The Experts below are selected from a list of 2318115 Experts worldwide ranked by ideXlab platform
Anita M Pimentel - One of the best experts on this subject based on the ideXlab platform.
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adequacy of ovarian diathermy under ultrasound control an Experimental Model
Journal of Ovarian Research, 2013Co-Authors: Anita M Pimentel, Lucia M Kliemann, Edison Capp, D S Brum, F G Leivas, Paulo Roberto Stefani Sanches, Helena Von Eye CorletaAbstract:Background To develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control and evaluate the safety and feasability of monopolar cauterization to cause ovarian injury using female cattle of reproductive age as an Experimental Model.
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Transvaginal ultrasound ovarian diathermy: sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model. Findings An Experimental study was performed in a university research center. Seventeen female sheep (15 Corriedale e 2 Suffolk) in reproductive age were submitted to transvaginal ovarian cauterization with a monopolar Valleylab Force 2 electrocautery. Macroscopic and microscopic lesions were assessed. Ovarian size were 1.31 cm^2 ± 0,43 (Corriedale) and 3.41 cm^2 ± 0,64 (Suffolk). From 30 ovaries from Corriedale sheep punctured, only 3 were cauterized, presenting macroscopic and typical microscopic lesion. In the Suffolk sheep group, only one ovary was cauterized. No lesion could be found in the needle path. Conclusions This is the first Experimental animal Model described for ovarian cauterization needle guided by transvaginal ultrasound. The sheep does not seem to be the ideal animal Model to study this technique. Another animal Model, whose ovaries are better identified by transvaginal ultrasound should be sought for this technique, theoretically less invasive, before it could be offered safely to women with polycystic ovary syndrome.
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transvaginal ultrasound ovarian diathermy sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model.
Helena Ve Corleta - One of the best experts on this subject based on the ideXlab platform.
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Transvaginal ultrasound ovarian diathermy: sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model. Findings An Experimental study was performed in a university research center. Seventeen female sheep (15 Corriedale e 2 Suffolk) in reproductive age were submitted to transvaginal ovarian cauterization with a monopolar Valleylab Force 2 electrocautery. Macroscopic and microscopic lesions were assessed. Ovarian size were 1.31 cm^2 ± 0,43 (Corriedale) and 3.41 cm^2 ± 0,64 (Suffolk). From 30 ovaries from Corriedale sheep punctured, only 3 were cauterized, presenting macroscopic and typical microscopic lesion. In the Suffolk sheep group, only one ovary was cauterized. No lesion could be found in the needle path. Conclusions This is the first Experimental animal Model described for ovarian cauterization needle guided by transvaginal ultrasound. The sheep does not seem to be the ideal animal Model to study this technique. Another animal Model, whose ovaries are better identified by transvaginal ultrasound should be sought for this technique, theoretically less invasive, before it could be offered safely to women with polycystic ovary syndrome.
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transvaginal ultrasound ovarian diathermy sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model.
Edison Capp - One of the best experts on this subject based on the ideXlab platform.
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adequacy of ovarian diathermy under ultrasound control an Experimental Model
Journal of Ovarian Research, 2013Co-Authors: Anita M Pimentel, Lucia M Kliemann, Edison Capp, D S Brum, F G Leivas, Paulo Roberto Stefani Sanches, Helena Von Eye CorletaAbstract:Background To develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control and evaluate the safety and feasability of monopolar cauterization to cause ovarian injury using female cattle of reproductive age as an Experimental Model.
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Transvaginal ultrasound ovarian diathermy: sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model. Findings An Experimental study was performed in a university research center. Seventeen female sheep (15 Corriedale e 2 Suffolk) in reproductive age were submitted to transvaginal ovarian cauterization with a monopolar Valleylab Force 2 electrocautery. Macroscopic and microscopic lesions were assessed. Ovarian size were 1.31 cm^2 ± 0,43 (Corriedale) and 3.41 cm^2 ± 0,64 (Suffolk). From 30 ovaries from Corriedale sheep punctured, only 3 were cauterized, presenting macroscopic and typical microscopic lesion. In the Suffolk sheep group, only one ovary was cauterized. No lesion could be found in the needle path. Conclusions This is the first Experimental animal Model described for ovarian cauterization needle guided by transvaginal ultrasound. The sheep does not seem to be the ideal animal Model to study this technique. Another animal Model, whose ovaries are better identified by transvaginal ultrasound should be sought for this technique, theoretically less invasive, before it could be offered safely to women with polycystic ovary syndrome.
