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Vision RT Ltd alignrt 3d surface tracking system
Alignrt 3d Surface Tracking System, supplied by Vision RT Ltd, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/surface+imaging+system+alignrt/3d+surface+imaging+system+alignrt/pmc04866946-70-7-12
Average 90 stars, based on 1 article reviews
alignrt 3d surface tracking system - by Bioz Stars, 2026-10
90/100 stars

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Related Articles

Marker:

Article Title: An effective patient training for deep inspiration breath hold technique of left-sided breast on computed tomography simulation procedure at King Chulalongkorn Memorial Hospital
Article Snippet: .. The tools that used to track the breath hold position during the simulation process was the RPM marker block while a 3D surface imaging system (AlignRT; Vision RT Ltd., London, UK) was used to track the real-time patient position in treatment delivery. ..

Article Title: Technical Note: High temporal resolution characterization of gating response time
Article Snippet: .. Position based gating was investigated using an AlignRT 3D surface tracking system (VisionRT, UK) and a Calypso magnetic marker tracking system (Varian Medical Systems, CA) with a gating window covering a ±5 mm tolerance from the zero target position. ..

Blocking Assay:

Article Title: An effective patient training for deep inspiration breath hold technique of left-sided breast on computed tomography simulation procedure at King Chulalongkorn Memorial Hospital
Article Snippet: .. The tools that used to track the breath hold position during the simulation process was the RPM marker block while a 3D surface imaging system (AlignRT; Vision RT Ltd., London, UK) was used to track the real-time patient position in treatment delivery. ..

Imaging:

Article Title: An effective patient training for deep inspiration breath hold technique of left-sided breast on computed tomography simulation procedure at King Chulalongkorn Memorial Hospital
Article Snippet: .. The tools that used to track the breath hold position during the simulation process was the RPM marker block while a 3D surface imaging system (AlignRT; Vision RT Ltd., London, UK) was used to track the real-time patient position in treatment delivery. ..

Article Title: Clinical evaluation of interfractional variations for whole breast radiotherapy using 3-dimensional surface imaging.
Article Snippet: Purpose: To evaluate the impact of 3-dimensional (3D) surface imaging on daily patient setup for breast radiotherapy.. Materials and Methods: Fifty patients undergoing treatment for whole breast radiotherapy were setup daily using an AlignRT system (VisionRT, London, UK) for 3D surface-based alignment.. Daily alignments were performed against a reference surface topogram and shifts from skin marks were recorded daily.

Article Title: Validating robotic couch isocentricity with 3D surface imaging
Article Snippet: .. The accuracy of a commercially available optical 3D surface imaging system, AlignRT (VisionRT Ltd., London UK) has been shown by several studies to be within 1 mm., Here we investigate sensitivity and specificity of a surface imaging system for identifying excessive mechanical runout in a robotic couch rotation. .. While the intrinsic accuracy of AlignRT has been shown to be on the order of 1 mm, the postrotation deviation of a patient surface image will contain contributions from patient motion due to couch acceleration, respiratory motion, unintended voluntary motion of the patient, and finally, mechanical couch runout.

Article Title: Surface imaging‐based analysis of intrafraction motion for breast radiotherapy patients
Article Snippet: .. The commercially available AlignRT (VisionRT, London, UK) 3D surface imaging system has shown the abilities to detect submillimeter changes in patient position , , , , , , and to accurately localize breast patients for free breathing , , , and deep inspiration breath‐hold treatments , to better than 5 mm. ..

other:

Article Title: Assessment of set-up variability during deep inspiration breath hold radiotherapy for breast cancer patients by 3D-surface imaging.
Article Snippet: 0167-8140/$ see front matter 2013 Elsevier Irelan http://dx.doi.org/10.1016/j.radonc.2012.12.016 ⇑ Corresponding author.. Address: Department o Netherlands Cancer Institute – Antoni van Leeuwen 121, 1066 CX Amsterdam, The Netherlands.. E-mail address: p.remeijer@nki.nl (P. Remeijer).

Article Title: Retrospective Study on Left-Sided Breast Radiotherapy: Dosimetric Results and Correlation with Physical Factors for Free Breathing and Breath Hold Irradiation Techniques
Article Snippet: At the LINAC, the patient's surface (limited to the chest area) was acquired by a 3D real-time surface tracking system, AlignRT (Vision RT, Ltd).

