The Scientific Research Notes of S. Sunkavally, Printed Part, page. 147.
Dates unclear, but certainly between 2006-2012.
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seen from Malaysia
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The Scientific Research Notes of S. Sunkavally, Printed Part, page. 147.
Dates unclear, but certainly between 2006-2012.
The Scientific Research Notes of S. Sunkavally (years:2002-2011).
4589-4591.
TSRNOSS, p 608.
TSRNOSS. Page 125.
Analysis the Role of Oxygen, Light Intensity, Threshold Dose and Efficacy Improvement of Anti-Cancer via Type-II Photodynamic Therapy_Crimson Publishers
Analysis the Role of Oxygen, Light Intensity, Threshold Dose and Efficacy Improvement of Anti-Cancer via Type-II Photodynamic Therapy by Jui Teng Lin in Novel Approaches in Cancer Study
The role of oxygen, cell killing threshold dose and efficacy improvement of anti-cancer via type-II phototherapy are analyzed by both analytic formulas and numerical data. Higher initial photoinitiator (PS) concentration (C0) and/or light intensity (I0) has a faster efficacy, due to faster depletion of PS and oxygen concentration. Without the external oxygen supply, higher C0 or I0 produces more efficient singlet oxygen, resulting a higher transient efficacy, but they reach the same steady-state value when oxygen is completely depleted. With the external oxygen supply, higher efficacy (with no steady-state limitation), or lower cell viability are achieved. The overall efficacy may be enhanced by resupply of PS or oxygen during the light exposure.
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