88 results on '"McNitt-Gray, M."'
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2. Variability in CT lung-nodule quantification: Effects of dose reduction and reconstruction methods on density and texture based features
3. TH-AB-207A-05: A Fully-Automated Pipeline for Generating CT Images Across a Range of Doses and Reconstruction Methods
4. TH-AB-207A-04: Assessment of Patients’ Cumulative Effective Dose From CT Examinations
5. TH-AB-207A-12: CT Lung Cancer Screening and the Effects of Further Dose Reduction On CAD Performance
6. SU-F-I-49: Vendor-Independent, Model-Based Iterative Reconstruction On a Rotating Grid with Coordinate-Descent Optimization for CT Imaging Investigations
7. TU‐H‐207A‐08: Estimating Radiation Dose From Low‐Dose Lung Cancer Screening CT Exams Using Tube Current Modulation
8. TU-H-207A-06: The Effects of Various CT Tube Current Modulation (TCM) Schemes On Dose. Do You Really Know What Your TCM Scheme Is Doing?
9. SU-G-206-15: Effects of Dose Reduction On Emphysema Score
10. SU‐G‐206‐01: A Fully Automated CT Tool to Facilitate Phantom Image QA for Quantitative Imaging in Clinical Trials
11. TH-AB-207A-09: Tailoring TCM Schemes to a Task: Evaluating the Impact of Customized TCM Profiles On Detection of Lung Nodules in Simulated CT Lung Cancer Screening
12. SU-F-R-39: Effects of Radiation Dose Reduction On Renal Cell Carcinoma Discrimination Using Multi-Phasic CT Imaging
13. SU-E-I-35: Development of Stand-Alone Filtered Backprojection and Iterative Reconstruction Methods Using the Raw CT Data Exported From Clinical Lung Screening Scans
14. SU-E-I-31: Differences Observed in Radiation Doses Across 2 Similar CT Scanners From Adult Brain-Neck CT Angiography
15. WE-D-207-03: CT Protocols for Screening and the ACR Designated Lung Screening Program
16. TH-EF-BRA-01: Patient-Size Specific Analysis of CT Doses From Lung Cancer Screening
17. TU‐G‐204‐07: A Research Pipeline to Simulate a Wide Range of CT Image Acquisition and Reconstruction Parameters and Assess the Performance of Quantitative Imaging and CAD Systems
18. SU-E-I-32: Benchmarking Head CT Doses: A Pooled Vs. Protocol Specific Analysis of Radiation Doses in Adult Head CT Examinations
19. SU-E-I-36: A KWIC and Dirty Look at Dose Savings and Perfusion Metrics in Simulated CT Neuro Perfusion Exams
20. TH-EF-BRA-03: Size-Specific, Scanner-Independent Fetal Dose Estimates in Abdominal and Pelvic CT Examinations of Pregnant Patients
21. TU‐EF‐204‐01: Accurate Prediction of CT Tube Current Modulation: Estimating Tube Current Modulation Schemes for Voxelized Patient Models Used in Monte Carlo Simulations
22. TU‐G‐204‐09: The Effects of Reduced‐ Dose Lung Cancer Screening CT On Lung Nodule Detection Using a CAD Algorithm
23. TU-G-204-05: The Effects of CT Acquisition and Reconstruction Conditions On Computed Texture Feature Values of Lung Lesions
24. MO-AB-207-01: ACR Update in CT
25. MO-E-17A-08: Attenuation-Based Size Adjusted, Scanner-Independent Organ Dose Estimates for Head CT Exams: TG 204 for Head CT
26. MO‐E‐17A‐01: BEST IN PHYSICS (IMAGING) – Calculating SSDE From CT Exams Using Size Data Available in the DICOM Header of CT Localizer Radiographs
27. TU‐A‐12A‐05: Evaluating the Consistency of Lesion Volumetry in Chest CT After Substantial Dose Reduction
28. TH-C-18A-09: Exam and Patient Parameters Affecting the DNA Damage Response Following CT Studies
29. TU-A-18C-01: ACR Accreditation Updates in CT, Ultrasound, Mammography and MRI
30. MO‐E‐12A‐01: Quantitative Imaging: Techniques, Applications, and Challenges
31. TU-G-103-07: Quantifying the Dose Distribution of OBI CBCT Using Monte Carlo Simulations with a Measurement-Based Source Model
32. TU‐G‐103‐04: The Accuracy of Monte Carlo Based Dose Estimates Compared to In‐Vivo Dose Measurements
33. MO‐D‐134‐02: Estimating Organ Dose From CT Scans Performed with Tube Current Modulated Scans
34. MO-D-134-09: Assessing DNA Damage Repair From CT Studies in Whole Blood
35. MO-D-134-04: Calculating Size Specific Dose Estimates (SSDE): The Effect of Using Water Equivalent Diameter (WED) Vs. Effective Diameter (ED) On Organ Dose Estimates When Applying the Conversion Coefficients of TG204
36. SU‐E‐I‐47: A Classification of Validation Tasks for Monte Carlo Simulations of CT Scanners: From Simple to Complex Source Models and Geometries
37. WE-A-218-04: Tube Current Modulation and Patient Size Adjustment for CT Dosimetry Software ImPACT in Thoracic CT Exams
38. WE-A-218-02: Assessing the Repair of DNA Damage from Multi-Pass CT Protocols
39. TU-G-217BCD-07: Improving Size Specific Dose Estimates (TG 204): Extension to Tube Current Modulated CT Scans with Regional and Local CTDIvol Values
40. MO-A-BRA-01: State of the Art in Quantitative Imaging in CT, PET and MRI
41. TH-C-BRA-06: Measurement Based Source Model for On-Board Imager Monte Carlo Dosimetry Simulations
42. MO-D-BRA-01: Limits of Dose Reduction in CT: Where are They and How Will We Know When We Get There?
43. TH-E-217BCD-08: Simulating Reduced-Dose CT Imaging Using an Image-Based Virtual Sinogram Approach: Comparisons with Real Sinogram-Based Simulation
44. WE-A-218-10: The Tradeoff between Diagnostic Performance and Radiation Dose for CT Imaging in the Diagnosis of Appendicitis Across Observers with Various Levels of Experience
45. WE‐A‐218‐07: Linear Relationship between Average (global) and Regional Average Tube Current (mA) in Tube Current Modulated CT Scans
46. TU-G-217BCD-08: The Relationship of Image Noise and Organ Dose as a Function of Patient Size for Abdominal CT Exams at 5 Different Dose Levels When Tube Current Modulation Is Used
47. TU‐G‐217BCD‐01: Investigation of a Commercial OSLD System for CT Dosimetry
48. TH-E-211-08: The Energy Dependence of Small Volume Ionization Chambers and Solid State Detectors at Diagnostic Energy Ranges for CT Dosimetry - Assessment in Air and In Phantom
49. TH-E-211-10: Methods for Converting CT Scanner Reported Dose Values to Dose Threshold Values Specified in Legislation: A Practical Implementation of California Senate Bill (SB) 1237
50. TH-E-211-01: The Ability of CTDIvol to Estimate Organ Doses from Typical Tube Current Modulated Abdomen/Pelvis CT Scans
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