"Clinical Mechanics and Kinesiology With Web Resource" provides
a solid foundation so that students of physical therapy,
occupational therapy, and athletic training can understand
biomechanics and functional anatomy as they relate to both normal
and abnormal movement. Written by active clinicians with more than
40 combined years of clinical and teaching experience, this text is
also a practical reference for rehabilitation professionals working
with a range of populations and pathologies.
Taking a clinical approach not found in other texts, "Clinical
Mechanics and Kinesiology" follows a logical progression that
maximizes learning. It first presents biomechanical principles that
students must understand in order to examine and treat clients and
patients undergoing rehabilitation. Next, it explores muscle and
nerve physiology and function of the muscle and joint systems. Then
the focus shifts to applying those concepts to specific joints.
Divided into 10 regions, each joint is evaluated by the bones that
make up the joints; the joint articulation, anatomy, and function;
and the muscles that act on the joints. In the final section of the
text, students gain insight into full-body movement patterns of
particular concern to rehabilitation specialists. They will examine
not only the usual topics of posture and walking gait but also
running gait and the mechanics of jumping and cutting--some of the
most common sources of injury.
"Clinical Mechanics and Kinesiology" is enhanced with over 360
pieces of full-color art. Unique combination figures integrate
detailed bone illustrations and photos. Medical art displays
locations of bones, muscles, and ligaments. Arthrokinematic motions
are clearly shown with the appropriate skeletal locations, making
it easy for students to see how a particular motion relates to the
rest of the body. Several other features also aid in students'
learning and retention:
- A one-year subscription to "Musculoskeletal Anatomy Review,"
an online anatomy program, provides an interactive forum for
reviewing regional structural anatomy.
- Clinical Correlations included in each chapter help students
increase their understanding of biomechanics and kinesiology and
apply the theoretical content to clinical practice.
- Problem Sets and Practice It sidebars with activities in
chapters 1 and 2 assist students in applying and mastering
biomechanical concepts.
- Pedagogical aids such as chapter objectives and conclusions,
key points, glossary terms, and review questions highlight
important information so students can quickly grasp and review the
main points.
Included with each new text is a key code allowing students
one-year access to the online anatomy program "Musculoskeletal
Anatomy Review." This engaging supplement offers a regional review
of structural anatomy with exceptionally detailed, high-quality
graphic images--the majority provided by Primal Pictures. Students
can mouse over muscles and click for muscle identification. Each
chapter features a pretest and posttest evaluation to help students
pinpoint knowledge gaps and test their retention. Students may take
the pretest multiple times (it is generated randomly so it will
never be the same), but students may take the posttest only once.
Test results can be printed and turned in, giving instructors the
option to use the tests as a grading tool.
In addition, instructors will have online access to an
instructor guide, image bank, and test package. The instructor
guide further encourages students' learning by offering class
assignments and lab activities not featured in the book. The class
assignments, at least three per chapter, are quick activities that
can be completed in class. The lab activities are longer
assignments intended to be completed outside the classroom by pairs
of students. Each lab contains an overview, a statement of purpose,
a list of equipment needed, and instruction on data collection and
analysis.
Written for students and practitioners of rehabilitation
programs, "Clinical Mechanics and Kinesiology" provides a
foundation in kinesiology reinforced by numerous clinically
applicable examples. Students will gain a strong understanding of
mechanical principles governing human motion, with particular
knowledge of both normal and abnormal functional motions, and be
able to apply their knowledge directly to rehabilitation
protocols.
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