5. Review of A & P
Bone – type of connective tissue
Main components
Water, living cells, calcium and phosphorus
Cells that make up the bone
Osteoblasts and osteoclasts
Hardest tissue in the body
6. Fully developed comprises of:
• Water 20 %
• Organic material 30% to 40%
• Inorganic materials 40% to 50%
Inorganic – calcium and phosphates
Organic materials comprise of bone cells
7. Two types of bone tissue
Compact and cancellous.
Covered by periosteum
Periosteum gives attachment to muscles.
Types of Bones
8. Bone development
Process of bone formation
Ends at the age of 25 years
Osteoblasts and osteoclasts involved in bone
development
Osteoblasts present at centers of ossification
They are involved in bone building
9. Osteoclasts responsible for bone resorption
Maintain and shape the bone
The skeleton
٪into two:
• the axial skeleton and
• the appendicular skeleton
10. Axial skeleton – the central
Appendicular – the attachments
Axial skeleton made of:
Skull, vertebral column,
Ribs and the sternum
11. Appendicular skeleton consists of:
Shoulder girdle, upper limbs,
Pelvic girdle and lower limbs
Total bones at least 206
13. Functions of bones
1. Provide basic framework of the body
2. Provide points of attachments to muscles and tendons
3. Form a reservoir for calcium
4. Permit movement of the body
5. Contain red bone marrow
14. Joints
Def. Points of bone attachment
3 main types of joints:
Fibrous joints
Cartilaginous joints
Synovial (diarthrosisl) joints
23. Major Risk Factors
Personal history of fracture
Cigarate smoking
Low body weight
> than 3/12 oral corticosteroid use
Sex – > in female
Increased age
24. Inadequate intake of calcium & vitamin D
Lack of physical activity
Family history
Signs and symptoms
Loss of height
Bone and Back pain
25. Diagnosis
X-ray studies – Determine bone density
Ultrasonography
Management
Calcium rich diet e.g.
Milk cheese & Yogurt
26. Exercise to increase bone density
Avoid alcohol, caffeine and smoking
Hormonal replacement therapy
Maintain optimum body weight
27. Institute measures to avoid pathological fractures
Prevention of home accidents
Supplementation of vitamin D
Calcium and phosphorous intake
36. Management
Diet changes.
High doses of vitamin D
Given for several months, depending on the severity
Sunlight.
Encouragement to get outside & get sunshine
37. Surgery
Severe cases, children may need to wear braces
Surgery may also be an option
Treatment of underlying cause
Mineral supplements
38. Bone tumors
Bone tumors include:
Fibromas, chondrosarcoma,
Osteosarcoma
Multiple myeloma
39. Conditions associated with bone tumors:
Infections,
Pathological fractures
Anemia among others
Manifestations
Bone pain lasting >1/52
41. Management
Chemotherapy
Steroids
Goals of management
Ensuring satisfactory pain relief
Encouraging patient to accept body image
Decreasing the possibility of injury
42. Osteomyelitis
Def: Infection of the bone.
Ways of bone infection:
Extension of soft tissue infection
Direct bone contamination
Hematogenous spread from other sites
43. Pathophysiology
Initial response to infection is:
Inflammation ↑ vascularity, and edema
After 2 or 3 days, thrombosis occur
Ischemia follows with bone necrosis.
Infxn extends to:
Medullary cavity, under the periosteum
44. May spread into adjacent soft tissues & joints
Bone abscess forms with no Rx.
Abscess cavity contains dead bone tissue (the
sequestrum),
New bone growth (the involucrum) forms
Surrounds the sequestrum
46. Blood studies
Wound and blood culture studies
X-ray
Prevention
Current infection postphone elective orthopedic
surgery
47. • Avoid direct bone contamination during surgery
• Prophylactic antibiotics be4 & after surgery
• Urinary catheters and drains removed immediately
• Aseptic postoperative wound care
• Prompt management of soft tissue infections
48. Goals of management
1. Pain and fever control
2. Prevents transmission to other areas
3. Decrease complications of bone fractures
4. Maintain positive outlook to Rx. plan
49. Medical management
Antibiotic therapy depends on cuture
Affected area immobilized
Warm wet soaks for 20 minutes
Surgical management
Antibiotic-impregnated beads
Infected bone is surgically exposed
50. Surgical debridement – Adjunctive(antibiotic)
Sequestrectomy is performed.
