Korea  | Russia  |  Malaysia |   Kazakhstan
Indonesia  | Oman  | All Others

eg.stem cell, stem cell treatment
Stem cell treatment | Parkinson's Disease | Multiple Sclerosis | ALS | Brain Injury | Spinal Cord Injury | Cerebaral Palsy | Batten Disease | Stroke
MSA | Muscular Dystrophy | Epilepsy | Optic neuritis | Encephalomyelitis | SMA | Huntingdon's disease | Friedrich ataxia | Diabetes
HOME > News > Article Content

High Prevalence of Depression After Traumatic Brain Injury


http://www.sciencedaily.com/releases/2010/05/100518101616.htm

ScienceDaily (May 19, 2010)

During the year following hospitalization for a traumatic brain injury, a majority of patients experienced major depression, according to a study in the May 19 issue of JAMA, a theme issue on mental health.


Charles H. Bombardier, Ph.D., of the University of Washington School of Medicine, Seattle, presented the findings of the study at a JAMA media briefing on mental health.


"Traumatic brain injury (TBI) is a major cause of disability in the United States and a signa¬ture injury among wounded soldiers. Assessment and treatment of TBI typically focus on physical and cog¬nitive impairments, yet psychological impairments represent significant causes of disability. Major depressive disorder (MDD) may be the most com¬mon and disabling psychiatric condi¬tion in individuals with TBI. Poorer cognitive functioning, aggression and anxiety, greater functional disabil¬ity, poorer recovery, higher rates of suicide attempts, and greater health care costs are thought to be associ¬ated with MDD after TBI," the authors write.Uncertainties exist about the rates, predictors, and outcomes of major de¬pressive disorder among individuals with TBI.

Dr. Bombardier and colleagues conducted a study to determine the rate of MDD during the first year after TBI and also examined predictors of MDD, MDD-related co-existing illnesses and the relationship of MDD to quality-of-life outcomes. The study included 559 hospitalized adults with compli¬cated mild to severe TBI, who were followed up by structured tele¬phone interviews at months 1 through 6, 8, 10, and 12. Depression and anxiety were gauged with Patient Health Questionnaire (PHQ) study measures, which were administered at each assessment, and the European Quality of Life measure was given at 12 months.

The researchers found that during the first year after TBI, 297 of 559 patients (53.1 percent) met criteria for MDD at least once (a rate of MDD that is about 8 times greater than would be expected in the general population). The authors add that because of incomplete data at each assessment time point, the rate and depression duration estimates are likely conservative.

Participants were mostly men injured in vehicular crashes who sus¬tained complicated mild injuries. Point prevalences of MDD ranged between 31 percent at 1 month and 21 percent at 6 months. Risk of MDD after TBI was associated with MDD at the time of injury, history of MDD prior to injury (but not at the time of injury), age (individuals older than 60 years had a lower risk of MDD than those 18-29 years of age), and life¬time alcohol dependence.

Those with MDD also were more likely to report any co-existing anxiety disorders after TBI than those without MDD (60 percent vs. 7 percent). Only 44 percent of those with MDD received antidepres¬sants or counseling. Also, MDD within the first year after TBI was associated with greater problems with mobility, usual activities, and pain/discomfort and greater difficulty with role function¬ing at 12 months after TBI. After adjusting for predictors of MDD, persons with MDD re¬ported lower quality of life at 1 year compared with the nondepressed group.

The researchers write that several features of MDD after TBI are pertinent to future detection and treatment efforts, including the fact that about half of the pa¬tients who became depressed were iden¬tified by 3 months, suggesting a window of opportunity for early identification and treatment or prevention efforts. They note that TBI survivors remained at risk of MDD throughout the first year re¬gardless of pre-injury depression his¬tory, and that risk of post-TBI MDD probably persists beyond 1 year.
"Systematic integration of mental health services into standard care of patients with TBI may be needed to improve long-term outcomes after TBI. Within inpa¬tient rehabilitation, integrated clinical pathways can be used to organize early identification, risk assessment, diagno¬sis, and guideline-driven treatment of MDD. Systematic depression screen¬ing and stepped-care treatment proto¬cols should be integrated into routine outpatient care. For those without or be¬yond routine follow-up, novel case-finding programs may be useful, possi¬bly via scheduled telephone contacts, Internet-based screening or other tech¬nology-assisted methods," the authors write.



