Skip to Content

'
Chao-Jen Lai

Present Title & Affiliation

Primary Appointment

Assistant Professor, Department of Imaging Physics, Division of Diagnostic Imaging, The University of Texas M D Anderson Cancer Center, Houston, TX

Research Interests

  • Digital radiography, digital mammography, and cone-beam CT imaging techniques
  • Imaging quality measurement and observer performance

Education & Training

Degree-Granting Education

2000 University of Missouri-Columbia, Columbia, MO, PHD, Nuclear Engineering
1995 University of Missouri-Columbia, Columbia, MO, MS, Health Physics
1986 National Tsing Hua University, Hsin-Chu, Taiwan, BS, Nuclear Engineering

Postgraduate Training

7/2001-6/2004 Research Fellowship, Imaging Physics, The University of Texas M D Anderson Cancer Center, Houston, TX, Dr. Chris Shaw

Experience/Service

Academic Appointments

Instructor, Department of Imaging Physics, Division of Diagnostic Imaging, The University of Texas M D Anderson Cancer Center, Houston, TX, 7/2004-12/2009

Selected Publications

Peer-Reviewed Original Research Articles

1. Rong XJ, Shaw CC, Johnston DA, Lemacks MR, Liu X, Whitman GJ, Dryden MJ, Stephens TW, Thompson SK, Krugh KT, Lai CJ. Microcalcification detectability for four mammographic detectors: flat-panel, CCD, CR, and screen/film. Medical Physics 29(9):2052-61, 9/2002. PMID: 12349926.
2. Lai CJ, Shaw CC, Whitman GJ, Johnston DA, Yang WT, Selinko V, Arribas E, Dogan B, Kappadath SC. Visibility of simulated microcalcifications--a hardcopy-based comparison of three mammographic systems. Medical Physics 32(1):182-94, 1/2005. PMID: 15719969.
3. Lai CJ, Shaw CC, Whitman GJ, Yang WT, Dempsey PJ, Nguyen V, Ice MF. Receiver operating characteristic analysis for the detection of simulated microcalcifications on mammograms using hardcopy images. Phys Med Biol 51(16):3901-19, 8/2006. PMID: 16885614.
4. Yang WT, Lai CJ, Whitman GJ, Murphy WA, Dryden MJ, Kushwaha AC, Sahin AA, Johnston D, Dempsey PJ, Shaw CC. Comparison of full-field digital mammography and screen-film mammography for detection and characterization of simulated small masses. AJR Am J Roentgenol 187(6):W576-81, 12/2006. PMCID: PMC1892902.
5. Altunbas MC, Shaw CC, Chen L, Lai C, Liu X, Han T, Wang T. A post-reconstruction method to correct cupping artifacts in cone beam breast computed tomography. Medical Physics 34(7):3109-18, 7/2007. PMCID: PMC1995653.
6. Lai CJ, Shaw CC, Chen L, Altunbas MC, Liu X, Han T, Wang T, Yang WT, Whitman GJ, Tu SJ. Visibility of microcalcification in cone beam breast CT: effects of X-ray tube voltage and radiation dose. Medical Physics 34(7):2995-3004, 7/2007. PMCID: PMC2867610.
7. Yang WT, Carkaci S, Chen L, Lai CJ, Sahin A, Whitman GJ, Shaw CC. Dedicated cone-beam breast CT: feasibility study with surgical mastectomy specimens. AJR Am J Roentgenol 189(6):1312-5, 12/2007. PMCID: PMC2856818.
8. Chen L, Shaw CC, Altunbas MC, Lai CJ, Liu X. Spatial resolution properties in cone beam CT: a simulation study. Medical Physics 35(2):724-34, 2/2008. PMCID: PMC2857694.
9. Lai CJ, Shaw CC, Geiser W, Chen L, Arribas E, Stephens T, Davis PL, Ayyar GP, Dogan BE, Nguyen VA, Whitman GJ, Yang WT. Comparison of slot scanning digital mammography system with full-field digital mammography system. Medical Physics 35(6):2339-46, 6/2008. PMCID: PMC2809719.
