FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2488530012> ?p ?o ?g. }

• W2488530012 abstract "Purpose Robotic guided stereotactic radiosurgery has recently been investigated for the treatment of atrial fibrillation (AF). Before moving into human treatments, multiple implications for treatment planning given a potential target tracking approach have to be considered. Materials & Methods Theoretical AF radiosurgery treatment plans for twenty-four patients were generated for baseline comparison. Eighteen patients were investigated under ideal tracking conditions, twelve patients under regional dose rate (RDR = applied dose over a certain time window) optimized conditions (beam delivery sequence sorting according to regional beam targeting), four patients under ultrasound tracking conditions (beam block of the ultrasound probe) and four patients with temporary single fiducial tracking conditions (differential surrogate-to-target respiratory and cardiac motion). Results With currently known guidelines on dose limitations of critical structures, treatment planning for AF radiosurgery with 25 Gy under ideal tracking conditions with a 3 mm safety margin may only be feasible in less than 40% of the patients due to the unfavorable esophagus and bronchial tree location relative to the left atrial antrum (target area). Beam delivery sequence sorting showed a large increase in RDR coverage (% of voxels having a larger dose rate for a given time window) of 10.8-92.4% (median, 38.0%) for a 40-50 min time window, which may be significant for non-malignant targets. For ultrasound tracking, blocking beams through the ultrasound probe was found to have no visible impact on plan quality given previous optimal ultrasound window estimation for the planning CT. For fiducial tracking in the right atrial septum, the differential motion may reduce target coverage by up to -24.9% which could be reduced to a median of -0.8% (maximum, -12.0%) by using 4D dose optimization. The cardiac motion was also found to have an impact on the dose distribution, at the anterior left atrial wall; however, the results need to be verified. Conclusion Robotic AF radiosurgery with 25 Gy may be feasible in a subgroup of patients under ideal tracking conditions. Ultrasound tracking was found to have the lowest impact on treatment planning and given its real-time imaging capability should be considered for AF robotic radiosurgery. Nevertheless, advanced treatment planning using RDR or 4D respiratory and cardiac dose optimization may be still advised despite using ideal tracking methods." @default.
• W2488530012 created "2016-08-23" @default.
• W2488530012 creator A5005508600 @default.
• W2488530012 creator A5007383808 @default.
• W2488530012 creator A5012555544 @default.
• W2488530012 creator A5015292579 @default.
• W2488530012 creator A5028525540 @default.
• W2488530012 creator A5031280137 @default.
• W2488530012 creator A5034467110 @default.
• W2488530012 creator A5039691793 @default.
• W2488530012 creator A5039809566 @default.
• W2488530012 creator A5044581125 @default.
• W2488530012 creator A5057206849 @default.
• W2488530012 creator A5074558569 @default.
• W2488530012 creator A5076992599 @default.
• W2488530012 creator A5080256208 @default.
• W2488530012 date "2016-07-20" @default.
• W2488530012 modified "2023-10-06" @default.
• W2488530012 title "Treatment Planning Considerations for Robotic Guided Cardiac Radiosurgery for Atrial Fibrillation" @default.
• W2488530012 cites W1023337581 @default.
• W2488530012 cites W111221899 @default.
• W2488530012 cites W1529775859 @default.
• W2488530012 cites W1539022674 @default.
• W2488530012 cites W1569188393 @default.
• W2488530012 cites W1802745232 @default.
• W2488530012 cites W1829382053 @default.
• W2488530012 cites W1963860959 @default.
• W2488530012 cites W1964319412 @default.
• W2488530012 cites W1966613637 @default.
• W2488530012 cites W1970548824 @default.
• W2488530012 cites W1971961777 @default.
• W2488530012 cites W1972276284 @default.
• W2488530012 cites W1976636366 @default.
• W2488530012 cites W1980932375 @default.
• W2488530012 cites W1984535485 @default.
• W2488530012 cites W1989031443 @default.
• W2488530012 cites W1993227358 @default.
• W2488530012 cites W1996660755 @default.
• W2488530012 cites W2000325856 @default.
• W2488530012 cites W2002814186 @default.
• W2488530012 cites W2003677414 @default.
• W2488530012 cites W2019504059 @default.
• W2488530012 cites W2040911270 @default.
• W2488530012 cites W2052077091 @default.
• W2488530012 cites W2052599562 @default.
• W2488530012 cites W2056778538 @default.
• W2488530012 cites W2060720812 @default.
• W2488530012 cites W2061964403 @default.
• W2488530012 cites W2069687300 @default.
• W2488530012 cites W2070180826 @default.
• W2488530012 cites W2073662365 @default.
• W2488530012 cites W2073680377 @default.
• W2488530012 cites W2089078932 @default.
• W2488530012 cites W2094022896 @default.
• W2488530012 cites W2094789677 @default.
• W2488530012 cites W2104253295 @default.
• W2488530012 cites W2108757005 @default.
• W2488530012 cites W2124339972 @default.
• W2488530012 cites W2129299671 @default.
• W2488530012 cites W2145120230 @default.
• W2488530012 cites W2154375587 @default.
• W2488530012 cites W2160766303 @default.
• W2488530012 cites W2164437443 @default.
• W2488530012 cites W2167850919 @default.
• W2488530012 cites W2171329552 @default.
• W2488530012 cites W2171727152 @default.
• W2488530012 cites W2172234567 @default.
• W2488530012 cites W2195260059 @default.
• W2488530012 cites W2249570751 @default.
• W2488530012 cites W2308751262 @default.
• W2488530012 cites W2313203550 @default.
• W2488530012 cites W2346473703 @default.
• W2488530012 doi "https://doi.org/10.7759/cureus.705" @default.
• W2488530012 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4999353" @default.
• W2488530012 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27588226" @default.
• W2488530012 hasPublicationYear "2016" @default.
• W2488530012 type Work @default.
• W2488530012 sameAs 2488530012 @default.
• W2488530012 citedByCount "17" @default.
• W2488530012 countsByYear W24885300122017 @default.
• W2488530012 countsByYear W24885300122018 @default.
• W2488530012 countsByYear W24885300122019 @default.
• W2488530012 countsByYear W24885300122020 @default.
• W2488530012 countsByYear W24885300122021 @default.
• W2488530012 countsByYear W24885300122022 @default.
• W2488530012 countsByYear W24885300122023 @default.
• W2488530012 crossrefType "journal-article" @default.
• W2488530012 hasAuthorship W2488530012A5005508600 @default.
• W2488530012 hasAuthorship W2488530012A5007383808 @default.
• W2488530012 hasAuthorship W2488530012A5012555544 @default.
• W2488530012 hasAuthorship W2488530012A5015292579 @default.
• W2488530012 hasAuthorship W2488530012A5028525540 @default.
• W2488530012 hasAuthorship W2488530012A5031280137 @default.
• W2488530012 hasAuthorship W2488530012A5034467110 @default.
• W2488530012 hasAuthorship W2488530012A5039691793 @default.
• W2488530012 hasAuthorship W2488530012A5039809566 @default.
• W2488530012 hasAuthorship W2488530012A5044581125 @default.
• W2488530012 hasAuthorship W2488530012A5057206849 @default.
• W2488530012 hasAuthorship W2488530012A5074558569 @default.
• W2488530012 hasAuthorship W2488530012A5076992599 @default.

• next