2. LEARNING OBJECTIVES
At the end of lecture first year students should be able to
•Define Goniometry
•Understand Kinematics and Range of Motion
•Explain End Feel
•Describe Principles and Procedure
4. INTRODUCTION
Examiner Obtains these measurements by placing instrument alongwith
the bones that are immediately proximal and distal to the joint being
evaluated.
Gonia
Metro
n
GONIOMETRY
5. KINEMATICS
Study of Motion without regard of
forces that are creating motion
• Arthokinematics
• Osteokinematics
Goniometry measures angles created
by motion of the shaft of the bones.
6. CLINICAL IMPLICATION
Concave Convex Rule
When a convex joint surface is moving, the roll
and glide occur in the opposite direction. When
a concave joint surface is moving, the roll and
the glide occur in the same direction.
8. PROJECT MILESTONES
23
JAN
DEVELOPMENT
Project development &
brainstorming
24
FEB
PRODUCTION
Creation of product
prototype & feedback
01
MAR
QA REVIEW
Quality assurance
review process
15
APR
LAUNCH
Product is ready to be
sent to market
9. PROJECT TIMELINE 2
Visualize quality
intellectual capital
Engage worldwide
methodologies with
web-enabled
technologies​
Engage top-line web
services with cutting-
edge deliverables​
Maximize timely
deliverables for
real-time schemas​
Establish a
management
framework from the
inside​
STAGE
1
STAGE
2
STAGE
3
STAGE
4
STAGE
5
10. PROJECT OUTLINE 2
ROI
Envision multimedia-
based expertise and
cross-media growth
strategies
NICHE MARKETS
Pursue scalable
customer service through
sustainable strategies
SUPPLY CHAINS
Cultivate one-to-one
customer service with
robust ideas​
Editor's Notes
#4: Used to measure and document amount of active or paasive ROM, as well as abnor,mal fixed joint position.