Article Title: 57th ANNUAL MEETING AND EXHIBITION.
Article Snippet: REVIEWERS J. Adamovics, H. Aerts, N. Agazaryan, E. Ahunbay, P. Alaei, A. Alessio, A. Altman, M. Andre, E. Angel, K. Antes, J. Antolak, F. Araki, G. Arbique, L. Archambault, M. Aristophanous, B. Arjomandy, S. Armato, B. Arnold, P. Aryal, M. Aspradakis, S. Avery, A. Badal, A. Badano, C. Baird, D. Bakalyar, P. Bakic, P. Balter, J. Battista, L. Beaulieu, G. Bednarz, R. Behling, C. Beltran, E. Bender, R. Berbeco, T. Bichay, J. Bissonnette, B. Blankenship, C. Bloch, W. Bolch, E. Boote, M. Bostani, S. Both, J. Bourland, S. Brady, I. Brezovich, K. Brock, D. Broga, S. Brown, K. Brown, J. Burmeister, J. Bushberg, J. Cai, D. Cao, Y. Cao, M. Cao, A. Carabe-Fernandez, D. Carlson, M. Chan, H. Chan, Z. Chang, J. Chang, S. Chang, Y. Chen, J. Chen, H. Chen, Q. Chen, G. Chen, Z. Chen, I. Chetty, K. Cheung, N. Childress, Y. Cho, S. Cho, J. Chow, E. Christodoulou, C. Chuang, G. Clarke, C. Clements, J. Clements, D. Cody, D. Connor, C. Coolens, R. Cormack, A. Corrao, O. Craciunescu, G. Cranmer-Sargison, J. Cunha, B. Curran, J. Daartz, M. Dahlbom, M. Danielsson, I. Das, G. David, J.. De Wyngaert, J. Deasy, A. Dekker, C. Delaney, J. DeMarco, M. Descovich, L. DeWerd, J. Deye, C. Diederich, S. Dieterich, G. Ding, Q. Diot, J. Dobbins, L. Dong, F. Dong, K. Drukker, W. D'Souza, W. Du, J. Ducote, E. Ehler, I. El Naqa, C. Esquivel, J. Evans, G. Ezzell, F. Fahey, B. Fahimian, K. Farahani, J. Farr, E. Feleppa, W. Feng, A. Fenster, K. Fetterly, V. Feygelman, M. Fix, J. Flanz, T. Flohr, D. Followill, J. Fontenot, E. Ford, R. Foster, J. Fowlkes, B. Fraass, P. Francescon, E. Frey, R. Fulkerson, H. Gao, O. Gayou, J. Gibbons, M. Giger, M. Gillin, E. Gingold, S. Glick, C. Glide-Hurst, S. Goddu, M. Goodsitt, J. Goodwin, J. Gordon, D. Gress, J. Grimm, X. Gu, H. Guan, M. Guerrero, F. Guo, A. Gutierrez, L. Hadjiiski, S. Hadley, J. Halama, X. Han, J. Hazle, K. Hendrickson, M. Herman, J. Hiatt, D. Hintenlang, E. Hipp, C. Holdsworth, M. Howard, R. Howell, D. Hristov, J. Hsieh, C. Hua, G. Hugo, K. Hulme, J. Humm, M. Hunt, Z. Huo, M. Huq, G. Ibbott, P. Imbergamo, D. Ionascu, E. Jackson, A. Jain, R. Jeraj, G. Jia, X. Jia, S. Jiang, J. Jin, J. Johnson, A. Jones, D. Jordan, M. Kachelriess, G. Kagadis, K. Kanal, H. Kang, R. Kapoor, S. Kappadath, A. Karellas, P. Keall, C. Keener, M. Kessler, G. Kim, Y. Kim, M. Kim, D. Kim, P. Kinahan, M. King, A. Kirov, E. Klein, T. Knoos, J. Kofler, J. Kruse, S. Kry, R. Kudchadker, Z. Labby, J. Lagendijk, K. Langen, U. Langner, R. LeClair, R. Lee, C. Lee, T. Lee, J. Lehmann, S. Leng, J. Lewis, X. Li, H. Li, X. Li, Y. Li, X. Li, G. Li, R. Li, S. Li, H. Li, J. Li, T. Li, K. Li, H. Li, H. Li, B. Libby, J. Limmer, T. Liu, C. Liu, B. Liu, W. Liu, C. Liu, H. Liu, X. Liu, T. LoSasso, D. Low, H. Lu, Z. Lu, W. Lu, G. Luxton, Y. Lyatskaya, C. Ma, J. Ma, L. MacDonald, R. MacDougall, J. MacFall, M. Madsen, G. Mageras, M. Mahesh, A. Maidment, G. Makrigiorgos, H. Malhotra, M. Mamalui-Hunter, P. Manser, A. Markovic, M. Martin, A. Mascia, J. Masten, R. Mather, K. Matthews, M. Matuszak, P. Mavroidis, O. Mawlawi, C. Mayo, S. McCullough, J. McDonough, K. McGee, S. McGuire, M. McKee, M. McKetty, M. McNitt-Gray, J. Mechalakos, M. Meineke, M. Meltsner, J. Meyer, T. Mian, M. Miften, D. Mihailidis, B. Miller, R. Miller, T. Mills, R. Miyaoka, V. Moiseenko, A. Molineu, S. Molloi, V. Montemayor, J. Moran, F. Mourtada, M. Moyers, S. Mutic, M. Nakamura, D. Nazareth, J. Nelson, W. Ngwa, K. Nie, R. Nishikawa, T. Nurushev, J. Nye, J. Oh, A. Olch, M. Oldham, L. Olsen, B. O'Neill, Z. Ouhib, N. Ozturk, H. Paganetti, H. Palmans, J. Palta, X. Pan, T. Pan, A. Panda, M. Pankuch, N. Papanikolaou, P. Parikh, S. Park, M. Park, S. Park, K. Parodi, G. Parraga, E. Parsai, A. Pasciak, V. Patel, W. Pavlicek, D. Pavord, N. Pelc, S. Pella, J.. Perks, J. Perl, P. Petti, M. Phillips, D. Pickens, T. Podder, M. Podgorsak, F. Poenisch, B. Pogue, R. Pooley, R. Price, A. Pugachev, T. Purdie, F. Ranallo, D. Rangaraj, K. Rasmussen, C. Reft, J. Reiff, I. Reiser, N. Remmes, L. Ren, S. Richard, S. Richardson, M. Rivard, S. Rivetti, D. Robinson, R. Rodgers, L. Rothenberg, D. Ruan, M. Rzeszotarski, J. Sabol, B. Sahiner, N. Sahoo, E. Sajo, M. Salehpour, B. Salter, V. Sathiaseelan, C. Saw, G. Sawakuchi, D. Scanderbeg, S. Schafer, M. Schell, J. Schewe, D. Schlesinger, T. Schmidt, D. Schofield, E. Schreibmann, B. Schueler, R. Schulte, I. Sechopoulos, J. Seco, J. Seibert, W. Sensakovic, C. Serago, J. Seuntjens, Y. Shao, G. Sharp, M. Sharpe, K. Sheng, D. Shepard, C. Shi, Y. Shu, J. Siebers, J. Siewerdsen, D. Simpkin, R. Sloboda, W. Smith, W. Smith, M. Snyder, J. Soen, E. Soisson, T. Solberg, J. Sonke, M. Speidel, J. St. Germain, R. Stafford, T. Stanescu, K. Stantz, G. Starkschall, J. Star-Lack, S. Stathakis, R. Staton, J. Stayman, S. Steciw, R. Stern, D. Stevens, R. Stewart, M. Su, T. Suh, M. Supanich, M. Svatos, D. Switzer, K. Taguchi, J. Tang, R. Tarver, M. Taylor, R. Ten Haken, R. Thomson, J. Timmer, J. Ting, D. Todor, J. Tomlinson, R. Tosh, A. Trofimov, B. Tsui, J. Unkelbach, F. Van den Heuvel, M. Vanderhoek, T. Varghese, S. Vedam, S. Vedantham, Y. Vinogradskiy, G. Virshup, D. Visvikis, A. Walz-Flannigan, L. Wang, D. Wang, J. Wang, A. Wang, J. Weaver, J. Weiser, D. Wells, R. Wendt, B. Whiting, K. Wijesooriya, C. Willis, T. Willoughby, B. Winey, J. Wong, E. Wong, A. Wroe, Q. Wu, H. Wu, P. Xia, Y. Xiao, L. Xing, T. Yamamoto, C. Yan, D. Yan, N. Yanasak, J. Yang, J. Yang, J. Yang, K. Yang, D. Yang, T. Yankeelov, S. Ye, S. Yee, K. Yenice, M. Yester, I. Yeung, B. Yi, F. Yin, E. Yorke, J. Yorkston, L. Yu, Y. Yu, C. Yu, M. Zaider, H. Zaidi, J. Zambelli, W. Zbijewski, O. Zeidan, D. Zhang, G. Zhang, D. Zhang, X. Zhang, B. Zhao, W. Zhao, Y. Zheng, H. Zhong, L. Zhu, X. Zhu, T. Zhu, X. Zhu, P. Zygmanski 3098 3098



