Idaho Physical Therapist Continuing Education

Idaho Accepts OnlineCE.com Courses

 

Idaho Continuing Education Requirements:

PT: 16 hrs annually - Idaho Accepts 16 hours of Online Continuing Education Courses

 

Please scroll down to view courses accepted and their approval code/langauge.  When logged in, as long as your licenses are entered on your account, each course is clearly identified as being approved or not approved.

 

Continuing Education Requirements for Certified Hand Therapists:  

The Hand Therapy Certification Commission (HTCC) is the governing body that is responsible for credentialing certified hand therapists (CHT). In order to maintain the CHT credential, a CHT must accumulate a minimum of 80 contact hours of professional development activities during their five-year accrual period. Professional development hours may be earned in seven different categories. OnlineCE.com offers courses in 3 Categories: A, B and C.

Category A - Formal Courses in Upper Extremity Therapy, 3 hours or more in length. All 80 hours can be earned in this category. HTCC Accepts OnlineCE courses.

Category B - Informal Courses in Upper Extremity Therapy, less than 3 hours in length. Maximum accepted: 30 hours per 5-year accrual cycle. HTCC Accepts OnlineCE courses.

Category C - Formal Courses with General Clinical OT or PT content. Maximum accepted: 20 hours per 5-year accrual cycle. HTCC Accepts OnlineCE courses.

 

State of Idaho Continuing Education Requirements

Idaho Continuing Education requirements posted on this page are based upon the most up to date information available. Idaho continuing education requirements are subject to change and therefore, Idaho PT/PTA licensee's are ultimately responsible for being up to date with the Idaho continuing education requirements.

 

Continuing education courses offered on OnlineCE.com provide Online CEU for Idaho Physical Therapists (PT) and Idaho Physical Therapy Assistants (PTA). The online courses enhance the knowledge bases of PT/PTA to enhance clinical therapy practice. Free 1 hour online home study CE credit course for new Idaho Physical Therapy and Physical Therapy Assistant registered users at www.OnlineCE.com

 
Found 673 courses
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Shoulder Rehab 121 : Biceps Tendinopathy: Biceps Tendinitis
1.0

Riddhi Patel, PT

$18.00 USD

AudioVisual Course

More Course Information ▶
  • Define biceps tendinopathy and list 3 presenting characteristics of the condition
  • Examine and differentiate normal anatomy vs. pathology of the biceps
  • Describe 3 symptoms of biceps tendinitis
  • Discuss differential diagnosis for biceps tendinitis
  • Outline and describe 2 examination techniques for diagnosing biceps tendinitis
  • Examine and describe 3 therapeutic interventions in the treatment of biceps tendinitis

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 101 : Soft Tissue Injury: The Neglected Cause of Musculoskeletal Disorders
2.0

Linda Simon, DC

$36.00 USD

Text

More Course Information ▶
  • Explain the anatomy and functionality of healthy soft tissue components
  • Explain the effects of injury on soft tissue
  • Define effects of injured soft tissue on functionality of the spine and extremities
  • Discuss patterns of musculoskeletal relationships of recruiting other structures after injury and their effects on functionality
  • Describe various methods of treatment for dysfunctional soft tissue
  • Explain relationship of injured tissue to its surrounding structures, its effects and treatment
  • Explain compensation and recruitment of healthy tissue to the broader scope of complications and the effective treatment of primary and now secondary effects of injury
  • Describe rehabilitation exercises in relation to proprioception

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 102 : Myofascial Pain Syndrome (MPS): Current Advances in Treatment
1.0

Eloisa Aniceta, PT

$18.00 USD

Text

More Course Information ▶
  • Differentiate localized MPS and fibromyalgia
  • Become familiar with the diagnosis and treatment of MPS
  • Describe theory and benefits of Myofascial Release (MFR) as a treatment for soft tissue conditions including MPS
  • Summarize 3 key points of traditional and modern Myofascial techniques

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 103 : Comprehensive Introduction to Soft tissue Injury and Treatment
4.0

