How to Sleep Better Clinic : Specialist help for Insomnia and sleep problems related to: Menopause, Neurodiversity, Persistent Pain, Post Viral Fatigue, Stress and Burnout and Trauma. Reading, London. online across the UK

Insomnia

Chronic insomnia is defined as persistent difficulty falling asleep, staying asleep, or waking too early, occurring at least three nights per week for three months or more, and associated with daytime effects such as fatigue, reduced concentration, or low mood. (1)

Effect 

Insomnia often becomes self-reinforcing. Ongoing poor sleep increases fatigue, cognitive impairment, and emotional reactivity, which heightens anxiety about sleep and reduces confidence in the ability to rest. This leads to conditioned arousal at bedtime, irregular sleep patterns, and behaviours that unintentionally maintain the problem, creating a persistent cycle of disrupted sleep and daytime impairment. (2)

Management

Effective management of insomnia focuses on restoring consistent, restorative sleep and improving daytime function. This includes stabilising sleep–wake patterns, reducing night-time arousal, and supporting the ability to settle and return to sleep. Improving sleep quality and continuity enhances cognitive function, emotional regulation, and resilience, enabling individuals to function more effectively during the day and maintain long-term sleep stability.(4,5,6.7)

Menopause

Menopause commonly disrupts sleep through hormonal changes, particularly declining oestrogen and progesterone, which affect thermoregulation and sleep stability. This can lead to night sweats, frequent waking, lighter sleep, and increased vulnerability to insomnia and fragmented sleep patterns. (8)

Effect

Menopause-related sleep disturbance can become self-reinforcing. Hormonal changes disrupt sleep stability and thermoregulation, leading to frequent waking and non-restorative sleep. Poor sleep then exacerbates cognitive, emotional, and physical symptoms, further impairing sleep quality. Emerging evidence also links menopause to changes in brain structure, including reduced grey matter, alongside increased anxiety, low mood, and sleep disturbance, reinforcing a cycle of disrupted sleep and daytime impact. (9,10,11)

Management

Management of menopause-related sleep disturbance focuses on restoring more stable, restorative sleep and improving day-to-day function. Hormonal changes can disrupt sleep continuity, temperature regulation, and overall sleep quality. Improving sleep supports mood, cognitive function, and emotional stability. The aim is to reduce night-time waking, improve sleep consistency, and support a more balanced, sustainable pattern of living, enabling greater independence and overall wellbeing.(12.13.14.15)

Neurodiversity

Neurodivergent traits in adults, particularly ADHD and autism, are associated with delayed sleep timing, heightened sensory sensitivity, and difficulty switching off at night. Many experience problems settling, frequent waking, and irregular sleep patterns, contributing to persistent sleep disruption, daytime fatigue, and reduced sleep quality.(16,17,18,19,20)

Effects

In neurodivergent adults, ongoing poor or irregular sleep can significantly impair regulation, cognitive function, and day-to-day stability. Sleep disruption amplifies attentional variability, emotional reactivity, and sensory sensitivity, increasing overwhelm and reducing resilience. Executive functioning becomes less reliable, affecting planning, memory, and consistency. Over time, these changes further destabilise routines and regulation, contributing to a reinforcing cycle in which reduced daytime capacity increases difficulty settling and maintaining sleep.(21,22,23)

Management

Management of sleep difficulties in neurodivergent adults focuses on improving the ability to settle, sustain sleep, and function consistently during the day. Differences in sensory processing, arousal, and interoception can affect how sleep is experienced and regulated. Supporting recognition of internal states and the ability to shift into rest is central. Improving sleep quality and consistency enhances emotional regulation, cognitive function, and stability, enabling more predictable routines and greater independence in daily life. (24,25,26,27)

Persistent Pain

Persistent pain is strongly associated with disrupted sleep, as ongoing nociceptive input and heightened nervous system arousal interfere with the ability to fall asleep and maintain deep, restorative sleep. Individuals commonly experience frequent waking, lighter sleep, and reduced sleep quality. (28,29,20)

Effects

In persistent pain, disrupted sleep can significantly worsen pain experience and recovery. Poor sleep increases pain sensitivity and reduces pain thresholds, while also amplifying central sensitisation within the nervous system. From a pain neuroscience perspective, a system primed to detect threat remains in a state of heightened vigilance, making both rest and recovery more difficult. Fatigue, low mood, and reduced cognitive capacity further impair coping, reinforcing a cycle in which poor sleep intensifies pain and ongoing pain continues to disrupt sleep.(31, 32, 33)