Nursing management
• Close monitoring of the patient,
• Promotion of drainage,
• Use of fluids
51. Immobilization,
Good nutrition to the patient,
Use of antibiotics,
Use of assistive devices – crutches,
Minimizing infection and
Patient education
52. FRACTURES
Definition –A break in the continuity of a bone
Causes
Direct blows
Crushing forces
Sudden twisting motions
Extreme muscle contractions
69. Bone healing
Occurs in four areas
Bone marrow
Bone cortex
Periosteum
External soft tissue
70. Process of fracture healing
Hematoma and inflammation
Angiogenesis and cartilage formation
Cartilage calcification
Cartilage removal:
Bone/callus formation
Remodeling
71. Factors affecting bone healing
Infection Age
Poor alignment
Contuning movement of bone ends
Poor blood supply
Excessive bone tissue fragments
Fat embolism in medullary canal
72. Factors favorable for bone healing
Good application
Immobilization
Good blood supply
Absence of infection
73. Effects of fractures
Soft tissue edema
Hemorrhage into muscles and joints
Ruptured tendons
Severed nerve, Joint dislocation
Damaged blood vessels
Damaged body organs
74. Clinical features of fracture
Pain
Loss of normal function
Obvious deformity
Excessive motion at the site
Crepitus
75. Clinical features ct…
Soft tissue edema
Warmth over injured area
Ecchymosis
Impairment or loss of sensation/paralysis
Signs of shock
Evidence of fracture on X-ray film
76. Emergency management of a fracture
Assessing ABC
Assessing any bleeding sites and controlling bleeding
Treatment of any life threatening injury
Immobilization by use of splints
Applying cold compresses
Elevating the extremity
77. • Minimizing mobility
• Monitoring the patient closely
Principle management of fractures
a) Fracture reduction
b) Immobilization
c) Rehabilitation (restoration of function)
79. Closed Reduction
Manipulation and manual traction.
Extremity held in position splint applied
X-rays – verify the alignment
80. Open Reduction
Fragments reduced through surgery
Internal fixation devices used
Advantage – direct visualization
Disadvantage – Anesthesia & risk of infection
81. Immobilization
Prevent movement of injured parts
Accomplished through:
External devices
External devices e.g. splints
Internal devices e.g. plates
84. Techniques of internal fixation. (A) Plate and six screws for a
transverse or short oblique fracture. (B) Screws for a long
oblique or spiral fracture. (C) Screws for a long butterfly
fragment.
85. (D) Plate and six screws for a short butterfly fragment. (E)
Medullary nail for a segmental fracture.
86. Rehabilitation
Reduction and immobilization to promote healing
Swelling controlled through elevation
Monitor neurovascular status
Cx. restlessness, anxiety, and discomfort
Isometric and muscle-setting exercises
87. Specific care for a patient with an internal
fixation device
Patient Education
Promoting Mobility
Maintenance of immobilization
Prevention of neurovascular problems
88. Nursing management for Fracture
Patients with closed fractures
Encourage return to usual activities
Teaching how to cx swelling and pain
Exercises to maintain health of unaffected muscles
Teach use of assistive devices safely
89. Modification of their home environment
Patients with open fractures
Risk of osteomyelitis, tetanus, and gas gangrene.
Administration of tetanus prophylaxis
Serial irrigation and debridement
Intravenous antibiotics
Removed of devitalized bone fragments
90. Treatment of any damage to:
Blood vessels, soft tissue
Muscles, nerves, & tendons
Heavily contaminated wounds left unsutured
Wound irrigation and debridement repeated
Wound closed in 5 to 7 days
92. Traction
Def” Steady pull on a body part
Method of reduction and immobilization
Skin traction pull transmitted to skin
Skeletal traction, force applied to bone
Weights are used to maintain traction
Traction force must be maintained throughout
95. Other forms of traction
Manual Traction
Persons hands exerts a pulling force
Fixed Traction
Pull is exerted against a fixed point
Balanced Traction
Pull is exerted against an opposing force
96. Indications
To reduce a fracture
Maintain alignment
Overcome and minimize muscle spasm
Correct deformities
Immobilize fractures;
Increase space between opposing surfaces.