Linda Simon, DC

$72.00 USD

Text

More Course Information ▶
  • Explain the types of soft tissue
  • Demonstrate and discuss diagnostic evaluation of soft tissue injury
  • Explain pain patterns of neurological injury for differential diagnosis
  • Discuss types of soft tissue injuries
  • Evaluate soft tissue changes associated with pain
  • Discuss the mechanisms of healing soft tissue injuries
  • Describe diagnostic tools in determining soft tissue injuries
  • Explain the use of ice and heat in soft tissue injuries
  • Demonstrate and discuss stretching; passive, active and postfacilitation
  • Demonstrate and discuss somatic technique
  • Demonstrate and discuss strain/counterstrain
  • Demonstrate and discuss friction massage
  • Demonstrate and discuss Postisometric relaxation
  • Demonstrate and discuss electrical muscle stimulation and ultrasound
  • Demonstrate and discuss triggerpoint ultrasound in treatment
  • Discuss massage therapy
  • Demonstrate and discuss myofascial release
  • Demonstrate and discuss active release
  • Demonstrate and discuss Neuromuscular Therapy (NMT)
  • Discuss cold laser therapy
  • Demonstrate and discuss exercise rehabilitation and muscle strengthening
  • Discuss mobilization and manipulation

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 104 : The Shoulder: Biomechanics, Pathology and Soft Tissue Treatment
4.0

Linda Simon, DC

$72.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Explain the structural anatomy of the shoulder and its soft tissue
  • Explain the functional anatomy of the shoulder and its soft tissue.
  • Demonstrate the active and passive examination of the shoulder and soft tissue.
  • Describe pathological conditions of the bony structures, joints, ligaments, tendons, bursa and muscles of the shoulder
  • Describe sports injures to the shoulder.
  • Describe injuries to the nerves, blood vessels and fascia of the shoulder.
  • Demonstrate soft tissue treatments for pathological conditions of the bony structures, joints, ligaments, tendons, bursa and muscles of the shoulder.
  • Demonstrate soft tissue treatments for the nerves, blood vessels and fascia of the shoulder.
  • Define functional relationships of the shoulder with associated regions

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 105 : Elbow, Wrist and Hand: Biomechanics, Pathology and Soft Tissue Treatment
4.0

Linda Simon, DC

$72.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Explain the structural anatomy of the elbow, wrist, and hand and associated soft tissue
  • Explain the functional anatomy of the elbow, wrist, and hand and associated soft tissue
  • Demonstrate the passive examination of the elbow, wrist, and hand and associated soft tissue
  • Demonstrate the active examination of the elbow, wrist, and hand and associated soft tissue
  • Describe pathological conditions of the bony structures, joints, ligaments, tendons, muscles, fascia, bursa and nerves of the elbow, wrist, and hand
  • Demonstrate soft tissue treatments for pathological conditions of the bony structures of the elbow, wrist and hand
  • Demonstrate soft tissue treatments for the joints, ligaments, tendons, muscles, fascia, bursa and nerves of the elbow, wrist and hand
  • Define functional relationships between the elbow, wrist and hand and with other regions

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 106 : The Cervical Spine: Biomechanics, Pathology and Soft Tissue Treatment
6.0

Linda Simon, DC

$108.00 USD

Text

More Course Information ▶
  • Explain the structural anatomy of the bones and joints of the cervical spine, ligaments and muscles of the cervical spine and the nerves, blood vessels and fascia of the cervical spine
  • Explain the functional anatomy of the bones and joints of the cervical spine, the ligaments and muscles of the cervical spine and the nerves, blood vessels and fascia of the cervical spine
  • Demonstrate the passive examination of the bones and joints of the cervical spine, the ligaments and muscles of the cervical spine and the nerves, blood vessels and fascia of the cervical spine
  • Demonstrate the active examination of the bones and joints of the cervical spine, the ligaments and muscles of the cervical spine and the nerves, blood vessels and fascia of the cervical spine
  • Discuss imaging of the cervical spine
  • Discuss advanced testing of the soft tissue of the cervical spine
  • Describe pathological conditions of the bony structures, joints, ligaments, tendons, muscles, nerves, blood vessels and fascia of the cervical spine
  • Explain the mechanism of acceleration/deceleration impact
  • Explain the effects on the cervical spine from acceleration/deceleration injury, and specifically the effects on the soft tissues structures
  • Explain the grading system for acceleration/deceleration injury
  • Demonstrate soft tissue treatments for the pathological conditions of the bony structures, joints, ligaments, tendons, muscles, blood vessels, nerves and fascia of the cervical spine
  • Demonstrate soft tissue treatments for the sequela of acceleration/deceleration injury
  • Define relationships of the cervical spine with other regions

