Compound%20 fractures[2]
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A compound fracture is a broken bone that pierces the skin, exposing the bone. It occurs when the bone breaks the skin during an injury. Compound fractures are usually caused by high-energy impacts and require immediate treatment. The broken bone must be realigned through procedures like casting, splinting, or surgery. Afterwards, medication and rehabilitation aid in recovery.
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This document provides an overview of the mechanisms that cause diabetic foot ulcers. It discusses several factors that can lead to foot injury and ulcer formation in diabetics including tissue ischemia, neuropathy, trauma, infection, mechanical factors like repetitive force from walking, inflammation, and biomechanical aspects like structural alterations, limited joint mobility, plantar calluses, and footwear. It also covers vascular phenomena where peak plantar pressures can obliterate blood flow and delay healing. The main risk factors for foot ulcers are identified as peripheral neuropathy, minor trauma, deformity, edema, and peripheral ischemia. The document provides recommendations to prevent ulcers like careful foot examination, proper footwear, insoles, daily foot care, and avoiding contraindic
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Worksheet SPORTS INJURIES 3º ESO Secciones
Sports injuries can be acute like sprains and fractures or chronic like tendinitis and overuse injuries. Common bone injuries include fractures which cause breaks in the bone. Fractures are often diagnosed based on symptoms like swelling, bruising, deformity and pain. Treatments include splinting, casting, and sometimes surgery. Joint dislocations occur when the joint slips out of place, causing symptoms such as swelling, pain, and immobility. Treatment may include medication, surgery, or physical therapy. Muscle strains can cause tearing or damage and result in swelling, bruising, pain, and weakness. Initial treatments include RICE (rest, ice, compression, elevation) along with anti-inflammatory medications and physical
Sports Injuries
Sports injuries can be acute like sprains and fractures or chronic like tendinitis. Some injuries can be treated at home while others require a doctor. It is important to properly recognize and treat sports injuries so they heal correctly. Common injuries include muscle strains, ligament sprains, tendonitis, and fractures. Treatment depends on the type of injury but generally involves RICE - rest, ice, compression, and elevation. Rehabilitation may also be needed to prevent long-term issues.
Major sports injuries and classification of injuries
This document discusses the classification and management of sports injuries. It describes how sports injuries can be classified based on mechanism of injury, body part affected, and whether they are direct, indirect, or overuse injuries. It then focuses on the assessment and treatment of different types of common sports injuries like strains, sprains, contusions, and overuse injuries. The document emphasizes the importance of immediately treating soft tissue injuries using RICER (rest, ice, compression, elevation, referral) to reduce pain and swelling and prevent long-term damage.
Fractures
Fractures occur when a bone cannot withstand physical force exerted on it. There are three main types of fractures: stress fractures which are hairline breaks often invisible on x-rays; compound fractures where the bone protrudes through the skin; and greenstick fractures where the bone cracks but does not break all the way through. Stress fractures are caused by overuse while compound fractures often result from high-energy injuries. Treatment depends on the type of fracture but generally involves rest, braces, immobilization and sometimes surgery to repair the bone and prevent infection in compound fractures.
Fracture in children
It is not surprising if a bone breaks but what is surprising is the fact that bone does not break more often considering the amount of forces it is subjected to everyday by muscle action ,load transmission, etc. bone has devised its own mechanism to ward off the unnatural forces and keep itself intact. But only when the force is to large and occurs suddenly or the force is chronic and repetitive or when the natural resistance of bone is eroded by diseases process that a bone succumbs to the insult and break.
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Sports injuries can be acute like sprains and fractures or chronic like tendinitis and overuse injuries. Common bone injuries include fractures which cause breaks in the bone. Fractures are often diagnosed based on symptoms like swelling, bruising, deformity and pain. Treatments include splinting, casting, and sometimes surgery. Joint dislocations occur when the joint slips out of place, causing symptoms such as swelling, pain, and immobility. Treatment may include medication, surgery, or physical therapy. Muscle strains can cause tearing or damage and result in swelling, bruising, pain, and weakness. Initial treatments include RICE (rest, ice, compression, elevation) along with anti-inflammatory medications and physical
Sports Injuries
Sports injuries can be acute like sprains and fractures or chronic like tendinitis. Some injuries can be treated at home while others require a doctor. It is important to properly recognize and treat sports injuries so they heal correctly. Common injuries include muscle strains, ligament sprains, tendonitis, and fractures. Treatment depends on the type of injury but generally involves RICE - rest, ice, compression, and elevation. Rehabilitation may also be needed to prevent long-term issues.
