Great Deals on Used Textbooks & New Textbooks!               
My Account | Help Desk | Market Place Shopping Cart
Free shipping. Click here for details.
No items in cart.
Total: $0.00
Textbooks Sell Textbooks Books Supplies Medical Books College Apparel Movies Clearance
Search  Advanced >>
Understanding Balance: The Mechanics of Posture and Locomotion,9780412601606
Other versions by this Author

Understanding Balance: The Mechanics of Posture and Locomotion


Edition: 1st
Author(s): Roberts, Tristan David Martin
ISBN10:  0412601605
ISBN13:  9780412601606
Format:  Paperback
Pub. Date:  1/1/1995
Publisher(s): Intl Specialized Book Service Inc

Send to a friend
New Price  N/A
List Price $48.75
eVIP Price  $45.16
New Copy:  Currently Not Available
add remove
Marketplace Price $59.95
List Price $48.75 Available in the eCampus Marketplace
Take 90 Days to Pay on $250 or more
with Quick, Easy, Secure
Subject to credit approval.
 ALSO AVAILABLE FROM THESE OTHER MERCHANTS 
clicking 'SHOP NOW' will bring you to the listed merchant's site
StorePriceShippingQuality 
Alibris$58.36See SiteNewShop Alibris Now
Alibris$37.76See SiteUsedShop Alibris Now
0.171875
Table of Contents
Preface ix
Acknowledgements xi
The problem
1(4)
The concept of `force'
5(10)
Gravity, weight and stress
6(1)
Vectors
7(1)
D'Alembert's principle
8(2)
The relationship between weight and gravity
10(5)
Struts and springs
15(31)
The solid state
15(5)
Levers
20(2)
Torque
22(2)
Shear
24(2)
The force platform
26(2)
Standing with a bent knee
28(4)
Triangulated lattice structures
32(2)
The knee joint
34(3)
Weight-bearing by the leg
37(4)
Multijoint muscles
41(1)
Joint lubrication
42(4)
The generation and deployment of muscle force
46(27)
Motor units
46(1)
Electrical activity
47(1)
Neuromuscular transmission
48(1)
Internal structure of a muscle cell
49(2)
Tension generation
51(1)
Energy supply
52(2)
Functional components in muscle
54(1)
Elastin
55(1)
Isolated muscle
56(3)
Tension-length relationship
59(9)
Types of muscle-fibre
68(1)
Varying loads
69(4)
Active balance
73(21)
Momentum, work and energy
73(4)
Rebound
77(1)
Distributed mass
78(3)
Stability
81(4)
Friction
85(1)
The `point of balance'
86(2)
Angular momentum and the moment of inertia
88(2)
Toppling
90(2)
Active balancing
92(1)
Reflexes and habits
93(1)
Staying upright
94(81)
Which direction is `up'?
94(1)
Weight-bearing
95(1)
Learning to stand up
96(1)
The `normal' posture
96(1)
Supporting the head
97(1)
The vertebral column
97(1)
Neck muscles
98(6)
Movements of the head
104(1)
The supporting framework of the trunk
105(1)
The abdomen as a hydraulic strut
106(2)
Limb design
108(2)
Muscles spanning more than one joint
110(1)
`Reflex' responses
111(2)
Muscles as adjustable springs
113(2)
Modes of reaction
115(1)
Stretch reflexes in the decerebrate preparation
116(1)
Interaction between stretch reflexes
117(2)
Weight-transfer
119(2)
Neck reflexes
121(3)
Stabilizing reflexes from the labyrinth
124(4)
The human erect posture
128(1)
Lateral tilts
128(2)
A model to clarify the effects of interactions
130(5)
Sway reactions
135(1)
Buttressing, stepping and hopping
136(6)
Lateral movements of the head
142(1)
Factors obscuring the stabilizing responses
143(1)
Reflex effects within the vertebral column
144(1)
Fluctuating forces
145(1)
The moving vector display
146(1)
Swaying movements in quiet standing
147(1)
Standing on a movable support
148(3)
Deciding on the direction of the behavioural vertical
151(2)
`Shifting the weight'
153(1)
Reactions on overbalancing
154(1)
Forced hopping
155(1)
The stimulus for hopping
156(3)
Anticipatory pre-emptive actions
159(1)
Effect of life-style on balancing behaviour
160(1)
Tilting the seated subject
160(2)
Rescue reactions
162(2)
Visual cues for balancing
164(1)
The `moving room' experiment
164(2)
Supplementary proprioceptive cues
166(1)
Tilt of the support vector
166(2)
The magnet reaction
168(1)
