3-rx.comCustomer Support
3-rx.com
   
HomeAbout UsFAQContactHelp
News Center
Health Centers
Medical Encyclopedia
Drugs & Medications
Diseases & Conditions
Medical Symptoms
Med. Tests & Exams
Surgery & Procedures
Injuries & Wounds
Diet & Nutrition
Special Topics



\"$alt_text\"');"); } else { echo"\"$alt_text\""; } ?>


Join our Mailing List





Syndicate

You are here : 3-RX.com > Home > Neurology -

Nerve Activity Can Predict Life Or Death for Comatose Patients

NeurologySep 17, 08

Even when patients are unable to respond, physicians can get valuable information from nerves that can assist in determining whether the patient will live or die in nontraumatic comatose patients. Even in a comatose state, electrically induced nerve responses can be interpreted because the nerve responses are not affected by therapeutic muscular paralysis that occurs when sedatives are given at high dosage.

In a recent study, evoked nerve responses were studied to correlate the nerve activity with the liklihood of survival. Researchers studied forty-seven nontraumatic comatose adults. One hundred eighty-eight somatosensory evoked potential (SEP) measurements were taken from comatose patients within 5 days after they became comatose. Eight patients (17%) had bilateral loss of cortical SEPs from the scalp.

Despite long term intensive care unit (ICU) treatment, all eight of these patients died. Nerve activity in the scalp was present in a group of 39 patients. Of those 39, 14 patients (35.8%) survived and 25 patients died (64.1%). The study suggests that bilateral nerve response loss can predict the death of the patient. However, having some nerve response cannot predict whether the patient will live or die.

According to researcher, Dr. Margareth Kai of Sao Paulo, Brazil, “There is sufficient evidence for clinicians to use SEPs in the prediction of outcome after brain injury, however, in nontraumatic coma due to various systemic diseases, mainly in children, we must study a larger group of patients to be sure of the accuracy of the study. A systematically multimodal neuromonitoring, will help not only to assess the patient’s prognosis, but help us to prevent cerebral deterioration, and to evaluate and determine the therapeutic improvement of the ICU patient.”

The complete findings and results of this study are being presented at the American Association of Neuromuscular & Electrodiagnostic Medicine (AANEM) 55th Annual Meeting in Providence, Rhode Island, September 17-20, 2008. The AANEM is the largest organization worldwide, with over 5000 members dedicated to advancing neuromuscular, musculoskeletal, and electrodiagnostic medicine.

Source: American Association of Neuromuscular and Electrodiagnostic Medicine (AANEM)



Print Version
Tell-a-Friend
comments powered by Disqus

RELATED ARTICLES:
  Large doses of antioxidants may be harmful to neuronal stem cells
  Repairing the cerebral cortex: It can be done
  UTSW researchers identify a therapeutic strategy that may treat a childhood neurological disorder
  To advance care for patients with brain metastases: Reject five myths
  Study Explains How High Blood Pressure in Middle Age Affects Memory in Old Age
  Study reveals workings of working memory
  Family problems experienced in childhood and adolescence affect brain development
  Researchers find retrieval practice improves memory in severe traumatic brain injury
  Study finds axon regeneration after Schwann cell graft to injured spinal cord
  Recurring memory traces boost long-lasting memories
  TB Vaccine May Work Against Multiple Sclerosis
  Discovery of gatekeeper nerve cells explains the effect of nicotine on learning and memory

 












Home | About Us | FAQ | Contact | Advertising Policy | Privacy Policy | Bookmark Site