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 107 : The TMJ: Biomechanics, Pathology and Soft Tissue Treatment
2.0

Linda Simon, DC

$36.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Explain the structural anatomy of the TMJ and its soft tissue
  • Explain the functional anatomy of the TMJ and its soft tissue
  • Demonstrate the passive examination of the TMJ and soft tissue
  • Demonstrate the active examination of the TMJ and soft tissue
  • Describe pathological conditions of the bony structures of the TMJ
  • Describe pathological conditions of the joints of the TMJ
  • Describe pathological conditions of the ligaments of the TMJ
  • Describe pathological conditions of the muscles of the TMJ
  • Describe injuries to the nerves, blood vessels and fascia of the TMJ
  • Describe injuries from acceleration/deceleration impact to the TMJ
  • Demonstrate soft tissue treatments for the joints of the TMJ
  • Demonstrate soft tissue treatments for the ligaments of the TMJ
  • Demonstrate soft tissue treatments for the muscles of the TMJ
  • Demonstrate soft tissue treatments for the nerves, blood vessels and fascia of the TMJ
  • Demonstrate soft tissue treatments for acceleration/deceleration injury to the TMJ
  • Define functional relationships of the TMJ with associated regions

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 108 : Thoracic Spine and Rib Cage: Biomechanics, Pathology and Soft Tissue Treatment
5.0

Linda Simon, DC

$90.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Explain the structural anatomy of the bones, joints, ligaments, muscles nerves, blood vessels and fascia of the thoracic spine and rib cage
  • Explain the functional anatomy of the bones, joints, ligaments, muscles nerves, blood vessels and fascia of the thoracic spine and rib cage
  • Demonstrate the passive examination of the bones, joints, ligaments, muscles nerves, blood vessels and fascia of the thoracic spine and rib cage
  • Demonstrate the active examination of the bones, joints, ligaments, muscles nerves, blood vessels and fascia of the thoracic spine and rib cage
  • Discuss imaging of the thoracic spine and rib cage
  • Describe pathological conditions of the bones, joints, ligaments, muscles nerves, blood vessels and fascia of the thoracic spine and rib cage
  • Demonstrate soft tissue treatments for the bones, joints, ligaments, muscles nerves, blood vessels and fascia of the thoracic spine and rib cage
  • Discuss relationships of the thoracic spine and ribs with other regions

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 109 : Lumbopelvic Spine: Biomechanics, Pathology and Soft Tissue Treatment
8.0

Linda Simon, DC

$144.00 USD

Text

More Course Information ▶
  • Explain the structural anatomy of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the lumbopelvic spine
  • Explain the functional anatomy of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the lumbopelvic spine
  • Explain biomechanics of the lumbopelvic spine
  • Demonstrate the passive examination of bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the lumbopelvic spine
  • Demonstrate the active examination of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the lumbopelvic spine
  • Discuss radiographic imaging of the lumbopelvic spine
  • Discuss advanced testing of the soft tissue of the lumbopelvic spine
  • Describe pathological conditions of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the lumbopelvic spine
  • Demonstrate soft tissue treatments for the pathological conditions of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the lumbopelvic spine
  • Define relationships of the lumbopelvic spine with other regions

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 110 : Hip and Knee: Biomechanics, Pathology and Soft Tissue Treatment
6.0

Linda Simon, DC

$108.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Explain the structural anatomy of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the hip and knee
  • Explain the functional anatomy of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the hip and knee
  • Explain biomechanics of the hip and knee
  • Demonstrate the passive examination of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the hip and knee.
  • Demonstrate the active examination of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the hip and knee
  • Discuss radiographic imaging of the hip and knee
  • Discuss advanced testing of the soft tissue of the hip and knee
  • Describe pathological conditions of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the hip and knee
  • Demonstrate soft tissue treatments for the pathological conditions of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the hip and knee
  • Define relationships of the hip and knee with other regions

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Soft Tissue Injuries 111 : Ankle and Foot: Biomechanics, Pathology and Soft Tissue Treatment
5.0

Linda Simon, DC

$90.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Explain the structural anatomy of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the ankle and foot
  • Explain the functional anatomy of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the ankle and foot
  • Explain biomechanics of the ankle and foot
  • Demonstrate the passive examination of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the ankle and foot
  • Demonstrate the active examination of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the ankle and foot
  • Discuss radiographic imaging of the ankle and foot
  • Discuss advanced testing of the soft tissue of the ankle and foot
  • Describe pathological conditions of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the ankle and foot
  • Demonstrate soft tissue treatments for the pathological conditions of the bones, joints, ligaments, muscles, bursa, nerves, blood vessels and fascia of the ankle and foot
  • Define relationships of the ankle and foot with other regions.