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This document discusses the classification and management of sports injuries. It describes how sports injuries can be classified based on mechanism of injury, body part affected, and whether they are direct, indirect, or overuse injuries. It then focuses on the assessment and treatment of different types of common sports injuries like strains, sprains, contusions, and overuse injuries. The document emphasizes the importance of immediately treating soft tissue injuries using RICER (rest, ice, compression, elevation, referral) to reduce pain and swelling and prevent long-term damage.
Fractures
Fractures occur when a bone cannot withstand physical force exerted on it. There are three main types of fractures: stress fractures which are hairline breaks often invisible on x-rays; compound fractures where the bone protrudes through the skin; and greenstick fractures where the bone cracks but does not break all the way through. Stress fractures are caused by overuse while compound fractures often result from high-energy injuries. Treatment depends on the type of fracture but generally involves rest, braces, immobilization and sometimes surgery to repair the bone and prevent infection in compound fractures.
Fracture in children
It is not surprising if a bone breaks but what is surprising is the fact that bone does not break more often considering the amount of forces it is subjected to everyday by muscle action ,load transmission, etc. bone has devised its own mechanism to ward off the unnatural forces and keep itself intact. But only when the force is to large and occurs suddenly or the force is chronic and repetitive or when the natural resistance of bone is eroded by diseases process that a bone succumbs to the insult and break.
Fracture
A fracture is a disruption or discontinuity in bone. Fractures can be classified based on type, communication with the external environment, and anatomic location. Common types include avulsion fractures caused by pulling of tendons/ligaments, comminuted fractures with multiple fragments, displaced fractures with overriding fragments, and greenstick fractures with incomplete bending of one bone side. Clinical manifestations include pain, tenderness, decreased function, swelling, deformity, and loss of function. Fracture healing involves hematoma formation, granulation tissue growth, callus formation, ossification, consolidation, and remodeling. Diagnostic evaluation includes history, physical exam, x-rays, CT scans, and MRIs. Treatment involves closed or open
Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. Fractures are common, with the average person experiencing two in their lifetime. They can result from high impact trauma or trivial injury if a medical condition weakens the bones. There are three main types: simple fractures where the skin is intact; compound fractures where the skin is broken, risking infection; and transverse fractures which occur at a right angle to the bone, often from sharp blows or stress. Symptoms include pain, swelling, bruising, deformity, limited movement, and numbness near the injury.
Bone Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. Fractures are common, with the average person experiencing two in their lifetime. They can result from high impact trauma or trivial injury if a medical condition weakens the bones. There are three main types: simple fractures where the skin is intact; compound fractures where the skin is broken, risking infection; and transverse fractures which occur at right angles to the bone's axis, often from sharp blows or stress. Symptoms include pain, swelling, bruising, limited movement, and numbness near the injury.
Bone Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. Fractures are common, with the average person experiencing two in their lifetime. They can result from high impact trauma or trivial injury if a medical condition weakens the bones. There are three main types: simple fractures where the skin is intact; compound fractures where the skin is broken, risking infection; and transverse fractures which occur at a right angle to the bone's axis, often from sharp blows or stress. Symptoms include pain, swelling, bruising, impaired movement or weight-bearing, numbness, and paleness near the injury.
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Sports injury management
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Fractures, dislocations, sprains, and strains are common bone and joint injuries that are discussed in the document. Fractures result from motor vehicle accidents, falls, sports or recreational activities and cause pain, deformities, swelling and discoloration. First aid for fractures includes immobilizing the injured area, controlling bleeding, and seeking immediate medical care. Dislocations involve bones being forced from their normal position in joints, appearing deformed or swollen. Sprains overstretch ligaments while strains injure muscles. RICE (rest, ice, compression, and elevation) is the standard first aid treatment for sprains.
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Presentation 4 fractures
Fractures are breaks in bone or cartilage that are usually caused by trauma. There are three main types of fractures: stress fractures, spiral fractures, and comminuted fractures. Stress fractures are small cracks in bones caused by overuse. Spiral fractures resemble a corkscrew and result from twisting injuries. Comminuted fractures involve at least three bone fragments and result from severe trauma. Symptoms include pain, swelling, and inability to bear weight. Treatment depends on the type of fracture but may include rest, casts, surgery to insert plates or screws, and antibiotics if the skin is broken.
