التفاصيل البيبلوغرافية
العنوان:
Worldwide Variation in the Use of Nuclear Cardiology Camera Technology, Reconstruction Software, and Imaging Protocols
المؤلفون:
Cole B. Hirschfeld , Mathew Mercuri , Thomas N.B. Pascual , Ganesan Karthikeyan , João V. Vitola , John J. Mahmarian , Nathan Better , Salah E. Bouyoucef , Henry Hee-Seung Bom , Vikram Lele , V. Peter C. Magboo , Erick Alexánderson , Adel H. Allam , Mouaz H. Al-Mallah , Sharmila Dorbala , Albert Flotats , Scott Jerome , Philipp A. Kaufmann , Osnat Luxenburg , Leslee J. Shaw , S. Richard Underwood , Madan M. Rehani , Diana Paez , Maurizio Dondi , Andrew J. Einstein , A.J. Einstein , T.N.B. Pascual , D. Paez , M. Dondi , N. Better , S.E. Bouyoucef , G. Karthikeyan , R. Kashyap , V. Lele , V.P.C. Magboo , J.J. Mahmarian , J.B. Meeks , M. Mercuri , F. Mut , M.M. Rehani , J.V. Vitola , E. Alexanderson , A. Allam , M.H. Al-Mallah , H. Bom , A. Flotats , S. Jerome , P.A. Kaufmann , O. Luxenburg , J. Mahmarian , L.J. Shaw , S.R. Underwood , J. Vitola , W. Amouri , H. Essabbah , S.S. Gassama , K.B. Makhdomi , G.I.E. El Mustapha , N. El Ouchdi , N. Qaïs , N. Soni , W. Vangu , R.M. Abazid , B. Adams , V. Agarwal , M.A. Alfeeli , N. Alnafisi , L. Bernabe , G.G. Bural , T. Chaiwatanarat , J.M. Chandraguptha , G.J. Cheon , I. Cho , A.S. Dogan , M. Eftekhari , A. Frenkel , I. Garty , S. George , P. Geramifar , H. Golan , S. Habib , R. Hussain , H. Im , H.-J. Jeon , T. Kalawat , W.J. Kang , F. Keng , A. Klaipetch , P.G. Kumar , J. Lee , W.W. Lee , I. Lim , C.M.M. Macaisa , G. Malhotra , B.R. Mittal , M.H. Mohammad , P. Mohan , I.D. Mulyanto , D. Nariman , U.N. Nayak , K. Niaz , G. Nikolov , J.M. Obaldo , E. Ozturk , J.M. Park , S. Park , C.D. Patel , H.K. Phuong , A.P. Quinon , T.R. Rajini , Y. Saengsuda , J. Santiago , H.B. Sayman , A.S. Shinto , V. Sivasubramaniyan , M.H. Son , P. Sudhakar , G.M.S. Syed , N. Tamaki , K. Thamnirat , T. Thientunyakit , S. Thongmak , D.N. Velasco , A. Verma , U. Vutrapongwatana , Y. Wang , K.S. Won , Z. Yao , T. Yingsa-nga , R. Yudistiro , K.T. Yue , N. Zafrir , S.C. Adrian , D. Agostini , S. Aguadé , G. Armitage , M. Backlund , M. Backman , M. Baker , M.T. Balducci , C. Bavelaar , M. Berovic , F. Bertagna , R. Beuchel , A. Biggi , G. Bisi , R. Bonini , A. Bradley , L. Brudin , I. Bruno , E. Busnardo , R. Casoni , A. Choudhri , C. Cittanti , R. Clauss , D.C. Costa , M. Costa , K. Dixon , M. Dziuk , N. Egelic , I. Eriksson , G. Fagioli , D.B. de Faria , L. Florimonte , A. Francini , M. French , E. Gallagher , I. Garai , O. Geatti , D. Genovesi , L. Gianolli , A. Gimelli , E. del Giudice , S. Halliwell , M.J. Hansson , C. Harrison , F. Homans , F. Horton , D. Jędrzejuk , J. Jogi , A. Johansen , H. Johansson , M. Kalnina , M. Kaminek , A. Kiss , M. Kobylecka , M. Kostkiewicz , J. Kropp , R. Kullenberg , T. Lahoutte , O. Lang , Y.H. Larsson , M. Lázár , L. Leccisotti , N. Leners , O. Lindner , R.W. Lipp , A. Maenhout , L. Maffioli , C. Marcassa , B. Martins , P. Marzullo , G. Medolago , C.G. Mendiguchía , S. Mirzaei , M. Mori , B. Nardi , S. Nazarenko , K. Nikoletic , R. Oleksa , T. Parviainen , J. Patrina , R. Peace , C. Pirich , H. Piwowarska-Bilska , S. Popa , V. Prakash , V. Pubul , L. Puklavec , S. Rac , M. Ratniece , S.A. Rogan , A. Romeo , M. Rossi , D. Ruiz , N. Sabharwal , B.G. Salobir , A.I. Santos , S. Saranovic , A. Sarkozi , R.P. Schneider , R. Sciagra , S. Scotti , Z. Servini , L.R. Setti , S.-Å. Starck , D. Vajauskas , J. Veselý , A. Vieni , A. Vignati , I.M. Vito , K. Weiss , D. Wild , M. Zdraveska-Kochovska , R.N. Agüro , N. Alvarado , C.M. Barral , M. Beretta , I. Berrocal , J.F. Batista Cuellar , T.-M. Cabral Chang , L.O. Cabrera Rodríguez , J. Canessa , G. Castro Mora , A.C. Claudia , G.F. Clavelo , A.F. Cruz Júnior , F.F. Faccio , K.M. Fernández , J.R. Gomez Garibo , U. Gonzalez , P. González E , M.A. Guzzo , J. Jofre , M. Kapitán , G. Kempfer , J.L. Lopez , T. Massardo V , I. Medeiros Colaco , C.T. Mesquita , M. Montecinos , S. Neubauer , L.M. Pabon , A. Puente , L.M. Rochela Vazquez , J.A. Serna Macias , A.G. Silva Pino , F.Z. Tártari Huber , A.P. Tovar , L. Vargas , C. Wiefels , A. Aljizeeri , R.J. Alvarez , D. Barger , W. Beardwood , J. Behrens , L. Brann , D. Brown , H. Carr , K. Churchwell , G.A. Comingore , J. Corbett , M. Costello , F. Cruz , T. Depinet , S. Dorbala , M. Earles , F.P. Esteves , E. Etherton , R.J. Fanning , J. Fornace , L. Franks , H. Gewirtz , K. Gulanchyn , C.