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Image Search Results


Surface‐guided radiation therapy (SGRT) setup registration. Left: The surface used for treatment setup by the AlignRT system. Middle: Recreation of the surface surveyed by the AlignRT system using a manually generated chest surface contour (shown in white) on the quality assurance CT (QA‐CT). Right: Fusion image from the planning CT and the QA‐CT after performing an automatic image registration focusing on the chest surface contour only

Journal: Journal of Applied Clinical Medical Physics

Article Title: Comparison of the dosimetric accuracy of proton breast treatment plans delivered with SGRT and CBCT setups

doi: 10.1002/acm2.13357

Figure Lengend Snippet: Surface‐guided radiation therapy (SGRT) setup registration. Left: The surface used for treatment setup by the AlignRT system. Middle: Recreation of the surface surveyed by the AlignRT system using a manually generated chest surface contour (shown in white) on the quality assurance CT (QA‐CT). Right: Fusion image from the planning CT and the QA‐CT after performing an automatic image registration focusing on the chest surface contour only

Article Snippet: The patient was setup with on‐board CBCT imaging and surface guidance from AlignRT (VisionRT Ltd.) for the first three fractions.

Techniques: Generated

Statistical summary of the  AlignRT  mean and max magnitude readouts of a phantom.

Journal: Journal of Applied Clinical Medical Physics

Article Title: Validating robotic couch isocentricity with 3D surface imaging

doi: 10.1002/acm2.12939

Figure Lengend Snippet: Statistical summary of the AlignRT mean and max magnitude readouts of a phantom.

Article Snippet: The accuracy of a commercially available optical 3D surface imaging system, AlignRT (VisionRT Ltd., London UK) has been shown by several studies to be within 1 mm., Here we investigate sensitivity and specificity of a surface imaging system for identifying excessive mechanical runout in a robotic couch rotation.

Techniques:

Statistical summary of the  AlignRT  mean and max magnitude readouts of volunteers.

Journal: Journal of Applied Clinical Medical Physics

Article Title: Validating robotic couch isocentricity with 3D surface imaging

doi: 10.1002/acm2.12939

Figure Lengend Snippet: Statistical summary of the AlignRT mean and max magnitude readouts of volunteers.

Article Snippet: The accuracy of a commercially available optical 3D surface imaging system, AlignRT (VisionRT Ltd., London UK) has been shown by several studies to be within 1 mm., Here we investigate sensitivity and specificity of a surface imaging system for identifying excessive mechanical runout in a robotic couch rotation.

Techniques:

A distribution of the reported deviation magnitude for AlignRT following 0, 0.2, 0.4, 0.6, and 0.8 cm shifts from isocenter, in conjunction with a 90° rotation. Upper and lower panels represent the results from immobilized and nonimmobilized volunteers respectively.

Journal: Journal of Applied Clinical Medical Physics

Article Title: Validating robotic couch isocentricity with 3D surface imaging

doi: 10.1002/acm2.12939

Figure Lengend Snippet: A distribution of the reported deviation magnitude for AlignRT following 0, 0.2, 0.4, 0.6, and 0.8 cm shifts from isocenter, in conjunction with a 90° rotation. Upper and lower panels represent the results from immobilized and nonimmobilized volunteers respectively.

Article Snippet: The accuracy of a commercially available optical 3D surface imaging system, AlignRT (VisionRT Ltd., London UK) has been shown by several studies to be within 1 mm., Here we investigate sensitivity and specificity of a surface imaging system for identifying excessive mechanical runout in a robotic couch rotation.

Techniques:

Represents the number of true/false positives and true/false negatives for detecting couch runouts ≥2 mm using a 2 mm action level on the  AlignRT  displacement vector.

Journal: Journal of Applied Clinical Medical Physics

Article Title: Validating robotic couch isocentricity with 3D surface imaging

doi: 10.1002/acm2.12939

Figure Lengend Snippet: Represents the number of true/false positives and true/false negatives for detecting couch runouts ≥2 mm using a 2 mm action level on the AlignRT displacement vector.

Article Snippet: The accuracy of a commercially available optical 3D surface imaging system, AlignRT (VisionRT Ltd., London UK) has been shown by several studies to be within 1 mm., Here we investigate sensitivity and specificity of a surface imaging system for identifying excessive mechanical runout in a robotic couch rotation.

Techniques: Plasmid Preparation

Represents the number of true/false positives and true/false negatives for detecting couch runouts ≥4 mm using a 4 mm action level on the  AlignRT  displacement vector.

Journal: Journal of Applied Clinical Medical Physics

Article Title: Validating robotic couch isocentricity with 3D surface imaging

doi: 10.1002/acm2.12939

Figure Lengend Snippet: Represents the number of true/false positives and true/false negatives for detecting couch runouts ≥4 mm using a 4 mm action level on the AlignRT displacement vector.

Article Snippet: The accuracy of a commercially available optical 3D surface imaging system, AlignRT (VisionRT Ltd., London UK) has been shown by several studies to be within 1 mm., Here we investigate sensitivity and specificity of a surface imaging system for identifying excessive mechanical runout in a robotic couch rotation.

Techniques: Plasmid Preparation