First Aid Management of Fracture
This document provides information on first aid management for fractures, including defining a fracture as a break in bone continuity, common causes like falls and accidents, signs of severe pain, swelling and deformity, and first aid treatments of immobilizing the limb, controlling bleeding, and applying ice to relieve pain while waiting for medical attention.
Injuries
This document discusses different types of injuries from a forensic science perspective. It defines medical and legal definitions of injuries. It then discusses classifications of injuries according to causative factors like abrasions, bruises, and lacerations. It describes features of abrasions and bruises, and how their appearance changes over time. It covers distinguishing ante-mortem and post-mortem abrasions. The medicolegal importance of patterned injuries in connecting victims to weapons or objects is also summarized.
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Fracture
This document provides information on a 54-year-old female patient, Mrs. T, who was admitted with a left femur fracture after a fall at home. She has a history of hypertension. The learning objectives cover defining a fracture, identifying causes and symptoms, and understanding treatment and nursing care. The document details her vital signs, medications, x-ray results showing a distal third left femur fracture, and potential nursing diagnoses including pain management and fall prevention.
Pathophysiology of fracture healing
The document discusses the process of fracture healing. It begins with an inflammatory phase where hematoma forms and inflammatory cells degrade necrotic tissue. This is followed by a reactive phase where new capillaries form granulation tissue (procallus) and osteogenic cells lay down a soft callus of collagen and fibrocartilage. Finally, there is a remodeling phase where the callus is calcified to form hard callus, then remodeled over years into the original bone shape through the action of osteoblasts and osteoclasts. Growth factors and cytokines that regulate each phase of healing are also outlined.
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Fracture
A fracture is a disruption or discontinuity in bone. Fractures can be classified based on type, communication with the external environment, and anatomic location. Common types include avulsion fractures caused by pulling of tendons/ligaments, comminuted fractures with multiple fragments, displaced fractures with overriding fragments, and greenstick fractures with incomplete bending of one bone side. Clinical manifestations include pain, tenderness, decreased function, swelling, deformity, and loss of function. Fracture healing involves hematoma formation, granulation tissue growth, callus formation, ossification, consolidation, and remodeling. Diagnostic evaluation includes history, physical exam, x-rays, CT scans, and MRIs. Treatment involves closed or open
Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. Fractures are common, with the average person experiencing two in their lifetime. They can result from high impact trauma or trivial injury if a medical condition weakens the bones. There are three main types: simple fractures where the skin is intact; compound fractures where the skin is broken, risking infection; and transverse fractures which occur at a right angle to the bone, often from sharp blows or stress. Symptoms include pain, swelling, bruising, deformity, limited movement, and numbness near the injury.
Bone Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. Fractures are common, with the average person experiencing two in their lifetime. They can result from high impact trauma or trivial injury if a medical condition weakens the bones. There are three main types: simple fractures where the skin is intact; compound fractures where the skin is broken, risking infection; and transverse fractures which occur at right angles to the bone's axis, often from sharp blows or stress. Symptoms include pain, swelling, bruising, limited movement, and numbness near the injury.
Bone Fractures
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Mechanical injury 2
Mechanical injuries are caused by physical violence or trauma to the body. They can be blunt force injuries, which cause abrasions, bruises, and lacerations, or sharp force injuries, which cause incised wounds, stab wounds, and chop wounds. Abrasions are superficial injuries involving only the outer layers of skin. Bruises are hemorrhages under the skin caused by blunt force trauma without skin breach. Both abrasions and bruises have forensic significance in determining the cause, manner, weapon, and timing of injuries. Their appearance can provide clues to investigations.
Sports injury management
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Presentation 4 fractures
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This document discusses different types of injuries from a forensic science perspective. It defines medical and legal definitions of injuries. It then discusses classifications of injuries according to causative factors like abrasions, bruises, and lacerations. It describes features of abrasions and bruises, and how their appearance changes over time. It covers distinguishing ante-mortem and post-mortem abrasions. The medicolegal importance of patterned injuries in connecting victims to weapons or objects is also summarized.
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This document discusses different types of bone fractures including simple, greenstick, and comminuted fractures. It describes the characteristics of each type of fracture and the initial care and potential interventions for fractures of the extremities, which include immobilization, neurovascular assessment, reduction, fixation, traction, and casting. Assessment of fractures involves checking for pain, tenderness, loss of strength, deformity, and swelling at the site of injury.