97. Principles of effective traction
1. Whenever traction is applied, counter-traction must be
used
2. Traction must be continuous to be effective
3. Skeletal traction is never interrupted
4. Weights are not removed unless intermittent traction is
prescribed
98. 5. Eliminate any factor that might reduce the effective
pull
6. Patient must be in good body alignment in the
center
7. Ropes must be unobstructed
8. Weights must hang free and not rest on the bed or
floor.
99. 9. Knots in the rope must not touch the foot of the bed.
Types of traction
oStraight or running traction
Applies the pulling force in a straight line
oBalanced suspension
Supports affected extremity off the bed
100. oSkin traction: Applied to the skin
oSkeletal traction
Applied directly to the bony skeleton
101. Casts
Def: Rigid external immobilizing device
Purposes of a cast
• Immobilize a reduced fracture
• To correct a deformity
• Apply uniform pressure to underlying soft tissue
• Support and stabilize weakened joints
102. Casting materials
Non-plaster:
Referred to as fiberglass casts
Water-activated polyurethane materials
Lighter in weight than plaster
Stronger, water resistant, and durable
104. Do not soften when wet
Plaster
Rolls of plaster bandage wet in cool water
Applied smoothly to the body
Crystallizing reaction occur hence rigid dressing
While damp, its dented
106. Requires 24 –72 hours to dry completely
Specific casts mngt. considerations
Arm casts
Nursing interventions
Elevating immobilized arm to cx. swelling
Sling used when patient ambulates.
107. Leg casts
Nursing interventions
Supporting leg on pillows to heart level
Elevate casted leg when seated
Recumbent position several times a day
Assessment of circulation
108. Assessment of nerve function
When hard and dry teach ambulation
Body or spica casts
Nursing interventions
Preparing and positioning the patient
Explaining the procedure
109. Reassuring the patient
Medications for pain relief and relaxation
Pillows positioned next to each other
pillow not placed under head & shoulders
Turning towards uninjured side 2 hourly
Avoid twisting the patient’s body
110. Pt. to assist in repositioning – trapeze or bed rail
Inspect skin around cast edges
Bath & massage under the cast edges
Perineal opening large enough for hygienic.
Teaching family members how to care
111. Managing a patient with splints and braces
Contoured splints of plaster used for conditions:
Don’t require rigid immobilization
Anticipation of swelling
Require special skin care.
Splint must be well padded to prevent pressure
Overwrapped with an elastic bandage
112. Assessment of the neurovascular status and skin integrity
For long-term braces are used to:
Provide support,
Control movement, and
Prevent additional injury
113. Braces may be constructed of:
Plastic materials, canvas,
Leather, or metal.
Orthotist adjusts the brace for fit
The nurse :
Teaches pt. how to apply
119. Delayed complications include:
• Delayed union and nonunion,
• Avascular necrosis of bone,
• Reaction to internal fixation devices,
• Complex regional pain syndrome
• Heterotrophic ossification.
120. Nursing intervention to prevent fracture
complications
Promoting self-care:
Proper use of ambulatory aids
Proper positioning of the affected extremity
Pain and discomfort relief measures
Mobility/promoting activity
Perform muscle toning exercises
121. ADL within limits of immobilization
Promoting comfort
Administration of antispasmodics
Reposition the patient frequently
Apply ice compression
122. Maintaining intact neurovascular status& tissue perfusion
Palpating for warmth
Observing for color
Assessing for positive Homan’s sign
Measures to promote venous blood flow
123. Preventing infection
Observe aseptic technique
Monitoring drains for correct placement
Performing pin site care
Balanced diet
124. Maintaining skin integrity
Care of bony prominences
Inspecting skin for signs of pressure
Turning the patient 2 hourly
125. Soft Tissue Injuries
Contusion,
Produced by blunt force
Blood vessels rupture & bleed to STI (ecchymosis)
Cold application necessary
Resolve in 1 to 2 weeks
126. Strain (muscle pull)
Incomplete muscle tears with some bleeding
Caused by:
Overuse, overstretching, or excessive stress.
