Although a range of incidental findings may be observed on MRI obtained in pediatric headache, they are rarely indicative of a serious underlying condition.
Many practitioners, researchers, and patients also appeal for techniques that could objectively measure pain.
In the past decade, brain imaging studies have shed light on the neural correlates of pain perception and pain modulation, and recently have also begun to clarify the neural mechanisms that underlie different pain sensations. New developments in functional, structural and neurochemical imaging have advanced understanding of chronic pain, and may help predict individuals with acute pain who are likely to progress to chronic pain.
Often, family and friends cannot appreciate the depth of pain and suffering that depression can cause.
Clinical Pain Advisor Articles
- Virtual Reality May Effectively Reduce Sensory, Affective, and Cognitive Pain During Labor
- Suprazygomatic Sphenopalatine Ganglion Block May Quickly Relieve Status Migrainosus Pain
- Reducing Mortality After Overdose: Is Treatment for Opioid Use Disorder Effective?
- Low Literacy Self-Management Program for Chronic Pain May Be Effective
- A Physician's Guide to Incorporating Patient Spirituality in Practice
- Neuropathic Pain Medications
- Higher Buprenorphine Dose May Not Increase Severity of Neonatal Abstinence Syndrome
- Terms Used for Addiction May Be Associated With Explicit, Implicit Bias
- Ketamine Infusions May Be Effective for Refractory Headache
- Physical, Psychosocial Activity May Be Protective Against Development of Chronic Pain in Older Adults
- The Challenge of Compassion in Modern Healthcare Settings
- Republican Opposition to Obamacare: What's Done, What's to Come
- Lowering Default Pill Counts in EMRs May Effectively Reduce Postoperative Opioid Prescription Numbers
- Steps Taken to Increase Use of Electronic Tools in Medicine
- Daily and Retrospective Pain Measurements Comparable in Hip Osteoarthritis