Preface | |
Acknowledgments | |
Scientific Committee | |
Opening address by the University Chancellor Stig Hagstrom | |
Participants of the International Symposium at the Wenner-Gren Center, Stockholm | |
CNS pathways, single unit, neural population and structural correlates of the accommodative system | |
Neuronal circuits for accommodation and vergence in the primate | p. 1 |
Neural codes for three-dimensional space | p. 11 |
Neuronal connectivity between the accommodative and active fixation systems | p. 21 |
The Pupillary light reflex, accommodation and convergence: Comparative considerations | p. 31 |
Vergence eye movement and lens accommodation: Cortical processing and neuronal pathway | p. 43 |
Research on dynamic accommodation using TDO III (Three Dimensional Optometer III) and MEG (Magnetoencephalography) | p. 51 |
Neuroanatomical correlates of the near response: Voluntary modulation of accommodation in the human visual system | p. 67 |
Functional neuroanatomy of the human near/far response of the visual system to blur cues: Fixation to point targets at different viewing distances | p. 79 |
Spatial contrast sensitivity and visual accommodation studied with VEP (Visual Evoked Potential), PET (Position Emission Tomography) and psychophysical techniques | p. 91 |
Autonomic nervous system, microfluctuations and resting state of accommodation | |
Accommodation and the through-focus changes of the retinal image | p. 115 |
A mechanism for steady-state control of accommodation | p. 129 |
Pharmacology of accommodative adaptation | p. 141 |
Behavioral links between the oculomotor and cardiovascular systems | p. 151 |
Developmental/functional aspects of accommodation | |
Development of accommodation and vergence in infancy | p. 161 |
The accommodative response to blur in myopic children | p. 171 |
The role of muscarinic antagonists in the control of eye growth and myopia | p. 183 |
Accommodation, age and presbyopia | p. 193 |
Chromatic stimulus for accommodation to stationary and moving targets | p. 201 |
Error signal detection and dynamics of accommodation | p. 213 |
Mode switching in control of accommodation | p. 225 |
A modified control model for steady-state accommodation | p. 235 |
Binocular accommodation | p. 245 |
Health and clinical aspects of accommodation/vergence | |
Vertical vergence - normal function and plasticity | p. 257 |
Predicting accommodative performance in difficult conditions: a behavioral analysis of normal variations of accommodation | p. 273 |
The influence of oculomotor function on the optical correction for night myopia | p. 285 |
Effects of neck muscles proprioception on eye position and vergence movements | p. 293 |
Accommodation/vergence/fixation disparity and synergism of head, neck and shoulders | p. 303 |
Changes in accommodation and vergence following 2 hours movie viewing through bi-ocular head-mounted display | p. 313 |
Development of myopia due to environmental problems. A possible interaction of anti-cholinesterase compounds examined by accommodative adaption | p. 327 |
Epilogue: Nearwork and visual well-being: A possible contribution of neuroscience | p. 341 |
Subject Index | p. 345 |
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