Ex Sci: Posture Cultivation

 

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Main Description show detail >>
 
 
 
Department: Health & Leisure Studies Module Code: EXSC61004
Level: Level 6 Contact Hours: 60
Duration: 1 Semester Directed Study Hours: 26
Effective Term: 2014/15 Indep. Study Hours: 14
Credits: 5

Prerequisite Knowledge:

  Content from or equivalent; Exercise Science: Human Physiology. Exercise Science: Anatomy and Injury management

Module Description/Aims:

  In this module students will explore; the nature and significance of human posture as a factor in health and well-being This will include issues related to definition, benefits, anatomy and kinesiology, biomechanics and neuromuscular control mechanisms. Posture assessment techniques, including structural measures, key topographical anatomy and palpation techniques are taught. In addition muscle testing will be covered and the principles, practice and limitations of using therapeutic exercise as a correction modality are dealt with as an integral part of the programme. The research module will explore the areas of standard error, reliability and validity and the normal distribution of data.  


 
Contact Hours show detail >>
   
 
Contact Type Hours
Lecture2 Per Week
Practical/Workshop2 Per Week
Practical/Workshop1 Per Week


 
Learning Outcomes show detail >>
   
 
On successful completion of the module, the learner will be able to:
No. Description/Learning Outcomes
1Define posture and explain the factors that impact postural configuration.
2Discuss the benefits and characteristics of good posture, and the problems associated with postural deviations with regards to the kinetic chain and the role of muscle and skeletal balance theories.
3Conduct a postural analysis evaluation in the sagittal, coronal and transverse planes by qualitative (photography) and quantitative methods (Biomechanical Modeling and 'In Vivo') and apply descriptive and basic inferential statistics to data sets collected in class
4Identify postural deviations and configurations through the use of anatomical body surface landmarks and to use terminology that is consistent with international standards in the anatomy and kinesiology domains.
5Complete evaluations for common postural defects (anterior & posterior pelvic tilt, scoliosis, kyphosis, lordosis, pes planus, pes cavus, genu valgus, genu valgum, winged scapulae etc.) combined with functional tests for specific muscles groups including length, strength an endurance tests.
6Devise corrective exercise programmes for postural realignment using scientific based research and other relevant aspects of the research module.


 
Learning Strategies show detail >>
   
 
Learning Strategies
The student will engage with the content of the module through a mixture of lecture, posture assessment and muscle testing<br>practicals, exercise practicals, biomechanical problem solving exercises, reading assignments and specialist topic focused<br>research.
Practical work on posture assessment will be sychronized with the introduction of theoretical content to maximize the theory / practice link.
Harnessing the student's interest in understanding their own posture and its improvement is a key element in sustaining motivation in the module through the personal 'posture file' which students develop during the course. Also students are made aware that group data on the procedures is serving to build a unique and substantial data bank of postural records and measurements as a resource for the Institute and the posture field as a whole.
Independent 'specialist ' searches from the paper and electronic, posture literature sources, allows students to assemble a portfolio of programme applications, specific to their own specialist work setting.
Data collected in the lab will be used by the students to perform a statistical analysis enabling students to develop a better understanding of research methods.


 
Indicative Syllabus Content show detail >>
   
 
Content Detail
Key definitionsKey definitions of posture, poor posture, good posture, ideal posture, normal
posture, ambiguities and posture standards.
Characteristics and benefits of good postureCharacteristics and benefits of good posture, costs and implications of poor posture; underlying theories and their assumptions and cause-effect evidence. Skeletal and muscle balance concepts. The kinetic chain as applied to posture
Musculoskeletal tissue properties.Muscle properties. Connective tissue types and properties; bone, ligament, tendon, cartilage, fascia
Anatomy, kinesiology and biomechanicsAnatomy, kinesiology and biomechanics; spinal anatomy (vertabrae, discs, motion segments, muscles, ligaments and fascia) and spine mechanics kinematic properties, kinetics, muscle forces and load modelling.
Postural DeviationsPostural deviations in the sagittal, coronal and tranverse planes, their skeletal and muscle imbalance characteristics, correction principles and muscle re-balancing.
Practical assessment of 'overall' body postureAssessment of 'overall' body posture, in the sagittal, coronal and transverse planes, both qualatively and quantatively 'in vivo' and from posture photography and using rating charts.
Analysis of specific regional segments and jointsAnalysis of specific regional segments and joints, to include pelvic tilt, spinal curves, head-neck posture and shoulder assessment. The following procedures will be used; posture category classification charts, plumb line evaluations (qualitative and quantitative) pelvic tilt (two methods) lumbar and thoracic curve index angle measurement with a flexible ruler, cranio-vertebral angle, scapular posture, leg length discrepancies, scoliosis, etc
Muscle testing and functionalityMuscle testing and functionality of associated muscle attachments where appropriate for length, strength and endurance characteristics, including hip flexor lengths (Thomas Test / Modified Thomas Test) hip extensor length (two methods), lumbar mobility, spinal mobility, quadratus tightness, trunk muscle endurance, shoulder mobility assessment.
Corrective exercise session practicals and regime design.Exercise selection and application of re-balancing principles in design of re-alignment programmes.
Statistical TestsChi Square, t-test, correlations, means, standard deviations, standard error, generating a normal distribution curve in Microsoft Excel.


 
Assessment Strategies show detail >>
   
Assessment Strategies
Continuous Assessment 50%
Final Written Exam 50%


 
Indicative Assessments show detail >>
   
Learning Outcome Assessment Category Assessment Method Additional Information % alloc
3, 4, 5, 6Continuous AssessmentPractical30
6Continuous AssessmentPoster Presentation20
1, 2, 3, 4, 5, 6Final Exam (Scheduled)Final Written Exam50


 
Reading List show detail >>
   
 
Type ISBN Title Author Publisher Year Edition Library Link
Essential0781747805Muscle Testing and Function
Kendall et al
Lippincott, Williams & Wilkins
20055-
Essential9780443103827Postural Disorders and Musculoskeletal Dysfunction: Diagnosis, Prevention and Treatment
G. Solberg
Elsevier Health Sciences
2007-
Recommended0736085572Structure and Function of the Musculoskeletal System.
Watkins, J.
Human Kinetics
20102-
Recommended9780072558913Manual of Structural Kinesiology
Clem W. Thompson, R .T. Flyod
McGraw Hill
200415-
Recommended9780957505902Essential Statistics for Researchers
Tadhg L O'Shea
Tadhg L O'Shea
2013-


 
Journals and Websites show detail >>
   
 
Type Description
JournalPhysical Therapy Journal
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