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This document discusses different types of bone fractures including simple, greenstick, and comminuted fractures. It describes the characteristics of each type of fracture and the initial care and potential interventions for fractures of the extremities, which include immobilization, neurovascular assessment, reduction, fixation, traction, and casting. Assessment of fractures involves checking for pain, tenderness, loss of strength, deformity, and swelling at the site of injury.
Sports Injury
This document discusses sports injuries, their causes, symptoms, and treatments. It covers acute injuries which occur suddenly from collisions, blows, or falls and chronic injuries from overuse over time from too much stress without recovery. Injuries can be to hard tissues like bones or soft tissues like muscles and ligaments. Treatment depends on the type and severity of injury, ranging from RICE treatment to immobilization and seeking medical help for serious fractures or head injuries. Prevention strategies include proper training, equipment, nutrition, rest, and addressing biomechanical issues.
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The document discusses caregivers in end-of-life care. It notes that caregivers are often family members, most often female, who provide physical, emotional, and financial care to ill relatives. Caregivers experience burden from the strain of caregiving responsibilities, which can lead to burnout. Risk factors for burnout include social isolation, lack of caregiving skills or knowledge, poor health of the caregiver, and symptoms of the patient. Nursing interventions aim to reduce caregiver strain through education, support groups, counseling, respite care, and encouraging self-care.
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This document provides information on the assessment and treatment of compound fractures where the bone is exposed to the external environment. It defines compound fractures and discusses their pathophysiology, risk factors, initial assessment including examination of the wound and injured limb, antibiotic treatment, classification systems, treatment options including debridement, stabilization, and wound management. Treatment is aimed at achieving a stable skeletal fixation and environment conducive to fracture and soft tissue healing.
Fracture
This document provides information on a 54-year-old female patient, Mrs. T, who was admitted with a left femur fracture after a fall at home. She has a history of hypertension. The learning objectives cover defining a fracture, identifying causes and symptoms, and understanding treatment and nursing care. The document details her vital signs, medications, x-ray results showing a distal third left femur fracture, and potential nursing diagnoses including pain management and fall prevention.
Pathophysiology of fracture healing
The document discusses the process of fracture healing. It begins with an inflammatory phase where hematoma forms and inflammatory cells degrade necrotic tissue. This is followed by a reactive phase where new capillaries form granulation tissue (procallus) and osteogenic cells lay down a soft callus of collagen and fibrocartilage. Finally, there is a remodeling phase where the callus is calcified to form hard callus, then remodeled over years into the original bone shape through the action of osteoblasts and osteoclasts. Growth factors and cytokines that regulate each phase of healing are also outlined.
Imaging in fractures
1) Imaging plays an important role in the diagnosis of fractures by identifying the location and type of fracture. X-rays are usually the initial study but CT or MRI may be needed in some cases.
2) The document discusses many types of fractures including complete, incomplete, open, comminuted, spiral, oblique, transverse, impacted, greenstick, compression and stress fractures.
3) Imaging is also described for evaluating fractures in various bones including the skull, humerus, shoulder, wrist, hip and femur. Salter-Harris fractures in children and their classification are also covered.
Types and classification of fractures
This document discusses different types and classifications of fractures. It begins by describing the key components of anatomic fracture description: type, comminution, location, and displacement. It then defines and provides examples of different fracture types, levels of comminution, anatomical locations, and degrees of displacement. The document also discusses several common fracture classification systems including AO classification and Salter-Harris classification of pediatric fractures. It concludes by defining types of fractures such as oblique, comminuted, spiral, compound, and greenstick fractures.
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Fractures
An oblique fracture is when the bone breaks at an angle as a result of a sharp blow. A greenstick fracture is an incomplete break where one side of the bone is broken and the other is bent, commonly found in children. A compound fracture is an open fracture where the bone breaks through the skin, exposing the fracture site to risk of infection.
Fractures
An oblique fracture is when the bone breaks at an angle as a result of a sharp blow. A greenstick fracture is an incomplete break where one side of the bone is broken and the other is bent, commonly found in children. A compound fracture is an open fracture where the bone breaks through the skin, exposing the fracture site to risk of infection.
Sports med powerpoint 2011
The document discusses various types of sports injuries including their causes and classifications. It describes soft tissue injuries like tears, strains and contusions that can be acute or chronic. Hard tissue injuries involve damage to bones and teeth from direct or indirect forces and can include fractures or dislocations. The document also provides tips to help prevent around 30-50% of sports injuries such as proper warm up, cool down, stretching, skill development, fitness and using appropriate equipment and playing surfaces.