10. Liu X, Shaw CC, Lai CJ, Altunbas MC, Chen L, Han T, Wang T. Scatter rejection and low-contrast performance of a slot-scan digital chest radiography system with electronic aft-collimation: a chest phantom study. Medical Physics 35(6):2391-402, 6/2008. PMCID: PMC2809722.
11. Chen L, Shaw CC, Altunbas MC, Lai CJ, Liu X, Han T, Wang, T. Yang WT, Whitman GJ. Feasibility of volume-of-interest (VOI) scanning technique in cone beam breast CT - a preliminary study. Medical Physics 35(8):3482-90, 8/2008. PMCID: PMC2809707.
12. Zhang HJ, Yang JJ, Lu JP, Lai CJ, Sheng J, Li YX, Hao Q, Zhang SM, Gupta S. Use of intra-arterial chemotherapy and embolization before limb salvage surgery for osteosarcoma of the lower extremity. Cardiovasc Intervent Radiol 32(4):672-8, 7/2009. PMID: 19296158.
13. Chen L, Shen Y, Lai C, Han T, Zhong Y, Ge S, Liu X, Wang T, Yang WT, Whitman GJ, Shaw CC. Dual resolution cone beam breast CT: a feasibility study. Medical Physics 36(9):4007-14, 9/2009. PMCID: PMC2738741.
14. Lai CJ, Chen L, Zhang H, Liu X, Zhong Y, Shen Y, Han T, Ge S, Yi Y, Wang T, Yang WT, Whitman GJ, Shaw CC. Reduction in x-ray scatter and radiation dose for volume-of-interest (VOI) cone beam breast CT: a phantom study. Phys Med Biol 54(21):6691-709, 11/2009. PMCID: PMC2855392.
15. Liu X, Lai CJ, Chen L, Han T, Zhong Y, Shen Y, Wang T, Shaw CC. Scan equalization digital radiography (SEDR) implemented with an amorphous selenium flat-panel detector: initial experience. Phys Med Biol 54(22):6959-78, 11/2009. PMCID: PMC2855213.
16. Liu X, Shaw CC, Lai CJ, Wang T. Comparison of scatter rejection and low-contrast performance of scan equalization digital radiography (SEDR), slot-scan digital radiography, and full-field digital radiography systems for chest phantom imaging. Medical Physics 38(1):23-33, 1/2011. PMCID: PMC3017579.
17. Yi Y, Lai CJ, Han T, Zhong Y, Shen Y, Liu X, Ge S, You Z, Wang T, Shaw CC. Radiation doses in cone-beam breast computed tomography: A Monte Carlo simulation study. Medical Physics 38(2):589-97, 2/2011. PMCID: PMC3030614.
18. Shen Y, Yi Y, Zhong Y, Lai CJ, Liu X, You Z, Ge S, Wang T, Shaw CC. High resolution dual detector volume-of-interest cone beam breast CT--Demonstration with a bench top system. Medical Physics 38(12):6429-42, 12/2011. PMCID: PMC3230641.
19. Liu X, Lai CJ, Whitman GJ, Geiser WR, Shen Y, Yi Y, Shaw CC. Effects of exposure equalization on image signal-to-noise ratios in digital mammography: A simulation study with an anthropomorphic breast phantom. Medical Physics 38(12):6489-501, 12/2011. PMCID: PMC3247925.
20. Shen Y, Zhong Y, Lai C-J, Wang T, Shaw CC. Cone beam breast CT with a high pitch (75 μm), thick (500 μm) scintillator CMOS flat panel detector: visibility of simulated microcalcifications. Medical Physics 40(10):101915, 10/2013. PMCID: PMCPMC3795741.
21. Han T, Lai C-J, Chen L, Zhong Y, Shen Y, Ge S, Yi Y, Liu X, Wang T, Shaw CC. Automatic thresholding of 3D cone beam breast computed tomography for adipose and glandular tissue classification. Journal of Applied Clinical Medical Physics. Submitted.
22. Qu X, Lai C-J, Yi Y, Nakajima Y, Shaw CC. Cupping artifact correction of cone beam breast computed tomography image - A general approach. IEEE Transactions on Biomedical Engineering. Submitted.

