Reflectance Feedback Control of Photocoagulation In Vivo

Quantitative fluorescein angiography following diode laser retinal photocoagulation

“…This finding is very important regarding the measurement of the extent of laserinduced coagulation and the development of techniques for feedback control of photocoagulation. Fluorescein could be more powerful using fluorescein angiography than reflectance alone [17,18]. This observation is confirmed by our study.…”

Quantitative fluorescein angiography following diode laser retinal photocoagulation

“…This finding is very important regarding the measurement of the extent of laserinduced coagulation and the development of techniques for feedback control of photocoagulation. Fluorescein could be more powerful using fluorescein angiography than reflectance alone [17,18]. This observation is confirmed by our study.…”

Temperature-Controlled Retinal Photocoagulation Reliably Generates Uniform Subvisible, Mild, or Moderate Lesions

“…33 but none of the earlier approaches solved the problem. [34][35][36] The therapeutic window of retinal photocoagulation is defined to be the ratio of laser power that induces retinal rupture by the power that induces retinal blanching. The therapeutic window is wide enough for treatment according to ETDRS requirements (.50 ms).…”

Automated lesion placement in the rabbit eye

“…Jerath et al have demonstrated the capability to control lesion diameter or depth by monitoring dynamic changes of reflectance from a lesion site during laser irradiation. The capability to control lesion depth using central lesion reflectance parameters has been demonstrated in vivo in pigmented rabbits [17,181.…”

Quantitative fluorescein angiography following diode laser retinal photocoagulation

“…This finding is very important regarding the measurement of the extent of laserinduced coagulation and the development of techniques for feedback control of photocoagulation. Fluorescein could be more powerful using fluorescein angiography than reflectance alone [17,18]. This observation is confirmed by our study.…”

Temperature-Controlled Retinal Photocoagulation Reliably Generates Uniform Subvisible, Mild, or Moderate Lesions

“…33 but none of the earlier approaches solved the problem. [34][35][36] The therapeutic window of retinal photocoagulation is defined to be the ratio of laser power that induces retinal rupture by the power that induces retinal blanching. The therapeutic window is wide enough for treatment according to ETDRS requirements (.50 ms).…”

Automated lesion placement in the rabbit eye

“…Jerath et al have demonstrated the capability to control lesion diameter or depth by monitoring dynamic changes of reflectance from a lesion site during laser irradiation. The capability to control lesion depth using central lesion reflectance parameters has been demonstrated in vivo in pigmented rabbits [17,181.…”

Quantitative fluorescein angiography following diode laser retinal photocoagulation

“…This finding is very important regarding the measurement of the extent of laserinduced coagulation and the development of techniques for feedback control of photocoagulation. Fluorescein could be more powerful using fluorescein angiography than reflectance alone [17,18]. This observation is confirmed by our study.…”

Temperature-Controlled Retinal Photocoagulation Reliably Generates Uniform Subvisible, Mild, or Moderate Lesions

“…33 but none of the earlier approaches solved the problem. [34][35][36] The therapeutic window of retinal photocoagulation is defined to be the ratio of laser power that induces retinal rupture by the power that induces retinal blanching. The therapeutic window is wide enough for treatment according to ETDRS requirements (.50 ms).…”

Automated lesion placement in the rabbit eye

“…Jerath et al have demonstrated the capability to control lesion diameter or depth by monitoring dynamic changes of reflectance from a lesion site during laser irradiation. The capability to control lesion depth using central lesion reflectance parameters has been demonstrated in vivo in pigmented rabbits [17,181.…”