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Spencer, N.C.O., Sunday, J.J., Erifeta, O.K., Georgina, O., Agbor, A.A., Esosa U.S. and Jenevieve, O. (2011) Comparative stabilizing effects of some anticoagulants on fasting blood glucose of diabetics and non-diabetics, determined by spectrophotometry (glucose oxidase). Asian Journal of Medical Sciences, 3, 234-236.

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• TITLE: Laser induced clot formation in blood treated by EDTA

  AUTHORS: Balsam M. Mirdan

  KEYWORDS: 980 nm Laser; Blood Clot; Laser Tissue Interaction; Photochemical Interaction

  JOURNAL NAME: Natural Science, Vol.5 No.7, July 9, 2013

  ABSTRACT: Patients under systemic (ethylenediaminetetraacetic acid) EDTA are at risk of hemorrhage for any accidental trauma even the superficial ones. This research is a trial to use 980 nm wavelength laser light to provide coagulation for such patients in a local region without collateral thermal damage. Material and Method: 980 nm Diode laser operating in a continuous mode (CW) was incident on human blood treated with EDTA inDurhamtubes. The used parameters were (2.25, 3, 3.75 and 6.75) W output power for variable exposure times (1, 3, 9 and 27) s. Results: A homogenous clot was performed at 4327.84 J/cm2 deposited energy density with the absence of any thermal stress in the blood. Conclusion: 980 nm laser wavelength provides a local photochemical bond break of the anticoagulant enhancing blood coagulation for medically compromised patients.