# "*": "https://raw.githubusercontent.com/wefindx/schema/master/method/oo-item.yaml" # "base:title": "0oo - Ultrasound 3D-Printing Tumor Burning" "og:title": "Ultrasound 3D-Printing Tumor Burning" "og:description": "Use 3D data guided ultrasound point of resonance to heat (brun) the tumors. -- This is a speculative idea. Tumors usually exhibit higher rates of metabolism than normal tissue, and that is the rationale behind [PET scan](http://www.cancer.net/navigating-cancer-care/diagnosing-cancer/tests-and-procedures/positron-emission-tomography-pet-scan). In 2011 TEDMED, surgeon Yoav Medan shared a technique that uses MRI to find trouble spots and focused ultrasound to heat the human internal organ tissue to ~60'C, with specific precise location targeting. Assuming that we can image the precise tumor location with a PET scan, it is conceivable that we could control the ultrasound point of concentration like a 3D printer head, …" "og:image": "https://avatars0.githubusercontent.com/u/28134655" "og:url": "/method/127/" "base:css": "/static/css/bootstrap.min.9c25540d6272.css" "base:extra-css": "/static/css/base.57997aeac1df.css" "base:favicon": "/static/favicon.acaa334f0136.ico" "base:body_class": "" "layout:logo": "/static/0oo.8d2a8bbef612.svg" "layout:index": "/" "layout:menu": "/menu/" "layout:categories": "/intents/" "layout:ideas": "/methods/" "layout:projects": "/projects/" "layout:users": "/users/" "layout:about": "/about/" "layout:help": "/help/" "layout:bug_report": "https://github.com/wefindx/0oo" "layout:login": "/accounts/login/" "layout:light-off": "/darken/?darken=true" "layout:set-multilingual": "/mulang/?mulang=true" "layout:lang": "Language" "layout:set-language-post-action": "/i18n/setlang/" "layout:csrf-token": "K4qXhnZhq71OPThcMCLwxJolvIIpGOwEfCrnD4rvQf36DMM2wSasNobxi8LSVuW8" "layout:input-next": "/method/127/" "layout:languages": [{"code": "ja", "is-active": "false", "name": "日本語"}, {"code": "lt", "is-active": "false", "name": "Lietuviškai"}, {"code": "zh-hans", "is-active": "false", "name": "简体中文"}, {"code": "en", "is-active": "true", "name": "English"}, {"code": "ru", "is-active": "false", "name": "Русский"}, {"code": "oo", "is-active": "false", "name": "O;o,"}] # "item:parent:intents": [{"url": "/intent/8/", "title": "Coming Up With Efficient General Cancer Treatment"}] "item:title": ".:en:Ultrasound 3D-Printing Tumor Burning" "item:summary": "None" "item:voting": 0 "item:voting:add": "/admin/hlog/voting/add/?method=127" "item:voting:csrf_token": "K4qXhnZhq71OPThcMCLwxJolvIIpGOwEfCrnD4rvQf36DMM2wSasNobxi8LSVuW8" "item:voting:submit-value-option": {"selected": "[-]", "value": "-"} "item:voting:submit-value-option": {"selected": "[+]", "value": "+"} "item:base-administration": false "item:body": | .:en Use 3D data guided ultrasound point of resonance to heat (brun) the tumors. -- This is a speculative idea. Tumors usually exhibit higher rates of metabolism than normal tissue, and that is the rationale behind [PET scan](http://www.cancer.net/navigating-cancer-care/diagnosing-cancer/tests-and-procedures/positron-emission-tomography-pet-scan). In 2011 TEDMED, surgeon Yoav Medan shared a technique that uses MRI to find trouble spots and focused ultrasound to heat the human internal organ tissue to ~60'C, with specific precise location targeting. Assuming that we can image the precise tumor location with a PET scan, it is conceivable that we could control the ultrasound point of concentration like a 3D printer head, burning out the cancer tissue in specific regions of human body. "item:source-date": "" "item:permalink": "/method/127/?l=en" "item:owner": "Mindey" "item:created": "2015-10-09T09:57:41.981000" "item:ownerlink": "/user/147/Mindey" # "item:link:items": "item:link:add": "/admin/hlog/link/add/?parent=127" "item:project:items": "item:project:add": "/admin/hlog/project/add/?parent=127" "item:comment:add": "/methods/addnote?parent=127" "item:comment:add:csrf_token": "K4qXhnZhq71OPThcMCLwxJolvIIpGOwEfCrnD4rvQf36DMM2wSasNobxi8LSVuW8" "item:comment:form": |
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