Abstracts

1. Shen Y, Zhong Y, Lai CJ, Wang T, Shaw CC. Effects of projection view sampling on CT numbers and noise level in cone beam breast CT. Medical Physics 40(6):125, 6/2013.
2. Lai CJ, Shen Y, Zhong Y, Shaw CC. Improved visualization with high resolution breast CT images. Medical Physics 40(6):115, 6/2013.
3. Zhong Y, Lai CJ, Shen Y, Wang T, Shaw CC. Simulation of contrast enhanced digital mammography with a four dimensional digital breast phantom. Medical Physics 40(6):511, 6/2013.
4. Zhong Y, You Z, Liu X, Wang T, Shen Y, Lai C, Shaw C. Comparison of single-view and dual view digital chest tomosynthesis. Medical Physics 39(6):3608, 6/2012.
5. Shen Y, Zhong Y, Lai C, Wang T, Shaw C. Cone beam breast CT with a high resolution flat panel detector – Improvement of calcification visibility. Medical Physics 39(6):3915, 6/2012.
6. Lai C, Shen Y, Zhong Y, Whitman G, Yang WT, Wang T, Shaw C. Extraction and insertion of tumor masses in cone beam breast CT images. Medical Physics 39(6):3915, 6/2012.
7. Zhong Y, You Z, Shen Y, Liu X, Lai C, Wang T, Ge S, Yi Y, Shaw C. Digital breast tomosynthesis using 2D source scanning patterns: a simulation study. Medical Physics 38(6):3430, 6/2011.
8. Yi Y, Shen Y, Lai C, Liu X, Zhong Y, Ge S, You Z, Wang T, Shaw C. Doses in volume-of-interest cone-beam computed tomography (CBCT)- a Monte Carlo simulation study. Medical Physics 38(6):3875, 6/2011.
9. Ge S, Lai C, Yi Y, Shen Y, Liu X, Zhong Y, You Z, Wang T, Shaw C. Evaluation of cone beam breast CT (CBCT) system: Detection of randomly distributed micro-calcification and the. Medical Physics 38(6):3399, 6/2011.
10. Shen Y, Zhong Y, Lai C, Liu X, You Z, Ge S, Yi Y, Wang T, Shaw C. Image Quality, Dose Saving and Scatter Reduction in Dual-Resolution Cone Beam CT Breast Imaging Using Two. Medical Physics 38(6):3745-6, 6/2011.
11. Shen Y, Liu X, Lai C, Zhong Y, Ge S, Yi Y, You Z, Wang T, Shaw C. Microcalcifications Visibility in Cone Beam Breast CT with Various Flat Panel Detectors. Medical Physics 38(6):3744, 6/2011.
12. Liu X, Lai C, Shaw C, Shen Y, Zhong Y, Yi Y, Ge S, You Z. To investigate the effects of exposure equalization on the noise property and visibility of micro-calcifications using simulated SEDM imaging experiments. Medical Physics 38(6):3378, 6/2011.
13. Lai C, Liu X, Zhong Y, Shen Y, Han T, Ge S, Yi Y, You Z, Wang T, Shaw CC. Calcification visibility in cone beam breast CT: effects of under-sampling and limited angle scans. Medical Physics 37(6):3412, 6/2010.
14. Yi Y, Lai C, Han T, Liu X, Shen Y, Zhong Y, Ge S, You Z, Wang T, Shaw CC. Comparison of ellipsoidal and cylindrical breast phantoms for accuracy of Monte Carlo dose estimation in cone beam breast CT. Medical Physics 37(6):3108, 6/2010.
15. Zhong Y, Lai C, Han T, Chen L, Shen Y, Liu X, Wang T, Ge S, Yi Y, You Z, Shaw C. A total variation based iterative reconstruction algorithm for cone beam breast CT with under-sampled projection views. Medical Physics 36(6):2436, 6/2009.
16. Liu X, Lai C, Chen L, Han T, Shen Y, Zhong Y, Zhang H, Yi Y, Ge S, Wang T, Shaw C. A-Se flat-panel (FP) detector based scan equalization digital radiography (SEDR) system: A chest phantom study. Medical Physics 36(6):2764, 6/2009.
