Biomechanics - Chiropractic Doctor

Biomechanics 224
How to address common problems associated with prescribing orthotics

1.0

  • Provide an overview of orthotic therapy
  • Review orthotic casting processes and contrast differences and potential pitfalls in them
  • Discuss common problems arising from orthotic prescription (blisters, pain during use, pressure spots, etc)
  • Propose mechanisms for why problems occur biomechanically
  • Present remedies for common problems that arise

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 223
New Case studies of fixed leg length discrepancies and the compounding biomechanical compensations that produce pain

1.0

  • Review the anatomical and functional causes of  leg length discrepancies
  • Review the kinematics and kinetics of leg length discrepancies during the gait cycle.
  • View and discuss several new case studies looking at anatomical leg length discrepancies and the impact of compensations to accommodate the fixed changes. 
  • Discuss examination procedures to facilitate understanding of the pathomechanics resulting from a leg length discrepancy. 
  • Propose intrinsic and extrinsic remedies for the gait abnormalities seen.

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 222
Advanced Case Studies in Gait Analysis: Focus on Neurological Disorders

1.0

  • Discuss the gait cycle and gait cycle biomechanics
  • Discuss Tetrasomy 18 and Chronic Inflammatory Demyelinating Polyneuropathy etiologies
  • Discuss Tetrasomy 18 and Chronic Inflammatory Demyelinating Polyneuropathy gait abnormalities
  • Propose rehabilitation strategies for abnormalities commonly seen in many neurological disorders

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 221
Static assessment and the glass pedograph

1.0

  • Review static postural foot assessment as it relates to a case study
  • Describe muscular compensations that may occur as the result leg length differences
  • Compare muscular action vectors and their changes with aberrant foot mechanics
  • Discuss the concept of flexor dominance and how it relates to the long flexors of the toes

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 220
Common Cycling Injuries Related to Bike Fit

1.0

  • Review the injuries associated with an improperly fitting bike frame and how to properly size a frame to a person
  • Discuss how cleat position can lead to biomechanical problems and injuries related to power loss.
  • Demonstrate how to properly place cleats on shoes to avoid injury and increase power transfer
  • Discuss injuries that stem from inappropriate seat height, saddle for and aft position and handlebar reach and explain how to determine appropriate seat height, fore and aft saddle position and handlebar reach.

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 219
The Biomechanics of Running Relative to Shoe Choice

1.0

  • Define minimal vs. neutral vs. guidance vs. motion control shoes
  • Contrast minimal vs. neutral vs. guidance vs. motion control shoes
  • Discuss current shoe trends
  • Discuss ramp delta and its implications in shoes and shoe fit

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 218
A Closer look at arm swing in Gait

1.0

  • Examine how arm swing correlates and integrates with the gait cycle
  • Visually identify arm swing
  • Explain the biomechanical elements of arm swing
  • Analyze arm swing
  • Give examples of normal and abnormal arm swing
  • Integrate your knowledge of arm swing to formulate an appropriate treatment plan

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 217
The Problematic Crossover Gait

1.0

  • Define the crossover gait
  • Visually identify the crossover gait
  • Explain the biomechanical elements of the crossover gait
  • Analyze the cross over gait
  • Give examples of the cross over gait
  • Integrate your knowledge of the cross over gait to formulate an appropriate treatment plan
  • Outline some common exercises for cross over gait remediation

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 216
Focus on The Forefoot

1.0

  • Review the pertinent anatomy of the foot
  • Review the kinematics and kinetics of foot function during the gait cycle
  • View and discuss case studies involving foot function and common pathomechanics
  • Predict pathomechanics that will arise from the gait abnormalities presented
  • Propose remedies for the gait abnormalities seen

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 215
Pedograph Use and Interpretation

1.0

  • Briefly describe the history of the pedograph
  • Compare pedographs with other technologies available for foot imprinting
  • Explain how to obtain a reproducible pedograph
  • Discuss pedograph interpretation and what it means clinically

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 214
A Closer Look at Foot Types

1.0

  • Review how to determine foot type
  • Describe and identify the five common foot types
  • Explain how foot type effects gait biomechanics
  • Compare and contrast different clinical examples of each foot type
  • Discuss some treatments that can be utilized when a client presents with a particular foot type

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 213
A Closer Look at Gait Analysis

1.0

  • Breakdown the gait cycle into its component parts
  • Recognize some less common gait abnormalities seen in gait analysis
  • Assess actions of the lower kinetic chain during gait
  • Predict pathomechanics that will arise from gait abnormalities presented

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 212
Case Studies in Gait Analysis: The Rearfoot

1.0

  • Review fore foot to rearfoot relationships
  • Review the different rear foot types
  • Review the kinematics and kinetics of rear foot function during the gait cycle
  • View and discuss case studies involving different rear foot types
  • Predict pathomechanics that will arise from gait abnormalities presented
  • Propose remedies for the gait abnormalities seen

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 211 - 222
Course Group includes all Biomechanics Courses numbered 211 thru 222

12.0

  • This contains all courses with the educational objectives listed from Biomechanics 211 through Biomechanics 222

Waerlop/Allen, DC

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$240.00 USD

Biomechanics 211
Case Studies in Gait Analysis: Focus on the Short Leg

1.0

  • Review anatomical vs functional short leg
  • Review the kinematics and kinetics of the short leg during the gait cycle
  • View and discuss case studies looking at functional and anatomical short legs
  • Predict pathomechanics that will arise from a short leg
  • Propose remedies for the gait abnormalities seen

