The Experts below are selected from a list of 15 Experts worldwide ranked by ideXlab platform
Youqiong Li - One of the best experts on this subject based on the ideXlab platform.
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Three-Dimensional Imaging Anatomic Study and Clinical Application of the Third Ventricle Transcallosal-Transforniceal Approach.
Journal of Craniofacial Surgery, 2017Co-Authors: Hanwen Zhang, Yishui Zhang, Li Zhang, Wen Yang, Kailiang Cheng, Guangnan Xian, Youqiong LiAbstract:: The third ventricle is a narrow, funnel-shaped, unilocular, midline cavity located between the 2 thalami, under the body of the lateral ventricle, in the center of the head. Damaging of brain tissue in the third ventricle when Conducting Operation under the microscope will lead to serious consequence. The study aimed to precisely detect the relative location of specific structures on the approach to the third ventricle. The authors rebuilt a 3-dimensional reconstruction of the brain and selected specific sections and then measured several crucial distance, angle to precisely assure the approaching pathway and localize the hypothalamic sulcus, interthalamic adhesion, anterior commissure, optic chiasm, and pineal body. In the study, canthomeatal line was used as base line to measure angle. Parameters were obtained from 58 samples (22 males and 36 females) between 21 and 76 years old. Means and standard deviation were calculated as well as the 95% confidence interval for the mean value of the measured data. The data were analyzed by SPSS, statistical software with the comparison between sexes and sides. The results could be reference for clinical and anatomic utilities.
Hanwen Zhang - One of the best experts on this subject based on the ideXlab platform.
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Three-Dimensional Imaging Anatomic Study and Clinical Application of the Third Ventricle Transcallosal-Transforniceal Approach.
Journal of Craniofacial Surgery, 2017Co-Authors: Hanwen Zhang, Yishui Zhang, Li Zhang, Wen Yang, Kailiang Cheng, Guangnan Xian, Youqiong LiAbstract:: The third ventricle is a narrow, funnel-shaped, unilocular, midline cavity located between the 2 thalami, under the body of the lateral ventricle, in the center of the head. Damaging of brain tissue in the third ventricle when Conducting Operation under the microscope will lead to serious consequence. The study aimed to precisely detect the relative location of specific structures on the approach to the third ventricle. The authors rebuilt a 3-dimensional reconstruction of the brain and selected specific sections and then measured several crucial distance, angle to precisely assure the approaching pathway and localize the hypothalamic sulcus, interthalamic adhesion, anterior commissure, optic chiasm, and pineal body. In the study, canthomeatal line was used as base line to measure angle. Parameters were obtained from 58 samples (22 males and 36 females) between 21 and 76 years old. Means and standard deviation were calculated as well as the 95% confidence interval for the mean value of the measured data. The data were analyzed by SPSS, statistical software with the comparison between sexes and sides. The results could be reference for clinical and anatomic utilities.
Jeffery K. Smart - One of the best experts on this subject based on the ideXlab platform.
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After Action Report for the Service Response Force Conducting Operation Safe Removal, 5 January - 3 February 1993. Documents and Reports. Volume 2: Special Staff.
1994Co-Authors: Jeffery K. SmartAbstract:Abstract : Operation Safe Removal was the designation for an emergency Service Response Force (SRF) mission at Spring Valley, Washington, DC. The SRF work was designated Phase I of the clean-up of the former American University Experiment Station site, designated a Formerly Used Defense Site by the U.S. Army Corps of Engineers. During Phase I, the SRF safely recovered and removed 144 WWI era munitions, some of which contained toxic chemical agents, from a residential construction site. This Operation was accomplished with the complete approval of environmental officials, local and state officials, DoD officials, and local residents.
Yishui Zhang - One of the best experts on this subject based on the ideXlab platform.
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Three-Dimensional Imaging Anatomic Study and Clinical Application of the Third Ventricle Transcallosal-Transforniceal Approach.
Journal of Craniofacial Surgery, 2017Co-Authors: Hanwen Zhang, Yishui Zhang, Li Zhang, Wen Yang, Kailiang Cheng, Guangnan Xian, Youqiong LiAbstract:: The third ventricle is a narrow, funnel-shaped, unilocular, midline cavity located between the 2 thalami, under the body of the lateral ventricle, in the center of the head. Damaging of brain tissue in the third ventricle when Conducting Operation under the microscope will lead to serious consequence. The study aimed to precisely detect the relative location of specific structures on the approach to the third ventricle. The authors rebuilt a 3-dimensional reconstruction of the brain and selected specific sections and then measured several crucial distance, angle to precisely assure the approaching pathway and localize the hypothalamic sulcus, interthalamic adhesion, anterior commissure, optic chiasm, and pineal body. In the study, canthomeatal line was used as base line to measure angle. Parameters were obtained from 58 samples (22 males and 36 females) between 21 and 76 years old. Means and standard deviation were calculated as well as the 95% confidence interval for the mean value of the measured data. The data were analyzed by SPSS, statistical software with the comparison between sexes and sides. The results could be reference for clinical and anatomic utilities.
Li Zhang - One of the best experts on this subject based on the ideXlab platform.
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Three-Dimensional Imaging Anatomic Study and Clinical Application of the Third Ventricle Transcallosal-Transforniceal Approach.
Journal of Craniofacial Surgery, 2017Co-Authors: Hanwen Zhang, Yishui Zhang, Li Zhang, Wen Yang, Kailiang Cheng, Guangnan Xian, Youqiong LiAbstract:: The third ventricle is a narrow, funnel-shaped, unilocular, midline cavity located between the 2 thalami, under the body of the lateral ventricle, in the center of the head. Damaging of brain tissue in the third ventricle when Conducting Operation under the microscope will lead to serious consequence. The study aimed to precisely detect the relative location of specific structures on the approach to the third ventricle. The authors rebuilt a 3-dimensional reconstruction of the brain and selected specific sections and then measured several crucial distance, angle to precisely assure the approaching pathway and localize the hypothalamic sulcus, interthalamic adhesion, anterior commissure, optic chiasm, and pineal body. In the study, canthomeatal line was used as base line to measure angle. Parameters were obtained from 58 samples (22 males and 36 females) between 21 and 76 years old. Means and standard deviation were calculated as well as the 95% confidence interval for the mean value of the measured data. The data were analyzed by SPSS, statistical software with the comparison between sexes and sides. The results could be reference for clinical and anatomic utilities.