Book contents
- Frontmatter
- Contents
- List of contributors
- Preface
- Psychology, health and illness
- Adolescent lifestyle
- Age and physical functioning
- Age and cognitive functioning
- Ageing and health
- Architecture and health
- Attributions and health
- Childhood influences on health
- Children's perceptions of illness and death
- Coping with bereavement
- Coping with chronic illness
- Coping with chronic pain
- Coping with death and dying
- Coping with stressful medical procedures
- Cultural and ethnic factors in health
- Delay in seeking help
- Diet and health
- Disability
- Emotional expression and health
- Expectations and health
- Gender issues and women's health
- The health belief model
- Health-related behaviours: common factors
- Hospitalization in adults
- Hospitalization in children
- Hostility and Type A behaviour in coronary artery disease
- Lay beliefs about health and illness
- Life events and health
- Men's health
- Noise: effects on health
- Pain: a multidimensional perspective
- Perceived control
- Personality and health
- Physical activity and health
- Placebos
- Psychoneuroimmunology
- Psychosomatics
- Quality of life
- Religion and health
- Risk perception and health behaviour
- Self-efficacy in health functioning
- Sexual risk behaviour
- Sleep and health
- Social support and health
- Socioeconomic status and health
- Stigma
- Stress and health
- Symptom perception
- Theory of planned behaviour
- Transtheoretical model of behaviour change
- Unemployment and health
- Brain imaging and function
- Communication assessment
- Coping assessment
- Diagnostic interviews and clinical practice
- Disability assessment
- Health cognition assessment
- Health status assessment
- Illness cognition assessment
- IQ testing
- Assessment of mood
- Neuropsychological assessment
- Neuropsychological assessment of attention and executive functioning
- Neuropsychological assessment of learning and memory
- Pain assessment
- Patient satisfaction assessment
- Psychoneuroimmunology assessments
- Qualitative assessment
- Quality of life assessment
- Social support assessment
- Stress assessment
- Behaviour therapy
- Biofeedback
- Cognitive behaviour therapy
- Community-based interventions
- Counselling
- Group therapy
- Health promotion
- Hypnosis
- Motivational interviewing
- Neuropsychological rehabilitation
- Pain management
- Physical activity interventions
- Psychodynamic psychotherapy
- Psychosocial care of the elderly
- Relaxation training
- Self-management interventions
- Social support interventions
- Stress management
- Worksite interventions
- Adherence to treatment
- Attitudes of health professionals
- Breaking bad news
- Burnout in health professionals
- Communicating risk
- Healthcare professional–patient communication
- Healthcare work environments
- Informed consent
- Interprofessional education in essence
- Medical decision-making
- Medical interviewing
- Patient-centred healthcare
- Patient safety and iatrogenesis
- Patient satisfaction
- Psychological support for healthcare professionals
- Reassurance
- Screening in healthcare: general issues
- Shiftwork and health
- Stress in health professionals
- Surgery
- Teaching communication skills
- Written communication
- Medical topics
- Index
- References
Brain imaging and function
from Psychology, health and illness
Published online by Cambridge University Press: 18 December 2014
- Frontmatter
- Contents
- List of contributors
- Preface
- Psychology, health and illness
- Adolescent lifestyle
- Age and physical functioning
- Age and cognitive functioning
- Ageing and health
- Architecture and health
- Attributions and health
- Childhood influences on health
- Children's perceptions of illness and death
- Coping with bereavement
- Coping with chronic illness
- Coping with chronic pain
- Coping with death and dying
- Coping with stressful medical procedures
- Cultural and ethnic factors in health
- Delay in seeking help
- Diet and health
- Disability
- Emotional expression and health
- Expectations and health
- Gender issues and women's health
- The health belief model
- Health-related behaviours: common factors
- Hospitalization in adults
- Hospitalization in children
- Hostility and Type A behaviour in coronary artery disease
- Lay beliefs about health and illness
- Life events and health
- Men's health
- Noise: effects on health
- Pain: a multidimensional perspective
- Perceived control
- Personality and health
- Physical activity and health
- Placebos
- Psychoneuroimmunology
- Psychosomatics
- Quality of life
- Religion and health
- Risk perception and health behaviour
- Self-efficacy in health functioning
- Sexual risk behaviour
- Sleep and health
- Social support and health
- Socioeconomic status and health
- Stigma
- Stress and health
- Symptom perception
- Theory of planned behaviour
- Transtheoretical model of behaviour change
- Unemployment and health
- Brain imaging and function
- Communication assessment
- Coping assessment
- Diagnostic interviews and clinical practice
- Disability assessment
- Health cognition assessment
- Health status assessment
- Illness cognition assessment
- IQ testing
- Assessment of mood
- Neuropsychological assessment
- Neuropsychological assessment of attention and executive functioning
- Neuropsychological assessment of learning and memory
- Pain assessment
- Patient satisfaction assessment
- Psychoneuroimmunology assessments
- Qualitative assessment
- Quality of life assessment
- Social support assessment
- Stress assessment
- Behaviour therapy
- Biofeedback
- Cognitive behaviour therapy
- Community-based interventions
- Counselling
- Group therapy
- Health promotion
- Hypnosis
- Motivational interviewing
- Neuropsychological rehabilitation
- Pain management
- Physical activity interventions
- Psychodynamic psychotherapy
- Psychosocial care of the elderly
- Relaxation training
- Self-management interventions
- Social support interventions
- Stress management
- Worksite interventions
- Adherence to treatment
- Attitudes of health professionals
- Breaking bad news
- Burnout in health professionals
- Communicating risk
- Healthcare professional–patient communication
- Healthcare work environments
- Informed consent
- Interprofessional education in essence
- Medical decision-making
- Medical interviewing
- Patient-centred healthcare
- Patient safety and iatrogenesis
- Patient satisfaction
- Psychological support for healthcare professionals
- Reassurance
- Screening in healthcare: general issues
- Shiftwork and health
- Stress in health professionals
- Surgery
- Teaching communication skills
- Written communication
- Medical topics
- Index
- References
Summary
Brain imaging and function
Until the advent of computerized tomography (CT) in the 1970s, it was impossible to non-invasively image the brain (Eisenberg, 1992). However, once introduced, CT imaging rapidly advanced the technology of brain imaging and today remains one of the cornerstone technologies, especially for the assessment of acute neurologic symptom onset (i.e. a stroke) or injury.
Simultaneous with the development of CT imaging were tremendous improvements in computer technology, with faster processors and increased memory capacity. This provided the backdrop for essentially all other improvements that have occurred in brain imaging, once the breakthrough technology of CT imaging had been introduced. The physics and mathematics behind CT technology also became the inspiration for applying the principles of nuclear magnetic resonance (NMR) to human brain imaging. NMR principles had long been known and were, in fact, the basis for the Nobel Prize in Physics in 1952, but essentially had only been applied to physics and engineering (Eisenberg, 1992). In the 1970s researchers realized that radio frequency (RF) waves could reflect differences in biological tissues, such as the brain, since atoms within the molecules that form grey matter of the brain would ‘resonate’ differently in response to a pulsed magnetic field than those within white matter or cerebrospinal fluid. Detecting these differences in emitted RF waves – following the application of brief, pulsed, but very strong magnetic fields – could then be reconstructed to create an image of the brain (or any other biological tissue).
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- Cambridge Handbook of Psychology, Health and Medicine , pp. 237 - 241Publisher: Cambridge University PressPrint publication year: 2007