Management

Management of the impact of poor sleep on persistent pain focuses on reducing night-time arousal, improving comfort, and restoring a sense of safety. Anticipation and fear can heighten sensitivity and make it harder to settle or return to sleep. Improving the ability to rest more easily at night supports better sleep continuity, reduces pain amplification, and enhances daytime function, helping to break the reinforcing cycle between disrupted sleep and ongoing pain.(34,35,36,37)

Post Viral Fatigue

Post-viral fatigue, including Long Covid and ME/CFS, is commonly associated with disrupted sleep. Individuals often experience unrefreshing sleep, altered sleep architecture, and difficulty maintaining restorative rest, alongside circadian disruption and heightened physiological stress responses that impair recovery. (38,39,40)

Effects

In post-viral fatigue, including Long Covid and ME/CFS, disrupted or non-restorative sleep can significantly impair recovery. Poor sleep affects immune regulation, energy production, and autonomic stability, prolonging fatigue and symptom fluctuation. Even extended sleep may not restore function. Reduced sleep quality is associated with slower recovery and reduced resilience, reinforcing a cycle in which impaired healing further disrupts sleep and overall health.(41,42,43)

Management

Management of sleep problems in post-viral fatigue, including Long Covid and ME/CFS, focuses on improving sleep quality, stabilising energy, and supporting more consistent day-to-day function. Disrupted or unrefreshing sleep can increase fatigue and delay recovery. Improving sleep continuity and overall regulation supports more stable energy, reduces symptom fluctuation, and enables greater engagement in daily life. This contributes to a more sustainable pattern of recovery and increased independence over time. (44,45,46)

Stress and Burnout 

Stress and burnout significantly impact sleep by increasing physiological arousal and activating the body’s stress response, making it harder to fall asleep and stay asleep. Prolonged stress and burnout are associated with fragmented sleep, reduced sleep quality, and difficulty achieving restorative rest.(47,48,49,50)

Effects

In stress and burnout, sleep disruption significantly impairs the ability to cope with sustained high levels of pressure. Poor or fragmented sleep increases physiological arousal, reduces emotional regulation, and impairs cognitive performance. This lowers resilience, making work demands feel more overwhelming and harder to manage. Over time, this contributes to sustained stress activation and burnout, reinforcing a cycle in which reduced capacity during the day further disrupts sleep and prolongs recovery.(51,52,53)

Management

Management of sleep problems associated with stress and burnout focuses on restoring balance between the demands placed on the individual and their capacity to manage them. Poor sleep reduces resilience, impairs judgement, and increases emotional reactivity, making everyday pressures harder to manage. Improving sleep quality and recovery supports clearer thinking, greater stability, and increased capacity, enabling more consistent engagement in daily life and a more sustainable, independent way of living.(54,55,56)

Trauma

Physical and emotional trauma are rarely separate in their impact on sleep; they interact continuously. Physical injury — from fractures, burns, limb loss or brain injury to more subtle damage — brings pain, disruption, and often a profound loss of control. That experience can sensitise the nervous system and trigger earlier adverse experiences. Emotional trauma, including PTSD, sustains heightened arousal and threat responses. The impact of trauma on the brain, nervous system and wider physiological systems — including sleep — is often underestimated, with these overlapping processes preventing deep, restorative rest and impairing recovery.(57,58,59)

Effects

In physical and emotional trauma, poor or disrupted sleep can significantly impair recovery. Sleep is critical for tissue repair, bone healing, and neurological recovery following injury. Inadequate or fragmented sleep can slow healing, increase pain sensitivity, and impair cognitive function. At the same time, the psychological impact of trauma — including shock, distress, and loss of control — can reduce the ability to engage with rehabilitation and recovery processes. Together, these effects reinforce a cycle in which poor sleep delays healing and recovery, while ongoing symptoms continue to disrupt sleep.(61, 62, 63)

Management

Management of sleep problems associated with trauma focuses on restoring a sense of safety, predictability, and control. Disrupted sleep is often linked to ongoing arousal and difficulty settling at night. Improving sleep quality supports emotional stability, clearer thinking, and reduced reactivity. As stability increases, individuals are better able to engage with daily life, rebuild confidence, and regain independence, supporting a more sustainable and manageable pattern of recovery.(64,65,66)