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Kinesiology Lecture

The document provides an overview of physiotherapy, emphasizing its role in restoring movement and function in individuals affected by various factors such as aging, injury, or disease. It discusses key concepts in biomechanics, kinetics, and kinematics, including the applications of these principles in understanding human movement. Additionally, it outlines anatomical directional terminology essential for describing body positions and movements.

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0% found this document useful (0 votes)
138 views23 pages

Kinesiology Lecture

The document provides an overview of physiotherapy, emphasizing its role in restoring movement and function in individuals affected by various factors such as aging, injury, or disease. It discusses key concepts in biomechanics, kinetics, and kinematics, including the applications of these principles in understanding human movement. Additionally, it outlines anatomical directional terminology essential for describing body positions and movements.

Uploaded by

summaiyalashari
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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INTRODUCTION

Dr Muhammad Farooq(pt)
PHYSIOTHERAPY

lPhysical therapy ( physiotherapy) is a health care


profession that provides treatment to individuals to
develop, maintain and restore maximum movement and
function throughout life. This includes providing
treatment in circumstances where movement and
function are threatened by aging, injury, disease or
environmental factors.
Physiotherapy is a primary-care, autonomous, client-
focused health profession dedicated to improving
and maintaining functional independence, preventing
and managing pain, physical impairments, disabilities
and limits to participation, and promoting fitness,
health and wellness (Canadian Physiotherapy
Association, 2000).
In developed countries patients are consulting the
physiotherapist directly and as well as through
referral system from primary health units and GPs.
REHABILITATION:

lThe process of restoration of skills by a person who


has had an illness or injury so as to regain maximum
self-sufficiency and function in a normal or as near to
normal manner as possible.
KINESIOLOGY

lKinetic movement
lOlogy discussion
BIOMECHANICS

BIOMECHANICS: BIO = LIVING


MECHANICS = FORCES & EFFECTS
The application of mechanics to the living organism

Involves the principles of anatomy and physics in the


descriptions and analysis of movement with mechanical
principles.

6
CONT,

lHas many diverse applications to all biological systems


lThe study of biological structures, processes and
functions by applying the methods and principles of
mechanics
lBiomechanics is the science that examines forces
acting upon and within a biological structure and
effects produced by such forces.
lBiomechanics is the science which studies structures
and functions of biological systems using the knowledge
and methods of mechanics.
Hatze (1971)
KINETICS

lIt examines the causes of motion, the internal and


external forces that cause motion or cause a body to
remain at rest, and the interactions between these forces.
There are two branches of kinetics; STATICS and
DYNAMICS
STATICS:

Involves all forces acting on the body


being in balance, resulting in the body
being in equilibrium.
DYNAMICS

linvolves the study of systems in


motion while unbalanced due to
unequal forces acting on the body.
KINEMATICS

It describes the motion of a body


without
reference to the forces causing it.
Kinematics
examines how, when, and where a body
moves.
ELECTROTHERAPY

lApplication of electrical current for


therapeutic purposes
KINEMATIC CHAIN

A combination of several joints uniting


successive segments constitutes a
kinematic chain
Distal segments can have higher degrees
of freedom than do proximal ones
OPEN KINEMATIC CHAIN,

In an open kinematic chain, the


distal segment of the chain moves in
space
CLOSED KINEMATIC CHAIN,

lwhereas in a closed kinematic chain,


the distal segment is fixed, and
proximal parts move
ANATOMICAL DIRECTIONAL TERMINOLOGY

lAnterior: in front of
lAnteroinferior: in front and below
lAnterolateral: in front and to the side
lAnteromedial: in front and toward the midline
lAnteroposterior: relating to both front and rear
lAnterosuperior: in front and above
ANATOMICAL DIRECTIONAL TERMINOLOGY

lPosterior: in the back


lPosteroinferior: behind and below
lPosterolateral: behind and to one side
lPosteromedial: behind and to the inner side
lPosterosuperior: behind at the upper part
ANATOMICAL DIRECTIONAL TERMINOLOGY

lContralateral: opposite side


lIpsilateral: same side
lDeep: below the surface
lDistal: away from the midline
lDorsal: relating to the backside
lInferior: below another structure
lLateral: away from the median
lMedial: nearer to the median
ANATOMICAL DIRECTIONAL TERMINOLOGY

lProne: the body facing downward


lSupine: the body facing upward
lProximal: nearest the trunk or point of origin
lSuperficial: near the surface
lSuperior: above in relation to another structure
lVolar: relating to the palm of the hand or the sole of
the foot
Thank You

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