Tkfrac
A fracture is a broken bone that can be caused by impact, stress, or weakened bones from conditions like osteoporosis. There are several types of fractures including greenstick, stress, and oblique fractures. Treatments for fractures include fixation to stabilize the bone, reduction to realign bone fragments either closed or through surgery, and traction applied through the skin or pins to restore alignment.
Fracture
1) A fracture is a break in the continuity of bone caused by stress greater than the bone can withstand. This can damage surrounding soft tissues and organs.
2) Fractures are caused by direct blows, crushing forces, twisting motions, or muscle contractions. Types include simple, compound, impacted, and stress fractures.
3) Treatment involves reducing the fracture by aligning bone fragments, immobilizing the area, and rehabilitation to regain function and strength. Complications can include infection, delayed healing, or nonunion if not properly treated.
Bone fractures m. mercado
A bone fracture is a break or crack in the bone that is common, with most people experiencing at least one in their lifetime. Fractures are usually caused by trauma from falls, accidents, violence or disease. Symptoms include swelling, bruising, pain when touched or moved, and deformity of the limb. Fractures are diagnosed through physical examination, x-rays, and other imaging tests like CT scans or MRI. Treatment depends on factors like age, health history, fracture type and location, ranging from immobilization for minor fractures to surgery for severe, open or infected fractures involving internal devices like plates or grafts.
6. biomechanics of Fracture fixation 1.ppt
Fractures are breaks or disruptions in the continuity of bone. They are classified based on type, communication with the external environment, anatomic location, appearance of fragments, and stability. Treatment goals are to realign bone fragments through reduction, immobilize through casting, traction, or fixation to maintain alignment, and restore function. Complications can include infection, compartment syndrome, venous thrombosis, and fat embolism syndrome. Early diagnosis and treatment of complications is important for proper healing and recovery from fractures.
common Sports injuries
The document discusses sports injuries, providing definitions and examples of common types of injuries. It explains that sports injuries can be soft tissue injuries, like strains, sprains, bruises and blisters, which damage muscles, ligaments or tendons, or hard tissue injuries like fractures and dislocations, which damage bones or joints. The document emphasizes the importance of studying sports injuries in physical education, as they are common in sports and knowing how to diagnose, treat and prevent injuries is crucial for coaches and trainers. Proper warm-ups, rest, ice, compression and elevation are recommended treatments for many minor soft tissue injuries.
Fractures
A fracture is a break in a bone. There are several types of fractures named after the pattern of damage to the bone. A compound or open fracture is when the broken bone pierces the skin. It typically requires surgery and takes longer to heal due to damage to both the bone and surrounding soft tissues. A greenstick fracture occurs when one side of the bone breaks while the other side bends. It is more common in children and can be difficult to diagnose on X-rays. A comminuted fracture involves splintering of the bone, usually from high force, and is easy to identify on X-rays.
Ligament Injuries - Types, Symptoms and Treatment
Ligaments connect bones and support joints. Ligament injuries occur when a joint is stressed beyond its normal range of motion, causing the ligament to tear. Common symptoms include sudden pain, swelling, instability, bruising and inability to move the joint. Treatment depends on the severity but may include physical therapy, NSAIDs, bracing and sometimes surgery for severe injuries. Rest is important to allow healing.
Bonefracture 091120114305-phpapp02
Bone fracture healing is a complex process that involves several stages: (1) formation of a hematoma and death of bone cells at the fracture site, (2) formation of a fibrocartilage callus that splints the broken bone, and (3) replacement of the callus with spongy bone (bony callus) followed by (4) remodeling of the callus into strong, permanent bone. Factors like youth, adequate immobilization and blood supply can enhance healing, while age, infection, and excessive motion at the fracture site inhibit it. Treatment depends on the fracture type and may include closed reduction, traction, casting, or surgery.
Bio fracture
There are several types of bone fractures described in the document. A compound fracture breaks the skin, exposing the broken bone. A simple fracture breaks the bone but does not break the skin. An impacted fracture drives bone fragments into each other, making it challenging to set the fracture. Bone fractures can result from falls or collisions and vary in severity depending on whether the broken bone penetrates the skin.
5868929 medical surgical nursing. .ppt
A fracture is any break in a bone. There are two main types - closed fractures where the bone breaks but does not penetrate the skin, and open or compound fractures where the broken bone punctures the skin. Fractures are further classified by their appearance on x-rays. Signs of a fracture include pain at the site of injury, swelling, discoloration, and deformity. Treatment involves immobilizing the fracture with splints or casts to prevent further injury and allow healing.
