There is a critical, bidirectional relationship between sleep and cognition, yet the literature in this area is scattered, and it is surprisingly difficult to find a comprehensive overview of the basic principles, latest discoveries, and outstanding challenges.
This issue of Progress in Brain Research is split over 2 volumes, bringing together cutting-edge research on the topic in the basic, clinical and applied sciences. The 2 volumes review current knowledge and understanding, provide a starting point for researchers and practitioners entering the field, and build a platform for further research and discovery.
1. Introduction 2. Circadian biology 3. Cognition and circadian rhythms 4. Circadian preference and cognitive performance 5. Circadian rhythm sleep disorders 6. Concluding remarks 7. Sleep–wake changes and cognition in neurodegenerative disease 8. Abbreviations 9. Introduction 10. Sleep–wake changes in normal aging 11. Sleep–wake changes in neurodegenerative disease 12. Sleep and cognition 13. Treatments for sleep–wake disturbance in neurodegenerative diseases 14. Summary 15. Acknowledgments 16. Cognition and daytime functioning in sleep-related breathing disorders 17. Introduction 18. Mechanisms of cognitive impairment in OSA 19. Daytime function 20. Other factors associated with cognitive decline in sleep-related breathing disorders 21. Conclusion 22. Cognitive recovery following positive airway pressure (PAP) in sleep apnea 23. Introduction 24. OSAHS treatment 25. Neurobehavioral deficits in OSAHS 26. Cognitive domains and OSAHS 27. Models of neuropsychological deficits in OSAHS 28. Alteration in brain morphology and cognitive function 29. Neurobehavioral recovery after PAP 30. Changes in brain structure and function after PAP 31. Conclusions and future directions 32. Effects of the use of hypnotics on cognition 33. Introduction 34. Hypnotics 35. Acute effects 36. Residual effects 37. Long-term effects 38. Novel hypnotics 39. Summary and conclusion 40. Effects of caffeine on sleep and cognition 41. Introduction 42. Caffeine and sleep deprivation 43. Caffeine and recovery sleep 44. Caffeine and self-imposed sleep deprivation 45. Caffeine, sleepiness, and work quality 46. Remaining issues 47. Conclusions 48. Can light make us bright? Effects of light on cognition and sleep 49. Introduction 50. Effects of light on the circadian timing system and sleep–wake cycles 51. Light directly impacts on sleep and cognition 52. Cerebral correlates of light impacts’ on cognitive performance 53. Summary 54. Sleep’s effects on cognition and learning in adolescence 55. Individual differences in cognitive vulnerability to fatigue in the laboratory and in the workplace 56. Trait individual differences in vulnerability to fatigue 57. Individual differences in vulnerability to fatigue in operational settings 58. New research into distinct cognitive dimensions of vulnerability to fatigue 59. Predicting cognitive impairment and accident risk 60. Homeostatic and circadian regulation of sleep and performance 61. Modern approaches for modeling the relationship between sleep and cognition 62. Predicting fatigue-related accident risk 63. Sleep loss and accidents—Work hours, life style, and sleep pathology 64. Work hours and life style 65. Sleep pathology 66. Occupational sleep medicine 67. Introduction to occupational sleep medicine 68. Components of fatigue and relation to fatigue risk management 69. Measuring fatigue 70. Sleep, circadian rhythm, workload, the operational environment, and operational performance 71. Consolidated sleep, split sleep, and sleep fragmentation 72. Individual differences in response to factors causing fatigue 73. Predicting performance from the components of fatigue 74. Systems of fatigue risk management 75. Summary of current practice and future promise 76. Volume in series
There is a critical, bidirectional relationship between sleep and cognition, yet the literature in this area is scattered, and it is surprisingly difficult to find a comprehensive overview of the basic principles, latest discoveries, and outstanding challenges.
This issue of Progress in Brain Research is split over 2 volumes, bringing together cutting-edge research on the topic in the basic, clinical and applied sciences. The 2 volumes review current knowledge and understanding, provide a starting point for researchers and practitioners entering the field, and build a platform for further research and discovery.
1. Introduction 2. Circadian biology 3. Cognition and circadian rhythms 4. Circadian preference and cognitive performance 5. Circadian rhythm sleep disorders 6. Concluding remarks 7. Sleep–wake changes and cognition in neurodegenerative disease 8. Abbreviations 9. Introduction 10. Sleep–wake changes in normal aging 11. Sleep–wake changes in neurodegenerative disease 12. Sleep and cognition 13. Treatments for sleep–wake disturbance in neurodegenerative diseases 14. Summary 15. Acknowledgments 16. Cognition and daytime functioning in sleep-related breathing disorders 17. Introduction 18. Mechanisms of cognitive impairment in OSA 19. Daytime function 20. Other factors associated with cognitive decline in sleep-related breathing disorders 21. Conclusion 22. Cognitive recovery following positive airway pressure (PAP) in sleep apnea 23. Introduction 24. OSAHS treatment 25. Neurobehavioral deficits in OSAHS 26. Cognitive domains and OSAHS 27. Models of neuropsychological deficits in OSAHS 28. Alteration in brain morphology and cognitive function 29. Neurobehavioral recovery after PAP 30. Changes in brain structure and function after PAP 31. Conclusions and future directions 32. Effects of the use of hypnotics on cognition 33. Introduction 34. Hypnotics 35. Acute effects 36. Residual effects 37. Long-term effects 38. Novel hypnotics 39. Summary and conclusion 40. Effects of caffeine on sleep and cognition 41. Introduction 42. Caffeine and sleep deprivation 43. Caffeine and recovery sleep 44. Caffeine and self-imposed sleep deprivation 45. Caffeine, sleepiness, and work quality 46. Remaining issues 47. Conclusions 48. Can light make us bright? Effects of light on cognition and sleep 49. Introduction 50. Effects of light on the circadian timing system and sleep–wake cycles 51. Light directly impacts on sleep and cognition 52. Cerebral correlates of light impacts’ on cognitive performance 53. Summary 54. Sleep’s effects on cognition and learning in adolescence 55. Individual differences in cognitive vulnerability to fatigue in the laboratory and in the workplace 56. Trait individual differences in vulnerability to fatigue 57. Individual differences in vulnerability to fatigue in operational settings 58. New research into distinct cognitive dimensions of vulnerability to fatigue 59. Predicting cognitive impairment and accident risk 60. Homeostatic and circadian regulation of sleep and performance 61. Modern approaches for modeling the relationship between sleep and cognition 62. Predicting fatigue-related accident risk 63. Sleep loss and accidents—Work hours, life style, and sleep pathology 64. Work hours and life style 65. Sleep pathology 66. Occupational sleep medicine 67. Introduction to occupational sleep medicine 68. Components of fatigue and relation to fatigue risk management 69. Measuring fatigue 70. Sleep, circadian rhythm, workload, the operational environment, and operational performance 71. Consolidated sleep, split sleep, and sleep fragmentation 72. Individual differences in response to factors causing fatigue 73. Predicting performance from the components of fatigue 74. Systems of fatigue risk management 75. Summary of current practice and future promise 76. Volume in series