Strains are microscopic
127. Sprain
Injury to ligaments surrounding joints
Caused by wrenching or twisting motion
Blood vessels rupture and edema occurs
Joint tender, & movement becomes painful
X-ray obtained to r/o bone injury
128. Avulsion
Bone fragment pulled away by ligament or tendon
May be associated with a sprain.
Treatment of STI
Acronym RICE
Rest, Ice, Compression, Elevation
132. Clinical features of arthritis
Early Signs
Fatigue
Weight loss
Pain at rest and with
movement
Morning stiffness
Late Signs
Pallor
Anemia
Joint deformities
Contractures
133. Rheumatoid factor
Nursing interventions
Comfort/ Proper positioning of limb
Independence
Reducing fatigue
Mobility and prevention of injury
134. Degenerative joint disease(osteoarthritis)
Def: A condition affecting one or more joints
characterized by degeneration of joint tissue
Classification
Primary – Idiopathic
Secondary – Resulting from previous joint injury
135. Risk factors
Increased age
Obesity
Previous joint damage
Repetitive use (occupational or recreational)
Anatomic deformity
137. Joint deformity
Functional impairment
Diagnosis
Based on evaluation and history
X-ray – narrowing of joint space
138. Medical management
Analgesics, opioids and intra-articular corticosteroids
Glucosamine and chondroitin,
Viscosupplementation – Intra-articular injection of
hyaluronic acid
139. Conservative treatment
Use of heat,
Weight reduction,
Joint rest
Avoidance of joint overuse,
Orthotic devices to support inflamed joints (splints,
braces),
Isometric and postural exercises, & aerobic exercise.
141. Post-operative management
Proper positioning of the patient
Vital signs observation
O2 for 1st 6 hours to improve perfusion.
Observing incision site for bleeding
Pain management control
Ambulation & Nutrition
142. Joint dislocation
Definition
A condition in which the articular surfaces of the bones
forming the joint are no longer in anatomic contact.
143. Sub-luxation
Partial dislocation of the articulating surfaces.
Traumatic dislocations are orthopedic emergencies
If not treated promptly, avascular necrosis
145. Signs & symptoms
Pain
Change in contour of the joint,
Change in the length of the extremity,
Loss of normal mobility, and
Change in the axis of the dislocated bones
Swelling
146. Nursing management
Immobilization of the affected joint
Prompt reduction of the dislocation
Neurovascular status is monitored
Providing comfort
Teaching patient how to mx. immobilizing devices
147. Amputation
Def: Removal of a body part, usually a limb or part of a limb
Amputation is necessary due to:
Progressive peripheral vascular disease
Severe burns
Severe congenital deformities
Malignant tumors
148. Fulminating gas gangrene,
Trauma
Chronic osteomyelitis
Amputation is used to
• Relieve symptoms,
• Improve function,
149. Save or improve the patient’s quality of life.
Levels of amputation
Performed at the most distal point
Below-knee amputations
Knee disarticulations
Above-knee amputations
150. Staged amputation
Post-operative care
Ensure good wound drainage
Administration of antibiotics
Monitored for:
Hemorrhages, vital signs & wound drainage
151. Physiotherapy.
Pain management
Care of skin at stump area
Muscle strengthening
Soft compression dressings - cx edema
Education on use of prostheses
152. GOUT
Def: Condition characterised by the deposition of
monosodium urate crystals in joints or soft tissue
Accumulation of uric acid
Crystallize causing joint inflammation & destruction
Uric acid concentrations btn 3.6 and 8.3 mg/dL
153. Symptoms
Joint pain starting with distal joints
Aggravated by:
Infections, cold weather &
Consumption of meals rich in purines