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Spinal Cord Injuries 101 : Understanding Spinal Cord Injury: Advances in Recovery
2.0

Rocco Labbadia, RPT

$36.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Discuss the history and epidemiology of spinal cord injury
  • Describe the anatomy of the vertebral column, including spinal cord, coverings, nerves, vascular supply, spinal tracts and autonomic nervous system
  • Compare and differentiate between different levels and classifications of spinal cord injury
  • Explain prognosis for recovery and prediction for outcome following spinal cord injury
  • Compare pharmacological and surgical interventions to enhance recovery and regeneration

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Spinal Cord Injuries 102 : Spinal Cord Injury: Activities of Daily Living
3.0

Joanne Brown, MS, OT, CHT

$54.00 USD

Text

More Course Information ▶
  • Describe and differentiate functional outcomes related to level of SCI
  • Become familiar with various adaptive equipment which may be used according to level of injury
  • Examine 5 components involved in a bladder management program for both men and women
  • Describe methods of communication used by individuals according to level of SCI
  • Describe the role of therapist in educating patients with SCI

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Spinal Cord Injuries 103 : Spinal Cord Injuries: Transfer Techniques
3.0

Joanne Brown, MS, OT, CHT

$54.00 USD

Case Studies, Text

More Course Information ▶
  • Identify 10 patient considerations when learning transfer techniques
  • Become familiar with transfer risks and how to avoid them
  • Discuss the importance of proper transfer ergonomics
  • Identify the significance of wheelchair management to aid transfer techniques
  • List and describe 5 different types of transfers

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Spinal Cord Injuries 104 : Spinal Cord Injuries: Functional Electrical Stimulation
3.0

Joanne Brown, MS, OT, CHT

$54.00 USD

Case Studies, Text

More Course Information ▶
  • Discuss the history of FES
  • Become familiar with various uses of FES with SCI rehabilitation
  • Differentiate the parameters for the use of FES with SCI rehabilitation
  • List 5 contraindications for FES
  • Examine the physiology of FES
  • Identify and define key terminology associated with FES
  • Discuss the effects of FES
  • Describe how FES can be used with cardiovascular reconditioning
  • Discuss the role of FES with standing and gait
  • Identify the significance of FES in the restoration of upper limb function

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Spinal Cord Injuries 105 : Spinal Cord Injury: Exercise and Fitness
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Case Studies, Text

More Course Information ▶
  • Become familiar with various exercise considerations for the individual with SCI
  • Differentiate work, anaerobic and aerobic capacity
  • Describe and analyze how exercise impacts the autonomic nervous system, cardiovascular and pulmonary systems in the individual with SCI
  • Discuss exercise parameters for the individual with SCI
  • Identify metabolic alterations as a result of SCI to lipid profiles, glucose metabolism, body composition and osteopenia
  • Discuss barriers to exercise implementation

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Spinal Cord Injuries 106 : Spinal Cord Injury: Seating and Positioning
4.0

Joanne Brown, MS, OT, CHT

$72.00 USD

Case Studies, Text

More Course Information ▶
  • Identify key components of a comprehensive seating and wheeled mobility evaluation
  • Discuss the considerations involved in selecting a power vs. a manual wheelchair
  • Outline the importance of postural considerations involving the pelvis, trunk, upper and lower extremities and head positioning
  • Differentiate frame types of manual wheelchairs
  • Discuss the advantages and disadvantages of wheel types and tire options
  • Become familiar with various components of power wheelchairs
  • Become familiar with different forces on tissue
  • Outline the process of selecting an appropriate wheelchair cushion

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 101 : Anatomic and Biomechanical Principles of Splinting
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Text

