olecranon fractures
DESCRIPTION
Olecranon Fractures. By: Christine Davis http://www.youtube.com/watch?v=hVc3NQhAw_I&NR=1. Common Mechanism . Falling on flexed elbow when triceps are contracted to help break the fall. Commonly an avulsion fracture Direct blow to elbow Elbow hyperextension. - PowerPoint PPT PresentationTRANSCRIPT
Olecranon FracturesOlecranon Fractures
By: Christine Davis By: Christine Davis
http://www.youtube.com/watch?http://www.youtube.com/watch?v=hVc3NQhAw_I&NR=1v=hVc3NQhAw_I&NR=1
Common Mechanism Common Mechanism
Falling on flexed elbow when triceps are Falling on flexed elbow when triceps are contracted to help break the fall. contracted to help break the fall. Commonly an avulsion fracture Commonly an avulsion fracture
Direct blow to elbowDirect blow to elbow Elbow hyperextension Elbow hyperextension
Classification of Classification of Olecranon Fractures Olecranon Fractures
Schatzker Classification Schatzker Classification Transverse transverse impacted Transverse transverse impacted ObliqueOblique
Comminuted Oblique distal Comminuted Oblique distal Fracture Dislocation Fracture Dislocation
Treatment GoalsTreatment Goals
Alignment Alignment Articular restoration Articular restoration
Stability Stability Relationship between humerus and ulna Relationship between humerus and ulna
Treatment Treatment
Closed Reduction and Splint or Cast Closed Reduction and Splint or Cast Used for non-displaced, stable fractures.Used for non-displaced, stable fractures. Elbow should be held in 90 degrees flexion Elbow should be held in 90 degrees flexion
for 4 weeks. for 4 weeks.
Treatment Cont. Treatment Cont.
Open Reduction and Internal Fixation (ORIF)Open Reduction and Internal Fixation (ORIF) Recommended if less than 45 degrees of flexion is Recommended if less than 45 degrees of flexion is
required to maintain reduction required to maintain reduction Method of choice for displaced and comminuted Method of choice for displaced and comminuted
fracturesfractures Fixation MethodsFixation Methods
Large intramedullary screw Large intramedullary screw Tension band Tension band K-wires K-wires Plate & screw Plate & screw Combination Combination
Day One to Week One Day One to Week One
StabilityStability: NONE: NONE ROMROM: :
Surgical: Gentle elbow flexion and AROM in wrist Surgical: Gentle elbow flexion and AROM in wrist Cast: No ROM to elbow or wrist Cast: No ROM to elbow or wrist
StrengthStrength: Isometric wrist strengthening in cast : Isometric wrist strengthening in cast after 3-4 days. after 3-4 days.
Functional ActivitiesFunctional Activities: Only one armed : Only one armed activities with uninjured arm. activities with uninjured arm.
Week 2Week 2
StabilityStability: None to minimal: None to minimal ROMROM: :
Surgical: Active elbow flexion and AROM in wrist Surgical: Active elbow flexion and AROM in wrist Cast: No ROM Cast: No ROM
StrengthStrength: No strength to elbow in extension. : No strength to elbow in extension. Isometric to elbow and wrist. Isometric to elbow and wrist.
Functional ActivitiesFunctional Activities: Only one armed : Only one armed activities with uninjured arm. activities with uninjured arm.
Four to Six Weeks Four to Six Weeks
StabilityStability: Usually stable with bridging : Usually stable with bridging calluscallus
ROMROM: Active ROM in flexion and : Active ROM in flexion and extension extension
StrengthStrength: Isometric exercises in flexion : Isometric exercises in flexion and extension and extension
Functional ActivitiesFunctional Activities: May use affected : May use affected arm for stability and light self care. arm for stability and light self care.
Six to Eight Weeks Six to Eight Weeks
Stability: Stable Stability: Stable ROM: Full AROM to AAROM in all planes ROM: Full AROM to AAROM in all planes
to elbow and wristto elbow and wrist Strength: Resistive exercise to elbow and Strength: Resistive exercise to elbow and
wristwrist Functional Activities: May use affected Functional Activities: May use affected
arm for everyday activities arm for everyday activities
Eight to Twelve Weeks Eight to Twelve Weeks
Stability: StableStability: Stable ROM: Full AROM and AAROM in all ROM: Full AROM and AAROM in all
planes to elbow and wrist. planes to elbow and wrist. Strength: Resistive exercise to elbow and Strength: Resistive exercise to elbow and
wristwrist Functional Activities: May use injured Functional Activities: May use injured
arm for everyday activities arm for everyday activities
Expected Time LostExpected Time Lost
Expected time of bone healing:Expected time of bone healing: 10-12 weeks 10-12 weeks
Expected duration of rehabExpected duration of rehab 10-12 weeks 10-12 weeks
Muscle Strengthening Muscle Strengthening
Elbow Muscles Elbow Muscles Triceps Triceps Biceps Biceps PronatorsPronators Supinators Supinators
Wrist FlexorsWrist Flexors Flex. Carpi Radialis Flex. Carpi Radialis Flex. Carpi Ulnaris Flex. Carpi Ulnaris Flex. Digitorum longus and sublimis Flex. Digitorum longus and sublimis
Muscle Strengthening Muscle Strengthening Cont. Cont.
Wrist Extensor Wrist Extensor Ext. Carpi Radialis longus and brevis Ext. Carpi Radialis longus and brevis Ext. Carpi Ulnaris Ext. Carpi Ulnaris Ext. Digitorum longus Ext. Digitorum longus
Rehabilitation Objectives Rehabilitation Objectives
RestoreRestore Elbow ROM Elbow ROM MaintainMaintain Shoulder and Wrist ROM Shoulder and Wrist ROM
Rehabilitation ObjectivesRehabilitation Objectives
Elbow and Forearm ROM Elbow and Forearm ROM
Motion Motion Normal Normal FunctionalFunctional Flexion Flexion 150*150* 90*90* Extension Extension -5*-0*-5*-0* lacking 20-lacking 20-
30*30*
Pronation Pronation 90*90* 50*50* Supination Supination 90*90* 50*50*
Considerations Considerations
Check circulation Check circulation Check dermatomes Check dermatomes Skin healing problems due Skin healing problems due
to hardware to hardware