http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
- 中文 을 입력하시려면 zhongwen을 입력하시고 space를누르시면됩니다.
- 北京 을 입력하시려면 beijing을 입력하시고 space를 누르시면 됩니다.
RISS 인기검색어
- 검색키워드
- 저자 : Mariano E. Giménez (검색결과 6 건)
- 무료
- 기관 내 무료
- 유료
-
-
-
From image-guided surgery to surgeOmics: Facing the era of intelligent automation and robotics
Juan Manuel Verde,Mariano E. Giménez 소화기인터벤션의학회 2019 Gastrointestinal Intervention Vol.8 No.1
Digital images do not represent anatomy, they are just a reliable translation from a full-colored and three-dimensional physical world to a grayscale and two dimensions image domain. As a consequence of the imaging technologies disruption in the medical field, a vertiginous “race to see” had been seeking higher definitions. This process got closer and even exceed human naked-eye resolution and the human brain skills to decode gray-scale bidimensional pictures. In the diagnostic field, as a result, the last decade showed important technological advances addressing this issue and computer-aided detection and diagnosis emerged to complement and enhance radiologist frameworks. In this new era methodologies designed to extract more information from images are a must. Radiomics addressed this item using images as datasets, focusing in the region of interest and extracting features, allowing reproducibility, and finally introducing radiology into the quantitative sciences. Technological disruption in medical imaging also found momentum in the therapeutics arena, empowering a bunch of audacious surgeons to perform less invasive procedures with more confidence and precision, finally launching and shaping the image-guided surgery (IGS) discipline. Here instead, there is no “use as data” counter-part and surgeOmics is the first proposed approach. A wide range of semantic and agnostic features can be extracted from the different phases of the IGS’s workflow, like entry point coordinates, angle, distance, target location, amongst the most important ones. In summary, we are coining the surgeOmics neologism to name this approach, which holds great promises to deal with future demands. It has the potential to improve surgeon-hardware interaction and its central hypothesis is that distinctive algorithms using images as data can provide valuable information for personalized and precision surgery in the era of robotics and intelligent automation. SurgeOmics has emerged from IGS, but can be applied to other wide range of medical problems.
-
From image-guided surgery to surgeOmics: Facing the era of intelligent automation and robotics
Juan Manuel Verde,Mariano E. Giménez 소화기인터벤션의학회 2019 International journal of gastrointestinal interven Vol.8 No.1
Digital images do not represent anatomy, they are just a reliable translation from a full-colored and three-dimensional physical world to a grayscale and two dimensions image domain. As a consequence of the imaging technologies disruption in the medical field, a vertiginous “race to see” had been seeking higher definitions. This process got closer and even exceed human naked-eye resolution and the human brain skills to decode gray-scale bidimensional pictures. In the diagnostic field, as a result, the last decade showed important technological advances addressing this issue and computer-aided detection and diagnosis emerged to complement and enhance radiologist frameworks. In this new era methodologies designed to extract more information from images are a must. Radiomics addressed this item using images as datasets, focusing in the region of interest and extracting features, allowing reproducibility, and finally introducing radiology into the quantitative sciences. Technological disruption in medical imaging also found momentum in the therapeutics arena, empowering a bunch of audacious surgeons to perform less invasive procedures with more confidence and precision, finally launching and shaping the image-guided surgery (IGS) discipline. Here instead, there is no “use as data” counter-part and surgeOmics is the first proposed approach. A wide range of semantic and agnostic features can be extracted from the different phases of the IGS’s workflow, like entry point coordinates, angle, distance, target location, amongst the most important ones. In summary, we are coining the surgeOmics neologism to name this approach, which holds great promises to deal with future demands. It has the potential to improve surgeon-hardware interaction and its central hypothesis is that distinctive algorithms using images as data can provide valuable information for personalized and precision surgery in the era of robotics and intelligent automation. SurgeOmics has emerged from IGS, but can be applied to other wide range of medical problems.
-
Migratory fish bone: Mini-invasive Image guided treatment
Edgardo Serra,Sarita Almirón,Guillermo Árnica,Juliana Harfuch,Mariano E. Giménez 소화기인터벤션의학회 2019 Gastrointestinal Intervention Vol.8 No.1
Although the frequency of ingested foreign bodies is high, Penetration and migration is a rare and dangerous condition, with possible lethal compli-cations. We report an infrequently case of migratory fish bone in the neck, treated with mini-invasive image guided surgery.
-
Migratory fish bone: Mini-invasive Image guided treatment
Edgardo Serra,Sarita Almirón,Guillermo Árnica,Juliana Harfuch,Mariano E. Giménez 소화기인터벤션의학회 2019 International journal of gastrointestinal interven Vol.8 No.1
Although the frequency of ingested foreign bodies is high, Penetration and migration is a rare and dangerous condition, with possible lethal compli-cations. We report an infrequently case of migratory fish bone in the neck, treated with mini-invasive image guided surgery.
연관 검색어 추천
이 검색어로 많이 본 자료
활용도 높은 자료