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transvaginal ultrasound ovarian diathermy sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model.
Lucia M Kliemann - One of the best experts on this subject based on the ideXlab platform.
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adequacy of ovarian diathermy under ultrasound control an Experimental Model
Journal of Ovarian Research, 2013Co-Authors: Anita M Pimentel, Lucia M Kliemann, Edison Capp, D S Brum, F G Leivas, Paulo Roberto Stefani Sanches, Helena Von Eye CorletaAbstract:Background To develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control and evaluate the safety and feasability of monopolar cauterization to cause ovarian injury using female cattle of reproductive age as an Experimental Model.
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Transvaginal ultrasound ovarian diathermy: sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model. Findings An Experimental study was performed in a university research center. Seventeen female sheep (15 Corriedale e 2 Suffolk) in reproductive age were submitted to transvaginal ovarian cauterization with a monopolar Valleylab Force 2 electrocautery. Macroscopic and microscopic lesions were assessed. Ovarian size were 1.31 cm^2 ± 0,43 (Corriedale) and 3.41 cm^2 ± 0,64 (Suffolk). From 30 ovaries from Corriedale sheep punctured, only 3 were cauterized, presenting macroscopic and typical microscopic lesion. In the Suffolk sheep group, only one ovary was cauterized. No lesion could be found in the needle path. Conclusions This is the first Experimental animal Model described for ovarian cauterization needle guided by transvaginal ultrasound. The sheep does not seem to be the ideal animal Model to study this technique. Another animal Model, whose ovaries are better identified by transvaginal ultrasound should be sought for this technique, theoretically less invasive, before it could be offered safely to women with polycystic ovary syndrome.
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transvaginal ultrasound ovarian diathermy sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model.
Renato Franjdlich - One of the best experts on this subject based on the ideXlab platform.
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Transvaginal ultrasound ovarian diathermy: sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model. Findings An Experimental study was performed in a university research center. Seventeen female sheep (15 Corriedale e 2 Suffolk) in reproductive age were submitted to transvaginal ovarian cauterization with a monopolar Valleylab Force 2 electrocautery. Macroscopic and microscopic lesions were assessed. Ovarian size were 1.31 cm^2 ± 0,43 (Corriedale) and 3.41 cm^2 ± 0,64 (Suffolk). From 30 ovaries from Corriedale sheep punctured, only 3 were cauterized, presenting macroscopic and typical microscopic lesion. In the Suffolk sheep group, only one ovary was cauterized. No lesion could be found in the needle path. Conclusions This is the first Experimental animal Model described for ovarian cauterization needle guided by transvaginal ultrasound. The sheep does not seem to be the ideal animal Model to study this technique. Another animal Model, whose ovaries are better identified by transvaginal ultrasound should be sought for this technique, theoretically less invasive, before it could be offered safely to women with polycystic ovary syndrome.
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transvaginal ultrasound ovarian diathermy sheep as an Experimental Model
Journal of Ovarian Research, 2012Co-Authors: Anita M Pimentel, Danielle Kobayashi, Lucia M Kliemann, Renato Franjdlich, Edison Capp, Helena Ve CorletaAbstract:Background Some techniques of transvaginal ovarian drilling have been previously described. Nevertheless a monopolar transvaginal ovarian cauterization, that use the expertise and safety of transvaginal puncture for oocyte captation seems to be an easier and feasible approach. The aim of this study was to develop a minimally invasive ovarian cauterization technique under transvaginal ultrasound control, and to evaluate the safety of the transvaginal ovarian monopolar cauterization, female sheep at reproductive age were used as an Experimental Model.
