RT Journal Article
SR Electronic
T1 P wave duration changes and dispersion. A risk factor or autonomic dysfunction in stroke?
JF Neurosciences Journal
JO Neurosciences (Riyadh)
FD Prince Sultan Military Medical City
SP 14
OP 18
VO 14
IS 1
A1 Kocer, Abdulkadir
A1 Barutcu, Irfan
A1 Atakay, Selcuk
A1 Ozdemirli, Burcu
A1 Gul, Levent
A1 Karakaya, Osman
YR 2009
UL http://nsj.org.sa/content/14/1/14.abstract
AB OBJECTIVE: To investigate the P wave duration andP wave dispersion in stroke patients, and to compare those with healthy subjects.METHODS: We measured maximum and minimum P wave durations, and dispersion on the 12-lead surface ECG in 67 consecutive patients with first ever-acute ischemic stroke and 58 controls at the neurology wards of the Medical School, Duzce, Turkey, between May 2005 and October 2006. The subjects were not included if there were a history of atrial fibrillation, cardiac problem, and using drugs related to cardiovascular diseases or psychiatric problems.RESULTS: P wave durations and dispersion were similar in stroke patients and controls. The correlation analysis revealed a positive relation between age and Pmin duration (p=0.03). The mean Pmin values were63.85+/-22.55 for male and 76.43+/-26.84 for female patients, and this difference was statistically significant(p=0.04). The correlations between P wave durations, and the presence of risk factors, the stroke outcome scales, and death of patient within 6 months were not statistically significant.CONCLUSION: Although there were some previous reports on ECG changes including P waves in acute stroke, we found that P wave durations and dispersion were similar in acute stroke patients and controls. This may be related to the patient selection criteria of this study, as we did not include patients with any previous cardiac abnormality. We concluded that the autonomic nervous system dysfunctions causing cardiac abnormalities in stroke need more investigation.