17. Han T, Zhong Y, Chen L, Lai C, Liu X, Shen Y, Ge S, Yi Y, Shaw C. Accuracy and computing time of a ray-driven projector/back-projector for simulation and reconstruction in tomosynthesis and cone beam CT imaging. Medical Physics 36(6):2443-2444, 6/2009.
18. Han T, Chen L, Zhong Y, Lai C, Liu X, Shen Y, Yi Y, Ge S, You Z, Wang T, Shaw C. Automatic detection of calcifications in cone beam breast CT imaging. Medical Physics 36(6):2440, 6/2009.
19. Ge S, Lai C, Pan T, Han T, Chen L, Shen Y, Liu X, Zhong Y, Wang T, Yi Y, Zhang H, You Z, Shaw C. Comparison of dedicated cone-beam breast CT with conventional CT for detection of micro-calcification. Medical Physics 36(6):2441, 6/2009.
20. Han T, Lai C, Chen L, Shen Y, Zhong Y, Liu X, Ge S, Yi Y, You Z, Wang T, Whitman G, Wang W, Shaw C. Cone beam breast CT versus mammography for breast density measurement. Medical Physics 36(6):2467, 6/2009.
21. Yi Y, Han T, Lai C, Chen L, Liu X, Shen Y, Zhong Y, Ge S, Shaw C. Dose variation with breast density in cone beam breast CT- a Monte Carlo simulation study. Medical Physics 36(6):2439, 6/2009.
22. Lai C, You Z, Zhong Y, Shen Y, Chen L, Liu X, Han T, Ge S, Yi Y, Geiser W, Whitman G, Yang W, Shaw C. Effects of exposure level and anatomical background on detection of simulated microcalcifications in digital mammography. Medical Physics 36(6):2461, 6/2009.
23. Shen Y, Chen L, Zhong Y, Ge S, Han T, Yi Y, You Z, Liu X, Lai C, Wang T, Shaw C. Effects of voxel size on visibility of microcalcifications in cone beam breast CT. Medical Physics 36(6):2440, 6/2009.
24. Chen L, Lai C, Zhong Y, Ge S, Han T, Liu X, Shen Y, Yi Y, You Z, Wang T, Shaw C. Full-scan versus half-scan in cone beam breast CT - a quantitative comparison. Medical Physics 36(6):2439, 6/2009.
25. Yi Y, Han T, Liu X, Shen Y, Chen L, Zhong Y, Lai C, Ge S, You Z, Wang T, Shaw C. Multi-slice CT versus cone beam CT for breast imaging: radiation dose distributions with Monte Carlo simulation. Medical Physics 36(6):2699, 6/2009.
26. Shen Y, Ge S, Chen L, Yi Y, You Z, Han T, Zhong Y, Liu X, Lai C, Wang T, Shaw C. Visibility of simulated microcalcifications with an aSi/aSe flat panel detector based cone beam CT system. Medical Physics 36(6):2438, 6/2009.
27. Han T, Chen L, Lai C, Liu X, Shen Y, Wang T, Shaw C. A segmentation technique to estimate breast density from cone beam breast CT images. Medical Physics 35(6):2646, 2008.
28. Chen L, Lai C, Han T, Liu X, Shen Y, Wang T, Shaw C. Comparison of breast-centered and volume-of-interest (VOI)-centered VOI cone beam CT techniques: dose and scatter considerations with Monte Carlo simulation. Medical Physics 35(6):2649, 2008.
29. Shen Y, Liu X, Chen L, Lai C, Han T, Wang T, Shaw C. Comparison of spatial resolution properties for three cone-beam CT systems using an aluminum wire phantom. Medical Physics 35(6):2649, 2008.
30. Lai C, Chen L, Han T, Liu X, Shen Y, Wang T, Shaw C. Magnitude of scattered radiation and dose efficiency in volume-of-interest (VOI) cone beam CT. Medical Physics 35(6):2649, 2008.