Related Information:

  • The Chinese Government Gives Top Priority to Stem Cell Research and Development   
  • The Washington Post report regarding our center and specialized stem cell treatment   
  • Stem cell therapy, a promising novel endeavor for neurological disorders   
  • Brain Imaging Differences Evident at 6 Months in High-Risk Infants Who Later Develop Autism   
  • New Treatment for Traumatic Brain Injury Shows Promise in Animals   
  • Stem Cell Treatments Improve Heart Function After Heart Attack   
  • Cognitive Stimulation Beneficial in Dementia   
  • New Imaging Methods Show Challenges of Identifying Cognitive Abilities in Severely Brain-Injured Patients   
  • Huntington Disease Breakthrough New Potential Therapy That Restores Motor Function Being Planned for Clinical Trial   
  • In Mouse Model Bexarotene Quickly Reverses Alzheimer's Symptoms   
  • Study of Live Human Neurons Reveals Parkinson's Origins   
  • New Drug Doesn't Improve Disability Among Stroke Patients, Researchers Find   
  • Anemia May More Than Triple Your Risk of Dying After a Stroke   
  • Researchers Visualize the Development of Parkinson's Cells   
  • Surprisingly High Number of Adults With Severe Learning Disabilities Also Have Autism   
  • Brain Glia Cells Increase Their DNA Content to Preserve Vital Blood-Brain Barrier   
  • Stem Cells   
  • PET Effectively Detects Dementia, Decade of Research Shows   
  • Neurons Grown from Skin Cells May Hold Clues to Autism   
  • Stem Cell Therapy Reverses Diabetes: Stem Cells from Cord Blood Used to Re-Educate Diabetic's Own T Cells   
  • Research Demonstrating Link Between Virus and MS Could Point the Way to Treatment and Prevention   
  • Low Vitamin D Levels Linked to Depression, Psychiatrists Report   
  • New Hope for Diseases of Protein Folding Such as Alzheimer¡¯s, Parkinson¡¯s Diseases, ALS, Cancer and Diabetes   
  • Autism May Be Linked to Abnormal Immune System Characteristics and Novel Protein Fragment   
  • Alzheimer's Damage Occurs Early   
  • Another Potential Risk Factor for Developing Dementia and Alzheimer's Disease in Women   
  • Brain Cell Malfunction in Schizophrenia Identified   
  • Alzheimer's: Diet Patterns May Keep Brain from Shrinking   
  • 'Rare' Brain Disorder May Be More Common Than Thought, Scientists Say   
  • Turn 'Signals' for Neuron Growth Identified   
  • Treatment
    The Parkinson's Clinical Center
    Doctor Blogs
    Treatment Data
    Contact Us

  • What are stem cells and how do they work to treat various diseases?   
  • How do stem cells know where to go and what to do?   
  • What kinds of stem cells does your medical center use and are they safe?   
  • Where do the stem cells come from?   
  • Is stem cell treatment safe? Is it really effective?   
  • How do I know if I am a good candidate for stem cell therapy?   
  • How long should I expect to stay in Beijing for the treatment?   
  • Can you use adult stem cells from my own bone marrow?   
  • What methods do you use to transplant stem cells into the patient's body?   
  • What should I expect to experience during the stem cell treatment?   
  • Do the doctors use anesthesia during the operation?   
  • What other drugs does the doctor combine with the stem cells for therapy?   
  • How long after surgery will it be before I can bathe or shower?   
  • For Batten disease treatment, what type of stem cells are used?   
  • About the neural growth factors that your medical center use   
  • If your hospitals have an age restriction on patients?   
  • What medications do you use on Batten disease patients?   
  • Is it possible for you to manufacture the TPP1 enzyme and deliver it?   
  • When I send my records to your hospital, does a doctor read them?   
  • Is general anesthesia used?   
  • Is other therapy done in addition to stem cell infusion?   
  • What types of rehabilitation training is done?   
  • What will my treatment schedule be like?   
  • Does the doctor have to penetrate the spinal canal to infuse the stem cells   
  • If I have to have surgery, how long will it take for the wound to heal?   
  • Will I lose very much blood?   
  • If there is surgery, can I fly back home before the wound has healed?   
  • Does your medical center also offer conventional treatment?   
  • What is the most effective way to contact us?   
  • Are stem cells pre-tested for HIV and Hepatitis? What else do you test?   
  • Send Inquiry Contact Us Sitemap Help

    Link:Like Cell Research Center | stemcellshezhong.com
    Copyright © 2011 unistemcells.com All rights reserved.