More Course Information ▶
  • Define the anatomical terminology used in splint prescriptions
  • Relate anatomy of the upper extremity to splint design
  • Identify arches of the hand
  • Identify creases of the hand
  • Articulate the importance of the hand's arches and creases to splinting
  • Recall actions and nerve innervations of upper extremity musculature
  • Differentiate prehensile and grasp patterns of the hand
  • Apply basic biomechanical principles to splint design
  • Describe the correct width and length for a forearm splint
  • Describe uses of padding in a splint
  • Explain the reason splint edges should be rolled or flared
  • Relate contour to splint fabrication
  • Describe the change in skin and soft tissue mechanics with scar tissue, material application, edema, contractures, wounds, and infection

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 102 : Clinical Examination for Splinting
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Text

More Course Information ▶
  • List components of a clinical examination for splinting
  • Describe components of a history, an observation, and palpation
  • Describe the resting hand posture
  • Relate how skin, vein, bone, joint, muscle, tendon, and nerve assessments are relevant to splinting
  • Identify specific assessments that can be used in a clinical examination before splinting
  • Explain the three phases of wound healing
  • Recognize the identifying signs of abnormal illness behavior
  • Explain how a therapist can assess a person's knowledge of splint precautions and wear and care instructions

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 103 : Clinical Reasoning for Splint Fabrication
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Case Studies, Text

More Course Information ▶
  • Describe clinical reasoning approaches and how they apply to splinting
  • Identify essential components of a splint referral
  • Discuss reasons for the importance of communication with the physician about a splint referral
  • Discuss diagnostic implications for splint provision
  • List helpful hints regarding the hand evaluation
  • Explain factors the therapist considers when selecting a splinting approach and design
  • Describe what therapists problem solve during splint fabrication
  • Describe areas that require monitoring after splint fabrication is completed
  • Describe the reflection process of the therapist before, during, and after splint fabrication
  • Discuss important considerations concerning a splint-wearing schedule
  • Identify conditions that determine splint discontinuation
  • Identify patient safety issues to consider when splinting errors occur
  • Discuss factors about splint cost and reimbursement
  • Discuss how Health Insurance Portability and Accountability Act (HIPAA) regulations influence splint provision in a clinic
  • Discuss documentation with splint fabrication

Course Brochure
Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 105 : Splints Acting on the Wrist
3.0

Joanne Brown, MS, OT, CHT

$54.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • Discuss diagnostic indications for wrist immobilization splints
  • Identify reasons to serial splint with a wrist immobilization splint
  • Identify major features of wrist immobilization splints
  • Outline 5 steps involved in the fabrication process for a volar or dorsal wrist splint
  • Relate hints for a proper fit to a wrist immobilization splint
  • Review precautions for wrist immobilization splinting
  • Use clinical reasoning to evaluate a problematic wrist immobilization splint
  • Use clinical reasoning to evaluate a fabricated wrist immobilization splint
  • Apply knowledge about the application of wrist immobilization splints to a case study
  • Describe the importance of evidenced-based practice with wrist splint provision
  • Describe the appropriate use of prefabricated wrist splints

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 106 : Thumb Immobilization Splints
3.0

Joanne Brown, MS, OT, CHT

$54.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • Discuss important functional and anatomic considerations for splinting the thumb
  • List appropriate thumb and wrist positions in a thumb immobilization splint
  • Identify the three components of a thumb immobilization splint
  • Describe the reasons for supporting the joints of the thumb
  • Discuss the diagnostic indications for a thumb immobilization splint
  • Discuss the process of pattern making and splint fabrication for a thumb immobilization splint
  • Describe elements of a proper fit of a thumb immobilization splint
  • List general and specific precautions for a thumb immobilization splint
  • Use clinical reasoning to evaluate fit problems of a thumb immobilization splint
  • Use clinical reasoning to evaluate a fabricated thumb immobilization splint
  • Apply knowledge about thumb immobilization splinting to a case study
  • Outline 3 steps related to the importance of evidenced-based practice with thumb immobilization splint provision
  • Describe the appropriate use of prefabricated thumb splints

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 107 : Hand Immobilization Splints
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • List diagnoses that benefit from resting hand splints
  • Describe the functional or mid-joint position of the wrist, thumb, and digits
  • Describe the antideformity or intrinsic-plus position of the wrist, thumb, and digits
  • List the purposes of a resting hand splint
  • Identify the components of a resting hand splint
  • Explain the precautions to consider when fabricating a resting hand splint
  • Determine a resting hand splint-wearing schedule for different diagnostic indications
  • Describe splint-cleaning techniques that address infection control
  • Apply knowledge about the application of the resting hand splint to a case study
  • Use clinical judgment to evaluate a fabricated resting hand splint