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 210
Running vs. Walking - Key Differences in Gait Analysis

1.0

  • Review the walking gait cycle
  • Review the running gait cycle
  • Identify the key differences between walking and running gait
  • Review the kinematics and kinetic differences between walking and running gait
  • View case studies involving different walking and running gait styles
  • Predict pathomechanics that may arise from gait abnormalities presented

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 209
Focus on the Hip

1.0

  • Review the pertinent anatomy of the hip
  • Review the kinematics and kinetics of hip function during the gait cycle
  • View and discuss case studies involving hip function and common clinical scenarios
  • Predict pathomechanics that will arise from the gait abnormalities presented
  • Propose remedies for the gait abnormalities seen

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 208
Case Studies in Gait Analysis: Challenges to the Knee during Gait

1.0

  • Review the pertinent anatomy of the knee
  • Review the kinematics and kinetics of knee function during the gait cycle
  • View and discuss case studies involving knee function
  • Predict pathomechanics that will arise from the gait abnormalities presented
  • Propose remedies for the gait abnormalities seen

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 207
A case study in gait analysis: focus on torsions and versions

1.0

  • Discuss the pitfall of video assessment of gait cases
  • Review the gait cycle with respect to stance phase abnormalities in a gait case
  • Differentiate between step length and stride length
  • Review heel rise and the windlass mechanism
  • Discuss the function of the long flexors of the toes in gait
  • Evaluate pelvic posturing as it relate to a gait case
  • Discuss the gait pathomechanics that result from a herniated disc

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 206
A Case Study in Gait Analysis

1.0

  • Review the gait cycle and gait cycle biomechanics
  • View and discuss case studies of gait
  • Assess actions of the lower kinetic chain during gait
  • Predict pathomechanics that will arise from gait abnormalities presented
  • Propose remedies for the gait abnormalities seen

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 205
Barefoot Running and Gait: What you need to know

1.0

  • Explore barefoot running from a position of biomechanical efficiency
  • Contrast the differences in shod vs unshod running
  • Predict problems that can arise from shod and barefoot running
  • Apply visual analysis skills to barefoot running technique
  • Describe how to introduce barefoot running to your patient population

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 204
Shoe selection and the effect and impact on gait

1.0

  • Describe and identify how the parts of a running shoe affect running biomechanics
  • Compare and contrast different shoe constructions to the biomechanical needs of an individual
  • Determine the appropriate last shape for different foot types
  • Discuss the biomechanical consequences of improper vs. proper selection of last types
  • Predict which features in a shoe are necessary to correct faulty gait patterns

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 203
Gait Analysis: Normal and Abnormal Gait and factors affecting them

3.0

  • Discuss the normal walking gait cycle
  • Apply the biomechanics of the pelvis and lower kinetic chain during walking to clinical practice
  • Predict and discuss problems and clinical strategies that can arise from altered lower extremity biomechanics
  • Apply visual analysis skills
  • Evaluate case studies in gait analysis
  • Clinically apply solutions for gait abnormalities

Waerlop/Allen, DC

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$60.00 USD

Biomechanics 202
Foot Function and the Effects on the Core and Body Dynamics

1.0

  • Describe how the motor and sensory homunculus relate to the foot and are integral to training and rehabilitation
  • Discuss the 3 rockers of the foot
  • Give examples of problems that result from a loss of the 3 rockers of the foot
  • Explain the concept of pelvis neutrality and its effect on training
  • Describe and examine the tripod of the foot
  • Breakdown most movement into 2 basic rules or tenets
  • Give examples of the problems which can arise if the 2 basic rules or tenets of movement are not followed
  • Discuss the clinical consequences of loss of the medial and lateral tripods of the foot

Waerlop/Allen, DC

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$20.00 USD

Biomechanics 201 - 216
Course Group includes all Biomechanics Courses numbered 201 thru 216

21.0

  • This contains all courses with the educational objectives listed from Biomechanics 201 through Biomechanics 216

Waerlop/Allen, DC

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Text

$357.00 USD

Biomechanics 201
Introduction to Gait: Pedographs and Gait Analysis

4.0

  • Explain the phases of human walking gait
  • Discuss the biomechanical events associated with stance phase of gait
  • Discuss the biomechanical events associated with swing phase of gait
  • Explain biomechanically what is happening during each phase of gait in the foot, ankle, knee and hip
  • Discuss the 3 rockers of the foot and how they apply to the gait cycle
  • Understand the calcaneocuboid locking mechanism and defend it's importance in the stance phase of gait
  • Summarize the ranges of motion of the foot, ankle, knee and hip and their importance in normal gait
  • Explain how stance phase abnormalities would impact the gait cycle
  • Demonstrate competency in obtaining a reproducible Pedograph print
  • Interpret rearfoot, midfoot and forefoot mechanics as seen on a pedograph print
  • Identify and interpret problem areas in a pedograph print
  • Identify stance phase abnormalities on a Pedograph print
  • Extrapolate pathomechanics which would occur rostrally in the kinetic chain during pathomechanics occurring in the gait cycle
  • Evaluate the impact of gait abnormalities on human locomotion

Waerlop/Allen, DC

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Text

$80.00 USD