Neuroimaging makes it possible to study pain processing beyond the peripheral nervous system, at the supraspinal level, in a safe, noninvasive way, without interfering with neurophysiological processes. In recent years, studies using brain imaging methods have contributed to our understanding of the mechanisms responsible for the development and maintenance of chronic pain. Moreover, neuroimaging shows promising results for analgesic drug development and in characterizing different types of pain, bringing us closer to development of mechanism-based diagnoses and treatments for the chronic pain patient
Pain is a complex, multidimensional experience that has defied our understanding for centuries. Thro...
Non-invasive functional brain imaging is used more than ever to investigate pain in health and disea...
Functional imaging of pain-related central nervous system (CNS) activ-ity provides a powerful method...
In humans, the experience of pain and suffering is conveyed specifically by language. Noninvasive ne...
In humans, the experience of pain and suffering is conveyed specifically by language. Noninvasive ne...
Functional imaging techniques have allowed researchers to look within the brain, and revealed the co...
Functional imaging techniques have allowed researchers to look within the brain, and revealed the co...
The great advances in brain imaging techniques over the last few decades have determined a shift in ...
Pain is a multidimensional subjective experience with biological, psychological, and social factors....
The brain is the principal processor of internal and external sensory experiences including pain. Pa...
Imaging techniques with high spatial and temporal resolution (PET,fMRI, MEG) provide detailed inform...
PURPOSE OF REVIEW: Neuroimaging methods are widely used by researchers and clinicians interested in ...
Pain is a complex and multidimensional experience, which is subjective for an individual and modulat...
Pain has at least two dimensions such as somatosensory qualities and affect and patients are frequen...
This review deals with the recent functional brain imaging studies of pain. In summary, the sensory-...
Pain is a complex, multidimensional experience that has defied our understanding for centuries. Thro...
Non-invasive functional brain imaging is used more than ever to investigate pain in health and disea...
Functional imaging of pain-related central nervous system (CNS) activ-ity provides a powerful method...
In humans, the experience of pain and suffering is conveyed specifically by language. Noninvasive ne...
In humans, the experience of pain and suffering is conveyed specifically by language. Noninvasive ne...
Functional imaging techniques have allowed researchers to look within the brain, and revealed the co...
Functional imaging techniques have allowed researchers to look within the brain, and revealed the co...
The great advances in brain imaging techniques over the last few decades have determined a shift in ...
Pain is a multidimensional subjective experience with biological, psychological, and social factors....
The brain is the principal processor of internal and external sensory experiences including pain. Pa...
Imaging techniques with high spatial and temporal resolution (PET,fMRI, MEG) provide detailed inform...
PURPOSE OF REVIEW: Neuroimaging methods are widely used by researchers and clinicians interested in ...
Pain is a complex and multidimensional experience, which is subjective for an individual and modulat...
Pain has at least two dimensions such as somatosensory qualities and affect and patients are frequen...
This review deals with the recent functional brain imaging studies of pain. In summary, the sensory-...
Pain is a complex, multidimensional experience that has defied our understanding for centuries. Thro...
Non-invasive functional brain imaging is used more than ever to investigate pain in health and disea...
Functional imaging of pain-related central nervous system (CNS) activ-ity provides a powerful method...