Title of article :
Evaluation of Selenium Levels and Mean Platelet Volume in Patients with Simple Febrile Convulsion
Author/Authors :
Abuhandan, Mahmut Department of Pediatrics - Medical Faculty - Harran University - Sanliurfa - Turkey , Solmaz, Abdullah Department of Pediatrics - Medical Faculty - Harran University - Sanliurfa - Turkey , Geter, Suleyman Department of Pediatrics - Medical Faculty - Harran University - Sanliurfa - Turkey , Kaya, Cemil Department of Pediatrics - Medical Faculty - Harran University - Sanliurfa - Turkey , Guzel, Bulent Department of Pediatrics - Medical Faculty - Harran University - Sanliurfa - Turkey , Yetkin, Ilhan Department of Pediatrics - Medical Faculty - Harran University - Sanliurfa - Turkey , Koca, Bulent Department of Pediatrics - Medical Faculty - Harran University - Sanliurfa - Turkey
Pages :
5
From page :
401
To page :
405
Abstract :
Objective: This study aimed to evaluate serum selenium levels and mean platelet volume in children who experience simple febrile convulsion. Methods: The study comprised 42 patients diagnosed with simple febrile convulsions and a control group of 30 healthy children. Blood samples were taken following a febrile convulsion. Selenium levels in the serum of both the patients and control subjects were measured with the hydride formation method on an atomic absorption spectrometry device and mean platelet volume was evaluated. Findings: When the mean values of the febrile convulsion patients were compared with those of the control group, the mean selenium levels and thrombocyte count were found to be statistically significantly low (P=0.002, P=0.01 respectively) and the mean platelet volume values were statistically significantly high (P=0.002). Conclusion: While low serum selenium levels cause the onset of a febrile seizure in patients with simple febrile convulsion, it is thought that the increased mean platelet volume shows infection activity causing febrile convulsion.
Keywords :
Febrile Convulsion , Selenium , Platelet , Mean Platelet Volume , Antioxidant
Journal title :
Astroparticle Physics
Serial Year :
2014
Record number :
2443964
Link To Document :
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