in a better place in terms of childrens care, she says.

• #20 Growth Plate Fractures – TeachMeSurgery

  https://teachmesurgery.com/orthopaedic/paediatrics/growth-plate-fractures/

  Growth plate fractures are an important presentation in children and teenagers, and need urgent identification and appropriate management. […] They are common fractures, accounting for around 35% of all skeletal injuries. The involvement of the physis (growth plate) means that any mismanagement can result in limb shortening or abnormal growth. […] The management of growth plate fractures can be guided by the Salter-Harris Classification, however patient- and injury-specific factors will also influence definitive management chosen. […] Type I and II fractures are usually minimally displaced and good outcomes can be achieved with conservative management. […] Type III and IV fractures are associated with greater displacement and instability. An anatomic reduction must be achieved as disruption of the intra-articular surface can lead to limited range of movement and function at that joint and early osteoarthritis.

• #21 Growth Plate Fractures – TeachMeSurgery

  https://teachmesurgery.com/orthopaedic/paediatrics/growth-plate-fractures/

  Type V fractures are the most difficult to manage. Most are diagnosed retrospectively when growth arrest or limb deformity has already occurred as a result of damage to the physis. Often referral to specialist centres is required. […] The majority of growth plate fractures have a good prognosis and few patients experience long term complications. However, in those cases where the fracture is missed or mis-managed, this can result in disruption or early closure of the growth plate, resulting in impaired function, growth arrest, or limb deformity. […] Ensure patients receive follow up 7-10 days after treatment for repeat imaging.

• #22 Effectiveness of Surgical versus Conservative Treatment for Distal Femoral Growth Plate Fractures: A Systematic Review

  https://openorthopaedicsjournal.com/VOLUME/13/PAGE/117/FULLTEXT/

  The objective of this review was to determine whether surgery, in comparison to conservative treatment, is a safe and effective intervention for the management of distal femoral growth plate fractures. […] A high rate of position loss and subsequent growth abnormalities was observed when conservative management was instituted. […] It appears that managing higher severity distal femoral physeal injuries conservatively would be less likely to achieve and maintain reduction and therefore associate higher risks of malunion with subsequent growth arrest, leg length discrepancy and angular deformity as compared with surgical intervention. […] The review did not, however, identify sufficient data for comparisons of follow-up frequency to be made. […] It appears that more severe fractures, determined by the amount of displacement and Salter Harris grade, are associated with a less favourable outcome. This review did not identify any comparative studies that deviate from standard practice and manage the more severe distal femoral physeal injuries conservatively.

• #23 Animal Surgical Center of Michigan – Veterinarian in Flint, MI

  https://www.animalsurgicalcenter.com/fractures-involving-growth-plates

  Fractures Involving Growth Plates […] The growth plates are much softer than other regions of the bones, therefore are more prone to injury […] Surgery is generally done as soon as possible after this type of injury occurs […] Growth plate injury client education handout […] After surgery, you can continue to give your pet a prescribed pain reliever to minimize discomfort. Its also extremely important to limit your pets activity and exercise level during this post-operative period. […] Rehabilitation therapy should be continued until your dog is bearing weight well on the operated limb (typically 2-4 weeks after surgery). […] By 8 weeks after surgery, most dogs and cats are fully weight-bearing on the operated limb, although exercise should be limited during the first three months after the procedure.

• #24 Growth Plate Fractures in Children and Teenagers | HSS

  https://www.hss.edu/condition-list_growth-plate-fracture.asp

  Most growth plate fractures heal with a cast or splint without complication in three to six weeks. Displaced fractures involving the growth plate usually require a doctor to set (manually realign) the bone, which is then casted or splinted. Most children respond well to these procedures. […] Since there is no way to regenerate the growth plate cartilage after a bony bar forms, additional treatments are required. The size of the bar relative to the entire growth plate determines the methods used to manage the complication. Smaller bars, which are less than half the size of the growth plate, may be resected (removed). The space is then filled with fat or cement. If the bar is greater than half of the growth plate, the remaining viable growth plate is ablated (surgically removed) by a simple procedure to prevent a limb deformity. If patients have a lot of growth remaining, limb lengthening surgery may be performed to lengthen the fractured limb. This way both legs are equal once patients reach their adult height.

• #25 What is a Growth Plate and Why Does it Need Special Care?: Performance Orthopaedics and Sports Medicine: Board Certified Orthopedic Surgeons

  https://www.performanceorthonj.com/blog/what-is-a-growth-plate-and-why-does-it-need-special-care

  Due to their softer material, growth plates are more prone to injuries than solid bone, which places kids and adolescents at a higher risk for fracture injuries in places like the ankle and elbow. […] To help your child avoid growth plate injuries and long-term complications from them, our team encourages your child to: Avoid playing a single sport year-round, Use protective equipment in the sport they play, Warm up before playing sports, Avoid particularly risky activities, like jumping on trampolines. […] Any time your child sustains an injury, early intervention and treatment are critical for minimizing the risk of lasting complications.

• #26

  https://www.cbsnews.com/baltimore/news/growth-plate-fractures-children-lifebridge-health/

  A parent bracing for the prognosis of their child’s broken bone might hear „growth plate fracture” and immediately think unfixable damage has been done. […] Growth plate fractures should be diagnosed and treated promptly. […] Growth plate fractures pose additional risks mainly the potential for a deformity that can develop months or perhaps years down the road and can be hard to identify on a standard X-ray, making an examination by a pediatric orthopedist or other expert in children’s skeletal injuries more critical. […] The risk of future problems resulting from growth plate fractures will depend on multiple factors, including the child’s age. […] Growth plate fractures tend to be less consequential if they occur near the end of growth. […] With proper treatment, most growth plate fractures heal without complications.

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