-L. Hannah , J. Hays , J. Hendrickson , J. Hester , K. Holmes , A. Johnson , C. Jopek , H. Lewin , J. Lyons , C. Manley , J. Meden , S. Moore , W.H. Moore , V. Murthy , R. Nace , D. Neely , L. Nelson , O. Niedermaier , D. Rice , R. Rigs , K. Schiffer , E. Schockling , T. Schultz , T. Schumacker , B. Sheesley , A. Sheikh , B. Siegel , A.M. Slim , J. Smith , M. Szulc , N. Tanskersley , P. Tilkemeier , G.D. Valdez , R. Vrooman , D. Wawrowicz , D.E. Winchester , A. Alcheikh , B. Allen , E. Atkins , J. Bevan , C. Bonomini , J. Christiansen , L. Clack , E. Craig , H. Dixson , I. Duncan , S. Fredericks , S. Gales , R. Hampson , T. Hanley , K. Hartcher , J. Hassall , B. Kelley , S. Kelly , T. Kidd , T. de Kort , G. Larcos , W. Macdonald , C. McGrath , E. Murdoch , S. O'Malley , M. O'Rourke , M. Pack , R. Pearce , R. Praehofer , S. Ramsay , L. Scarlett , K. Smidt , F. Souvannavong , K. Taubman , G. Taylor , K. Tse , S. Unger , J. Weale
المصدر:
JACC. Cardiovascular imaging . 14(9)
سنة النشر:
2020
مصطلحات موضوعية:
medicine.medical_specialty , Technology , camera technology , myocardial perfusion scintigraphy , nuclear cardiology protocols , radiation dose reduction , SPECT , INCAPS Investigators Group , Cardiology , 030204 cardiovascular system & hematology , Radiation Dosage , 030218 nuclear medicine & medical imaging , NO , 03 medical and health sciences , Myocardial perfusion imaging , 0302 clinical medicine , Software , Predictive Value of Tests , Internal medicine , Myocardial perfusion scintigraphy , medicine , Humans , Radiology, Nuclear Medicine and imaging , 1102 Cardiorespiratory Medicine and Haematology , Protocol (science) , Tomography, Emission-Computed, Single-Photon , medicine.diagnostic_test , business.industry , Myocardial Perfusion Imaging , 1103 Clinical Sciences , Cross-Sectional Studies , Cardiovascular System & Hematology , Positron emission tomography , Dose reduction , Cardiology and Cardiovascular Medicine , business , Tomography, X-Ray Computed , Correction for attenuation , Emission computed tomography
الوصف:
Objectives This study sought to describe worldwide variations in the use of myocardial perfusion imaging hardware, software, and imaging protocols and their impact on radiation effective dose (ED). Background Concerns about long-term effects of ionizing radiation have prompted efforts to identify strategies for dose optimization in myocardial perfusion scintigraphy. Studies have increasingly shown opportunities for dose reduction using newer technologies and optimized protocols. Methods Data were submitted voluntarily to the INCAPS (International Atomic Energy Agency Nuclear Cardiology Protocols Study) registry, a multinational, cross-sectional study comprising 7,911 imaging studies from 308 labs in 65 countries. The study compared regional use of camera technologies, advanced post-processing software, and protocol characteristics and analyzed the influence of each factor on ED. Results Cadmium-zinc-telluride and positron emission tomography (PET) cameras were used in 10% (regional range 0% to 26%) and 6% (regional range 0% to 17%) of studies worldwide. Attenuation correction was used in 26% of cases (range 10% to 57%), and advanced post-processing software was used in 38% of cases (range 26% to 64%). Stress-first single-photon emission computed tomography (SPECT) imaging comprised nearly 20% of cases from all world regions, except North America, where it was used in just 7% of cases. Factors associated with lower ED and odds ratio for achieving radiation dose ≤9 mSv included use of cadmium-zinc-telluride, PET, advanced post-processing software, and stress- or rest-only imaging. Overall, 39% of all studies (97% PET and 35% SPECT) were ≤9 mSv, while just 6% of all studies (32% PET and 4% SPECT) achieved a dose ≤3 mSv. Conclusions Newer-technology cameras, advanced software, and stress-only protocols were associated with reduced ED, but worldwide adoption of these practices was generally low and varied significantly between regions. The implementation of dose-optimizing technologies and protocols offers an opportunity to reduce patient radiation exposure across all world regions.
تدمد:
1876-7591
URL الوصول:
https://explore.openaire.eu/search/publication?articleId=doi_dedup___::e6df5cc9cacb1426f45aceeeaab25719 https://pubmed.ncbi.nlm.nih.gov/34274264
حقوق:
OPEN
رقم الأكسشن:
edsair.doi.dedup.....e6df5cc9cacb1426f45aceeeaab25719
قاعدة البيانات:
OpenAIRE
Full Text via ClinicalKey 