FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2308751262> ?p ?o ?g. }

• W2308751262 endingPage "R137" @default.
• W2308751262 startingPage "R90" @default.
• W2308751262 abstract "Imaging has become an essential tool in modern radiotherapy (RT), being used to plan dose delivery prior to treatment and verify target position before and during treatment. Ultrasound (US) imaging is cost-effective in providing excellent contrast at high resolution for depicting soft tissue targets apart from those shielded by the lungs or cranium. As a result, it is increasingly used in RT setup verification for the measurement of inter-fraction motion, the subject of Part I of this review (Fontanarosa et al 2015 Phys. Med. Biol. 60 R77-114). The combination of rapid imaging and zero ionising radiation dose makes US highly suitable for estimating intra-fraction motion. The current paper (Part II of the review) covers this topic. The basic technology for US motion estimation, and its current clinical application to the prostate, is described here, along with recent developments in robust motion-estimation algorithms, and three dimensional (3D) imaging. Together, these are likely to drive an increase in the number of future clinical studies and the range of cancer sites in which US motion management is applied. Also reviewed are selections of existing and proposed novel applications of US imaging to RT. These are driven by exciting developments in structural, functional and molecular US imaging and analytical techniques such as backscatter tissue analysis, elastography, photoacoustography, contrast-specific imaging, dynamic contrast analysis, microvascular and super-resolution imaging, and targeted microbubbles. Such techniques show promise for predicting and measuring the outcome of RT, quantifying normal tissue toxicity, improving tumour definition and defining a biological target volume that describes radiation sensitive regions of the tumour. US offers easy, low cost and efficient integration of these techniques into the RT workflow. US contrast technology also has potential to be used actively to assist RT by manipulating the tumour cell environment and by improving the delivery of radiosensitising agents. Finally, US imaging offers various ways to measure dose in 3D. If technical problems can be overcome, these hold potential for wide-dissemination of cost-effective pre-treatment dose verification and in vivo dose monitoring methods. It is concluded that US imaging could eventually contribute to all aspects of the RT workflow." @default.
• W2308751262 created "2016-06-24" @default.
• W2308751262 creator A5004581877 @default.
• W2308751262 creator A5034328443 @default.
• W2308751262 creator A5047822861 @default.
• W2308751262 creator A5048522982 @default.
• W2308751262 creator A5063945256 @default.
• W2308751262 creator A5089270075 @default.
• W2308751262 date "2016-03-22" @default.
• W2308751262 modified "2023-10-12" @default.
• W2308751262 title "Review of ultrasound image guidance in external beam radiotherapy part II: intra-fraction motion management and novel applications" @default.
• W2308751262 cites W1006446162 @default.
• W2308751262 cites W1024819418 @default.
• W2308751262 cites W1129891421 @default.
• W2308751262 cites W122927108 @default.
• W2308751262 cites W1461473125 @default.
• W2308751262 cites W1479982483 @default.
• W2308751262 cites W1487492050 @default.
• W2308751262 cites W1489487681 @default.
• W2308751262 cites W1503257604 @default.
• W2308751262 cites W1517290836 @default.
• W2308751262 cites W1531974057 @default.
• W2308751262 cites W1533245663 @default.
• W2308751262 cites W1535063162 @default.
• W2308751262 cites W1545027768 @default.
• W2308751262 cites W1572205355 @default.
• W2308751262 cites W1601127386 @default.
• W2308751262 cites W1698800632 @default.
• W2308751262 cites W1699600684 @default.
• W2308751262 cites W1730828607 @default.
• W2308751262 cites W1752385438 @default.
• W2308751262 cites W1820837448 @default.
• W2308751262 cites W1860445167 @default.
• W2308751262 cites W1870703947 @default.
• W2308751262 cites W189625965 @default.
• W2308751262 cites W1925962934 @default.
• W2308751262 cites W1963971409 @default.
• W2308751262 cites W1964000450 @default.
• W2308751262 cites W1964916631 @default.
• W2308751262 cites W1967252094 @default.
• W2308751262 cites W1969148702 @default.
• W2308751262 cites W1969671296 @default.
• W2308751262 cites W1970082212 @default.
• W2308751262 cites W1970329024 @default.
• W2308751262 cites W1970413446 @default.
• W2308751262 cites W1970636862 @default.
• W2308751262 cites W1971418002 @default.
• W2308751262 cites W1973042235 @default.
• W2308751262 cites W1975720861 @default.
• W2308751262 cites W1975870152 @default.
• W2308751262 cites W1977035955 @default.
• W2308751262 cites W1977105937 @default.
• W2308751262 cites W1977718014 @default.
• W2308751262 cites W1978209772 @default.
• W2308751262 cites W1980026363 @default.
• W2308751262 cites W1981135664 @default.
• W2308751262 cites W1981712893 @default.
• W2308751262 cites W1983312064 @default.
• W2308751262 cites W1983427194 @default.
• W2308751262 cites W1983882042 @default.
• W2308751262 cites W1984689843 @default.
• W2308751262 cites W1985220060 @default.
• W2308751262 cites W1985310917 @default.
• W2308751262 cites W1986019734 @default.
• W2308751262 cites W1987323836 @default.
• W2308751262 cites W1987345862 @default.
• W2308751262 cites W1990514890 @default.
• W2308751262 cites W1991393867 @default.
• W2308751262 cites W1991457334 @default.
• W2308751262 cites W1992163483 @default.
• W2308751262 cites W1992263462 @default.
• W2308751262 cites W1992558528 @default.
• W2308751262 cites W1992566259 @default.
• W2308751262 cites W1992638445 @default.
• W2308751262 cites W1993062190 @default.
• W2308751262 cites W1993131768 @default.
• W2308751262 cites W1994250749 @default.
• W2308751262 cites W1994346967 @default.
• W2308751262 cites W1995112995 @default.
• W2308751262 cites W1996218814 @default.
• W2308751262 cites W1996717357 @default.
• W2308751262 cites W1997068087 @default.
• W2308751262 cites W1997516400 @default.
• W2308751262 cites W1998040526 @default.
• W2308751262 cites W1998828795 @default.
• W2308751262 cites W1999020553 @default.
• W2308751262 cites W1999157938 @default.
• W2308751262 cites W1999237124 @default.
• W2308751262 cites W1999613593 @default.
• W2308751262 cites W2003173557 @default.
• W2308751262 cites W2004748525 @default.
• W2308751262 cites W2004840116 @default.
• W2308751262 cites W2004925657 @default.
• W2308751262 cites W2006371562 @default.
• W2308751262 cites W2006926663 @default.
• W2308751262 cites W2006931679 @default.
• W2308751262 cites W2006951234 @default.
• W2308751262 cites W2007000393 @default.

• next