31. Liu X, Lai C, Shen Y, Chen L, Han T, Wang T, Shaw C. Scatter rejection properties and low-contrast performance of a scan equalization digital radiography (SEDR) system: initial experience with chest phantom images. Medical Physics 35(6):2869, 2008.
32. Chen L, Shaw C, Altunbas M, Lai C, Ding X, Liu X, Han T, Wang T. Dose saving and scatter reduction in volume-of-interest (VOI) cone beam CT - a Monte Carlo simulation study with Geant4. Medical Physics 34(6):2562-63, 2007.
33. Liu X, Shaw C, Lai C, Altunbas M, Chen L, Han T, Wang T. Scatter rejection and low-contrast performance of a slot-scan digital chest radiography system with electronic aft-collimation: a phantom study. Medical Physics 34(6):2526, 2007.
34. Shaw C, Han T, Chen L, Altunbas M, Lai C, Liu X, Wang T, Yang W, Whitman G. Simulation of tomosynthesis mammograms with cone beam CT images of mastectomy breast specimens. Medical Physics 34(6):2605, 2007.
35. Lai C, Shaw C, Liu X, Altunbas M, Chen L, Wang T, Han T. Slot scan imaging versus anti-scatter grid method in digital chest imaging- a 4-AFC study. Medical Physics 34(6):2355, 2007.
36. Altunbas M, Shaw C, Liu X, Lai C, Chen L, Han T, Wang T. Slot scan imaging with a high frame rate flat panel detector-measurement and correction for in-slot scatter. Medical Physics 34(6):2527, 2007.
37. Meng Y, Shaw C, Liu X, Lai C, Tu S, Altunbas M, Chen L, Wang T. Effects, detection and removal of zingers from scattered x-rays in CCD based cone beam CT. Medical Physics 33(6):2000, 2006.
38. Lai C, Shaw C, Meng Y, Chen L, Altunbas M, Tu S, Liu X. Effects of kVp setting and radiation dose on calcification visibility in cone beam CT. Medical Physics 33(6):2266-67, 2006.
39. Tu S, Shaw C, Liu X, Altunbas M, Lai C, Wang T. Intensity modulation patterns for regional exposure control with multiple angle slot scan imaging: simulated annealing optimization technique approach. Medical Physics 33(6):2223, 2006.
40. Tu S, Shaw C, Lai C, Chen L, Liu X, Meng Y, Altunbas M, Wang T. Noise and nodule detectability in simulated cone beam CT imaging. Medical Physics 33(6):2267, 2006.
41. Chen L, Shaw C, Meng Y, Altunbas M, Wang T, Tu S, Liu X, Lai C. Volume-of-interest (VOI) cone beam CT with dual resolution image acquisition. Medical Physics 33(6):2000, 2006.
42. Chen L, Shaw C, Altunbas M, Wang T, Tu S, Lai C, Liu X. A volume-of-interest (VOI) scanning technique for cone beam breast CT. Medical Physics 32(6):2064, 2005.
43. Lai C, Shaw C, Sabloff B, Wang T, Liu X, Chen L, Meng Y, Tu S, Altunbas M, Kappadath S. Effects of exposure and structureal background on the detection of computer-simulated nodules in digital chest phantom images: 2-AFC study. Medical Physics 32(6):2079, 2005.
44. Shaw C, Chen L, Altunbas M, Wang T, Lai C, Tu S, Liu X, Kappadath S. Imaging properties of cone beam breast CT - effects of detector properties and imaging conditions. Medical Physics 32(6):2064, 2005.
45. Lai C, Shaw C, Geiser W, Liu X, Kappadath S, Altunbas M, Tu S, Wang T, Whitman G, Dempsey P. A contrast-detail phantom study to compare a slot scanning digital mammography system with an a-Si/CsI flat-panel based system. Medical Physics 31(6):1796, 2004.