Bone fractures
Transverse fractures occur when a bone is broken straight across at a right angle to its long axis, often from a direct blow. Oblique fractures occur at an angle to the bone, usually from a twisting motion or angled impact, and are more common in the elderly with osteoporosis. Compound or open fractures break the skin, requiring immediate treatment to prevent infection from entering the bone. Pathologic fractures are caused by weakened bone from conditions like tumors or infection and can occur during normal activities.
Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. There are different types of fractures including simple/closed fractures where the skin is intact, compound/open fractures where the skin is broken, and transverse fractures which occur at right angles to the bone. Symptoms include pain, swelling, bruising, inability to move or bear weight on the injured area. Fractures are typically diagnosed through physical exam and imaging tests like x-rays. Treatment involves immobilizing the area with splints, casts, traction, or surgery depending on the fracture type to promote healing.
Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. Fractures are common, with the average person experiencing two in their lifetime. They can result from high impact trauma or trivial injury if a medical condition weakens the bones. There are three main types: simple fractures where the skin is intact; compound fractures where the skin is broken, risking infection; and transverse fractures which occur at right angles to the bone's axis, often from sharp blows or stress. Symptoms include pain, swelling, bruising, impaired movement and sensation in the injured area.
Fractures
A fracture is a break in a bone caused by physical force exceeding the bone's strength. Fractures are common, with the average person experiencing two in their lifetime. They can result from high impact trauma or trivial injury if a medical condition weakens the bones. There are three main types: simple fractures where the skin is intact; compound fractures where the skin is broken, risking infection; and transverse fractures which occur at right angles to the bone's axis, often from sharp blows or stress. Symptoms include pain, swelling, bruising, impaired movement and sensation in the injured area.
4 Fractures 2010
This document describes fractures, including their classification, healing process, treatment methods, and potential complications. Fractures are breaks in bone continuity that can be open or closed. Treatment involves reduction, immobilization with casts or devices, and monitoring for complications like infection, compartment syndrome, blood clots, and fat embolism syndrome. Fracture healing is a multi-stage process of hematoma formation, new tissue growth, callus formation, bone consolidation and remodeling over several weeks or months.
Athletic injuries
Athletic injuries can be classified in several ways:
1. By cause as direct (from external contact), indirect (from overuse or poor technique), or overuse injuries.
2. By tissue type as soft tissue injuries (involving muscles, tendons, ligaments) or hard tissue injuries (involving bones).
3. By duration as acute injuries from sudden trauma or chronic injuries from repetitive micro-trauma over time.
The most common athletic injuries are minor soft tissue injuries like sprains, strains, and contusions, while more serious injuries include fractures and dislocations.
Power Point SPORTS INJURIES 3º ESO Secciones
This document discusses common sports injuries affecting the muscular, skeletal, and locomotor systems. It describes injuries such as fractures, dislocations, shin splints, muscle strains, tendonitis, and tendon separations. For each type of injury, it outlines symptoms and recommended treatments, which generally involve rest, ice, compression, elevation, and physical therapy or surgery if needed. The goal is to properly treat and rehabilitate injuries so athletes can heal and return to play.
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Compound%20 fractures[2]
- 1. Compound Fractures BY: CRYSTAL PACHECO
- 2. Compound Fractures A fracture in which a bone is sticking through the skin. Also known as an open 'fracture. An injury that occurs when there is a break in the skin around a broken bone. In order for an injury to be classified as a compound fracture, the outside air (and dirt and bacteria) must be able to get to the fracture site without a barrier of skin or soft-tissue. when a broken bone penetrates the skin there is a need for immediate treatment
- 3. Causes Open fractures are typically caused by high-energy injuries such as car crashes, falls, or sports injuries. Fractures occur when a bone can't withstand the physical force exerted on it
- 4. SYMPTOMS The list of signs and symptoms mentioned in various sources for Compound fracture includes the 7 symptoms listed below: Pain Deformed appearance of affected limb Bone protruding through skin Swelling Bruising Tenderness Impaired movement of affected limb
- 5. Treatment To heal properly, the bone must be realigned. The most common realignment procedures are: using a cast or splint Setting of bone through surgery. After the bone is realigned, medication and rehabilitation will help the recovery process. Medication is used to lessen the pain.