Exercise Science - Human Anatomy and Physiology 2

 

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Main Description show detail >>
 
 
 
Department: Health & Leisure Studies Module Code: EXSC61001
Level: Level 6 Contact Hours: 60
Duration: 1 Semester Directed Study Hours: 24
Effective Term: 2014/15 Indep. Study Hours: 16
Credits: 5

Prerequisite Knowledge:

  None

Module Description/Aims:

  The aim of this module is to explain, through principles and concepts of physiology and anatomy, how the physiological systems contribute to overall body function and an introduction to nutrition. This module also aims to give the student a detailed understanding of the anatomy, structure and function of the upper body skeletomuscular system. It aims to give the student knowledge of the prevention and management of common upper body sports injuries and to develop the student's competence in designing, implementing and evaluating sports injury rehabilitation programmes based upon therapeutic and functional exercises at a basic level. The research methods element of this module will introduce students to the concept of research and contextualise research using data collected in conjunction with the module.  


 
Contact Hours show detail >>
   
 
Contact Type Hours
Lecture3 Per Week
Practical/Workshop1 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
1Discuss the operation of the physiological systems (Digestive; Integumentary; Endocrine; Urinary; Reproductive) in health and exercise, and how they provide homeostasis for the entire organism
2Describe the nutritional requirements for a healthy balanced diet and guidelines for performance
3Describe the skeletomotor system of the upper body, the major functional muscle groups, the actions they have on the joints they cross and their contribution to sporting/functional movements
4Discuss the causes and the nature of upper body injuries in sport and administer first-aid treatment of injuries in sport
5Design sports injury rehabilitation programmes for the upper body incorporating therapeutic and functional exercises for common injuries in sport
6Comprehend the basic concepts in descriptive statistics and apply Microsoft Excel to organise and analyse basic data sets


 
Learning Strategies show detail >>
   
 
Learning Strategies
Students will attend lectures and practicals. Lectures will cover theory content by means of notes and power point presentations, which will be available through WebCT (or equivalent means) for independent study. Practical demonstrations will illustrate the applied aspects of physiology covered in this module while practical workshops will be employed for the injury management.
The research methods workshop will allow the students to explore the concept of research in a contextualised manner. Using meaningful data will provide the students with an opportunity to appreciate the concepts presented.


 
Indicative Syllabus Content show detail >>
   
 
Content Detail
Digestive SystemAnatomy and function of components, digestive processes, regulation of peristalsis and digestion
Integumentary system; Endocrine system; Urinary system; Reproductive systemIntegumentary system (Structure of the skin, temperature regulation); Endocrine System (Endocrine glands and hormones, mechanism of action of water soluble and water in-soluble hormones, Endocrine coordination of response to stress, exercise, growth and development, blood glucose); Urinary system (anatomy, functions, nephron, water content regulation); Reproductive (Anatomy, reproductive hormones and functions, effects of reproductive hormones on non-reproductive tissues). Response of systems to exercise.
NutritionOverview of principles of Nutrition: essential macro and micro nutrients (CHO, Fat, Protein); Energy intake and expenditure; Recommended guidelines general and sporting population; Food labelling; Food diaries; CHO loading, hydration and recovery nutrition.
Injury in sportBest practice injury prevention principles applied to upper body injuries
Anatomy of the Upper bodyParts of the upper body and trunk: Bones and Joints to include bony articulating surfaces, ligaments, capsule, special features and movements.
MusclesMuscles muscle origin, insertion, action, function. Muscles of the upper body and trunk to include origin, insertion and action/function.
Rehabilitation of Sports InjuriesRehabilitation of Sports Injuries of the upper body: the sports injury rehabilitation programme, a model for functional rehabilitation of sports injuries, aims and objectives, regaining skills, regaining all components of physical and mental fitness, rest, active rest, control of swelling/inflammation, pain limits, progression, feed-back, subjective and objective monitoring, guidance, return to function and activities of daily living, return to sport. Rehabilitation in special populations.
Rehabilitation Programmes for common sports injuriesApplication of the sporting rehabilitation model for common sports injuries: Exercises and drills for restoration of flexibility, muscle conditioning, proprioception, agility, power, speed, functional ability, skill, mental state, applied specifically to case scenarios of various common sporting injuries. Use of massage as part of the rehabilitation programme. Indications and contra-indications for massage in treating soft tissue injuries. Therapeutic exercises/management of common postural and biomechanical deviatons: Exercises for the correction of Lordosis, Kyphosis and Scoliosis.
Applied Research MethodsDescriptive statistics (measures of central tendency, variation and shape). Presentation and analysis of raw data using Microsoft Excel (tables, graphs, filters etc). Application of statistical tests and understanding of results to a nutritional data set.


 
Assessment Strategies show detail >>
   
Assessment Strategies
Subject topics will be examined using two in class assessments and one final written examination. Questions posed will typically demand short concise answers with associated diagrams.
Research methods will include a group project linking with the nutritional lecture content.


 
Indicative Assessments show detail >>
   
Learning Outcome Assessment Category Assessment Method Additional Information % alloc
1, 2Continuous AssessmentAssignment - In ClassPhysiology15
1, 2, 3, 4Final Exam (Scheduled)Final Written ExamPhysiology and Anatomy50
5Continuous AssessmentAssignment - In ClassAnatomy and Injury management15
6Continuous AssessmentProject - GroupResearch methods group project on nutrition20


 
Reading List show detail >>
   
 
Type ISBN Title Author Publisher Year Edition Library Link
Recommended0471224723 Principles of anatomy and physiology
Gerard J. Tortora, Sandra Reynolds Grabowski
Wiley
200310view
Recommended0763748161Anatomy and physiology : understanding the human body
Robert K. Clark
Jones & Bartlett
2005view
Recommended0471223778Atlas of the human skeleton, 3rd ed.
Gerard J. Tortora
Wiley
20033view
Recommended1853171190Sports injuries: their prevention and treatment
Lars Peterson and Per Renstrom..
Martin Dunitz: London
20013view
Recommended0736042415Low back disorders : evidence-based prevention and rehabilitation
Stuart McGill
Human Kinetics
2002view
Recommended0721665497Physical rehabilitation of the injured athlete,
Andrews, J. R.
W.B.Saunders Company
19982view
Essential9781848607293Key Concepts in Sport and Exercise Research Methods
Atkinson
Sage Publications
2012-
Essential0736094091Physiology of Sport and Exercise
Kenney, Wilmore and Costill
Human Kinetics
20115th-
Essential9780957505902Essential Statistics for Researchers
Tadhg L O'Shea
Tadhg L O'Shea
2013-
Recommended9781492501626Essentials of Strength Training and Conditioning
G. Gregory Haff, N. Travis Triplet
Human Kinetics
20164th-


 
Journals and Websites show detail >>
   
 
Type Description
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