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 108 : Elbow Immobilization Splints
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • Define anatomic and biomechanical considerations for splinting the elbow
  • Discuss clinical/diagnostic indications for elbow immobilization splints
  • Identify the components of elbow immobilization splints
  • Describe the fabrication process for an anterior and posterior elbow splint
  • Review precautions for elbow immobilization splinting
  • Use clinical reasoning to evaluate a problematic elbow immobilization splint
  • Use clinical reasoning to evaluate a fabricated elbow immobilization splint
  • Apply knowledge about the application of elbow immobilization splints to a case study

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 109 : Mobilization Splints: Dynamic, Serial-Static, and Static Progressive Splinting
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • Analyze and describe the biomechanics of dynamic splinting
  • Identify effects of force on soft tissue
  • Understand the way to apply appropriate tension
  • Identify common uses of dynamic splinting
  • List the goals of dynamic splinting
  • List the materials necessary for fabrication of a dynamic splint
  • Explain the risks of applying dynamic force
  • Identify contraindications for application of a dynamic splint
  • Describe the fabrication steps of three dynamic splints
  • Identify instances in which dynamic splinting is appropriate
  • Explain sources of force in dynamic splinting

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 110 : Splinting for the Fingers
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Downloadable Course in PDF, Text

More Course Information ▶
  • Explain the functional and anatomic considerations for splinting the fingers
  • Identify diagnostic indications for splinting the fingers
  • Describe a mallet finger
  • Describe a boutonniere deformity
  • Describe a swan-neck deformity
  • Name three structures that provide support to the stability of the proximal interphalangeal (PIP) joint
  • Explain what buddy straps are
  • Apply clinical reasoning to evaluate finger splints in terms of materials used, strapping type and placement, and fit
  • Discuss the process of making a mallet splint, a gutter splint, and a PIP hyperextension block splint

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 111 : Splinting for Nerve Injuries
3.0

Joanne Brown, MS, OT, CHT

$54.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • Identify the components of a peripheral nerve
  • Describe a peripheral nerve’s response to injury and repair
  • List the operative procedures used for nerve repair
  • List the three purposes for splinting nerve palsies
  • Describe the nerve injury classification
  • Identify the locations for low and high peripheral nerve lesions.
  • Explain causes of radial, ulnar, and median nerve lesions
  • Review the sensory and motor distributions of the radial, median, and ulnar nerves
  • Explain the functional effects of radial, ulnar, and median nerve lesions
  • Identify the splinting approaches and rationale for radial, ulnar, and median nerve injuries
  • Use clinical judgment to evaluate a problematic splint for a nerve lesion
  • Use clinical judgment to evaluate a fabricated hand-based ulnar nerve splint

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 112 : Antispasticity Splinting
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • Identify and describe the two historic trends in upper extremity tone-reduction splinting
  • Compare the strengths and weaknesses of dorsal and volar forearm platforms
  • Discuss the neurophysiologic rationale supporting the use of the finger spreader and hard cone
  • Discriminate between the passive and dynamic components of spasticity
  • Describe the difference between submaximum and maximum ranges as they relate to tone-reduction splints
  • Identify and describe the two major components of orthokinetic splints
  • Describe one unique characteristic for each of the following materials: plaster bandage, fiberglass bandage, inflatable splints, cylindrical foam, neoprene
  • Successfully fabricate and clinically evaluate the proper fit of a thermoplastic hard cone
  • Use clinical judgment to correctly analyze two case studies

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31

Splinting 113 : Splinting on Older Adults
2.0

Joanne Brown, MS, OT, CHT

$36.00 USD

Case Studies, Downloadable Course in PDF, Text

More Course Information ▶
  • Describe special considerations for splinting older adults in different treatment settings
  • Identify age-related changes and medical conditions that may affect splint provision
  • Explain how medication side effects may affect splint design and care instructions for older adults
  • Recognize how an older adult’s occupational performance may influence splint use and design based various factors
  • Be familiar with a variety of prefabricated splint options and materials available to custom design splints
  • Describe factors that influence methods of instruction for an older adult and caregiver

Accepted within scope of PT; Approved by other PT Board; Approved PT CE Provider (TX, IL, NY); AOTA Approved Provider
Expires: 2025-12-31



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