Font size
WorksheetsHBS 1.1 Test: Fracture Analysis and Treatment
Total questions: 20
Worksheet time: 13mins
A 15-year-old soccer player falls and presents with pain and swelling in the forearm. The X-ray shows a fracture with the bone broken into three distinct pieces. Which type of fracture is most likely present, and what evidence supports your conclusion?
Greenstick fracture; because the bone is bent and partially broken, common in children.
Comminuted fracture; because the bone is broken into multiple pieces.
Spiral fracture; because the break spirals around the bone.
Transverse fracture; because the break is straight across the bone.
A patient presents with a swollen, deformed leg after a fall. The X-ray reveals a diagonal break across the shaft of the femur. Using diagnostic reasoning, which type of fracture is this, and what mechanism of injury is most likely?
Transverse fracture; caused by a direct blow.
Oblique fracture; caused by an angled force.
Greenstick fracture; caused by bending.
Compression fracture; caused by axial loading.
Given an X-ray showing a bone with a break that spirals around the shaft, what reasoning would you use to determine the cause of this fracture, and what is the most likely diagnosis?
The fracture is likely due to a twisting injury; diagnosis is spiral fracture.
The fracture is likely due to a direct blow; diagnosis is transverse fracture.
The fracture is likely due to compression; diagnosis is compression fracture.
The fracture is likely due to repetitive stress; diagnosis is stress fracture.
A 9-year-old child presents with a partial break in the radius after falling off a bike. The X-ray shows the bone is bent with a crack on one side. What type of fracture is this, and what evidence supports your diagnosis?
Greenstick fracture; because the bone is bent and only partially broken.
Comminuted fracture; because the bone is in several pieces.
Oblique fracture; because the break is at an angle.
Transverse fracture; because the break is straight across.
A patient with a history of osteoporosis presents with sudden back pain after lifting a heavy object. The X-ray shows a vertebral body that appears crushed. Using diagnostic reasoning, what type of fracture is this and what is the most likely cause?
Spiral fracture; caused by twisting.
Compression fracture; caused by weakened bone structure.
Greenstick fracture; caused by bending.
Oblique fracture; caused by angled force.
A patient presents with a displaced mid-shaft humerus fracture. Considering the fracture type and location, which repair method would you recommend and why?
Cast immobilization; because it is sufficient for all humerus fractures.
Open reduction and internal fixation (ORIF); because the fracture is displaced and needs precise alignment.
Traction; because it is the fastest method.
External fixation; because it is always preferred for humerus fractures.
A 12-year-old presents with a non-displaced distal radius fracture. What is the most appropriate initial treatment plan, and what is your reasoning?
Immediate surgery; because all fractures require surgical intervention.
Cast immobilization; because the fracture is non-displaced and can heal with immobilization.
Traction; because it is the standard for all fractures.
No treatment; because it will heal on its own.
A patient with a comminuted tibial fracture is at risk for complications. Which repair method would you choose and what factors influence your decision?
Cast immobilization; because it is always sufficient.
Open reduction and internal fixation (ORIF); because it allows for stabilization of multiple bone fragments.
No intervention; because the bone will heal naturally.
Traction; because it is the fastest method.
After surgical repair of a femoral shaft fracture, what rehabilitation strategy would you recommend to promote optimal recovery, and why?
Immediate full weight-bearing; because it speeds up healing.
Gradual weight-bearing with physical therapy; to restore strength and mobility safely.
Complete bed rest for several months; to avoid complications.
No rehabilitation; because the bone will heal on its own.
A patient presents with a stress fracture in the metatarsal. What diagnostic reasoning would you use to confirm this diagnosis, and what is the best initial treatment plan?
Rely on clinical symptoms and X-ray; recommend rest and limited weight-bearing.
Ignore symptoms; recommend immediate surgery.
Use only X-ray; recommend full activity.
Use only clinical symptoms; recommend no treatment.
A 17-year-old basketball player presents with a swollen, painful ankle after landing awkwardly. The X-ray shows a fracture at the growth plate. What type of fracture is this, and what is the best treatment plan?
Greenstick fracture; treat with surgery.
Salter-Harris fracture; treat with immobilization and possible surgical intervention if displaced.
Comminuted fracture; treat with casting only.
Spiral fracture; treat with no intervention.
A patient with a transverse fracture of the ulna is treated with a cast. What factors should be considered in planning the rehabilitation strategy post-fracture?
Only the age of the patient.
Range of motion, muscle strength, and risk of stiffness.
Only the type of cast used.
Only the initial pain level.
A patient presents with a displaced fracture of the clavicle. What diagnostic reasoning would you use to determine the need for surgical intervention?
If the fracture is non-displaced, surgery is always required.
If the fracture is displaced with risk of skin penetration or neurovascular compromise, surgery is indicated.
If the patient is young, surgery is never needed.
If the fracture is old, surgery is always needed.
A patient with a femoral neck fracture is elderly and has multiple comorbidities. What factors should you consider in developing a treatment plan?
Only the type of fracture.
Patient’s age, comorbidities, mobility status, and risk of surgical complications.
Only the X-ray findings.
Only the patient’s pain level.
A 10-year-old presents with a mid-shaft femur fracture. What is the most appropriate repair method and why?
Cast immobilization; because it is always sufficient.
Flexible intramedullary nailing; because it provides stability and allows for early mobilization in children.
No intervention; because children heal quickly.
Traction only; because it is the fastest.
A patient with a history of repetitive running presents with foot pain. The X-ray is initially normal, but clinical suspicion for a stress fracture remains high. What is your next step and reasoning?
Ignore symptoms; recommend full activity.
Order an MRI or bone scan; because early stress fractures may not appear on X-ray.
Recommend immediate surgery.
Use only X-ray findings to make decisions.
A patient with a compound (open) tibial fracture is at risk for infection. What is the best initial management plan and why?
Immediate casting without cleaning the wound.
Surgical debridement, antibiotics, and stabilization to prevent infection and promote healing.
No intervention; allow natural healing.
Only antibiotics; no need for surgery.
A patient with a non-displaced fibular fracture is eager to return to sports. What rehabilitation strategy would you recommend and why?
Immediate return to full activity.
Gradual return to activity with physical therapy to ensure proper healing and prevent re-injury.
No rehabilitation; bone will heal on its own.
Complete bed rest for several months.
A patient presents with a suspected scaphoid fracture after a fall on an outstretched hand, but the initial X-ray is inconclusive. What is your diagnostic reasoning and next step?
Ignore the injury; no further action needed.
Immobilize the wrist and repeat imaging in 10-14 days, as scaphoid fractures may not be visible initially.
Immediate surgery.
Only rely on initial X-ray.
A 14-year-old presents with a displaced distal tibial fracture after a skateboarding accident. The X-ray confirms the diagnosis. Describe your diagnostic reasoning process, the repair method you would recommend, and outline a treatment and rehabilitation plan for this patient. Justify your choices based on the type and location of the fracture.