Postural reactions from the skin
169(1)
Righting without labyrinths
170(1)
Grasping reactions
171(1)
Placing reactions
171(2)
Postural reactions in the newborn human baby
173(2)
Locomotion
175(53)
Controlled bouncing
176(1)
Riding the pogo-stick
177(1)
Catching and throwing
178(1)
Initiation of the slow walk
178(2)
Gait diagrams
180(3)
Trunk movements during walking
183(1)
Bipedal running
183(2)
The sprint start
185(3)
Bipedal leaping progression
188(1)
The crutch walk
189(1)
Quadrupedal locomotion
189(2)
The `canonical' sequence of limb movements at the crawl walk
191(4)
Continuous progression at the walk
195(4)
The running walk
199(2)
Trotting
201(1)
Preparation of the cyclic gait diagram
202(2)
The canter
204(2)
The gallop
206(3)
Gait variants
209(3)
`Gaited horses'
212(2)
Gaits of animals other than horses
214(2)
Jumping
216(1)
Effect of restricting the area of support
217(2)
The return from the brink
219(3)
Walking the tightrope
222(2)
Movement in the air
224(4)
Proprioceptive transducers
228(44)
Transducers
228(1)
A simple deformation-receptor
229(2)
Definition of `impulse-frequency'
231(1)
The response to a change in joint angle
231(2)
Tendon organs
233(2)
The frog muscle-spindle
235(3)
The mammalian muscle-spindle
238(2)
Distinctions between the intrafusal muscle-fibres
240(3)
The sensory discharge from the spindle
243(2)
Modelling the dynamic component
245(3)
Effects of the activation of intrafusal muscle-fibres
248(2)
The balancing organ in the inner ear
250(4)
The mechanics of the semicircular canal
254(8)
The otolith organs
262(10)
Central processing
272(68)
The `adequate stimulus' for the jerk reflex
273(1)
Synaptic transmission
274(3)
Postsnaptic potentials
277(1)
Action of synaptic transmitters
278(2)
Variations in stretch-reflex sensitivity
280(3)
Deficiencies in the follow-up length servo hypothesis
283(1)
Problems of coding
284(1)
Frames of reference
285(2)
Moving vehicles
287(1)
Orbiting spacecraft
288(1)
A rotating environment
288(1)
The Coriolis effect
289(1)
Misleading signals from the labyrinth
290(2)
Effects on the canals
292(1)
Motion sickness
292(2)
Pathways in the central nervous system
294(1)
Feature extractors in the central nervous system
295(2)
The cerebellum
297(5)
Motor patterns
302(1)
The basal ganglia
302(4)
Tilting reactions in basal ganglion disease
306(5)
Effect of L-Dopa on long-term Parkinsonian patients
311(1)
Rhythm generators for locomotion
312(1)
The size principle for the recruitment of motor units
313(1)
Spike-triggered averaging
314(1)
Recognition devices
315(2)
Connectionism
317(2)
Association learning
319(1)
Action of neuromodulators
320(1)
The hippocampus and related structures
321(2)
Reinforcement learning
323(1)
Training to a cue
324(1)
Networks within the nervous system
325(2)
Stages in feature extraction
327(2)
`Complex cells' in the visual pathway
329(1)
Confusions of categories
329(1)
A scheme for neural development
330(4)
Anticipatory pre-emptive actions
334(1)
Habits and skills
334(1)
A possible synthesis
335(3)
Overall summary and conclusions
338(2)
Sources of figures 340(3)
Index 343

Check Out These Items!
eCampus.com Pink Backpack eCampus.com Pink Backpack
Retail Price $28.95
Our Price $10.00
eCampus.com T-Shirt eCampus.com T-Shirt
Retail Price $14.99
Our Price $2.00
eCampus.com 4GB USB Drive eCampus.com 4GB USB Drive
Retail Price $32.95
Our Price $25.00
  Buy Textbooks
  Sell Textbooks
  College Apparel
  Shop by School
  Virtual Bookstores
  Order Status
  Shipping Rates
  Return Policy
  Marketplace Info
  F.A.S.T.
  Contact Us
  Privacy Policy
  Legal Notices
  Site Security
  Employment
  Help Desk
  eCampus Blog
  Affiliate Program
  Bulk Orders
  College Marketing
HACKER SAFE certified sites prevent over 99.9% of hacker crime.
eCampus.com blog follow eCampus.com on twitter find eCampus.com on facebook RSS Need Help? eService@ecampus.com   Copyright© 1999-2008     
.