46. Lai C, Shaw C, Whitman G, Arribas E, Nguyen V, Stephens T, Geiser W, Dempsey P. Comparison of a-Si/CsI flat-panel and slot scanning digital mammography systems for detection of simulated microcalcifications: an ROC study. Medical Physics 31(6):1796, 2004.
47. Kappadath SC, Shaw C, Lai C, Liu X, Whitman G. Dual-energy digital mammography for calcification imaging: a phantom study. Medical Physics 31(6):1797, 2004.
48. Yang WT, Lai C-J, Whitman GJ, Murphy WM, Dryden MJ, Kushwaha AK, Sahin AA, Shaw C. Evaluation of breast phantom masses with full-field digital mammography. AJR 182S(4):107, 2004.
49. Whitman GJ, Lai C-J, Yang WT, Arribas E, Selinko V, Dogan BE, Rong XJ, Phelps M, Shaw CC. Comparison of mammographic imaging systems in detection of simulated microcalcifications: flat panel, CCD, and screen/film combination. J. Digital Imaging 16(suppl):109, 3/2003.
50. Whitman GJ, Moxley D, Page D, Foust J, Wgner E, Lai CJ, Broemeling LD, Yang WT, Phelps M, Stelling CB, Shaw CC. Mobile screening mammography: what size detector is needed?. J. Digital Imaging 16(suppl):21-22, 3/2003.
51. Whitman GJ, Lai C-J, Yang WT, Selinko V, Arribas E, Shaw CC. Comparison of mammographic imaging systems in the detection of simulated microcalcifications: flat panel, CCD and screen/film combination. AJR 180S(3):121, 2003.
52. Lai C, Shaw C, Whitman G, Yang W, Nguyen V, Phelps M, Liu X. Comparison of three mammographic detectors for detection of simulated microcalcifications: an ROC study (WIP). Medical Physics 30(6):1354, 2003.
53. Lai C, Whitman G, Yang W, Dryden M, Kushwaha A, Arribas E, Phelps M, Shaw C. Comparison of three mammographic detectors for the detection of microcalcifications: an ROC study based on the images of specimens. Medical Physics 30(6):1406, 2003.
54. Kappadath SC, Shaw C, Liu X, Lai C, Balter P. Dual-energy digital mammography for calcification imaging - implementation under narrow-beam geometry. Medical Physics 30(6):1455, 2003.
55. Balter P, Shaw C, Kappadath S, Liu X, Lai C. Scanning equalization digital radiography (SEDR) - a study of noise and scatter properties based on spot collimated images and noise simulation. Medical Physics 30(6):1390, 2003.
56. Lai C, Whitman G, Yang W, Shaw C. Comparison of mammographic imaging systems in the detection of simulated microcalcifications: flat-panel, CCD, and screen/film combination. Medical Physics 29(8):1935-36, 2002.
57. Shaw C, Sabloff B, Liu X, Rong X, Munden R, Troung M, Gladish G, Balter P, Lai C. Scanning exposure-equalization digital radiography (SEDR) - effects of exposure equalization on lung nodule detection in simulated SEDR images. Medical Physics 29(6):1343, 2002.

Book Chapters

1. Whitman GJ, Lai CJ, Liu X, Itani M, Khisty R and Shaw CC. Breast Computed Tomography. In: Digital Mammography: A Practical Approach. Ed(s) GJ Whitman and TM Haygood. Cambridge University Press: Cambridge, United Kingdom, 125-143, 2012. ISBN: 9780521763721.

Grant & Contract Support

Title: A Limited Angle Data Based CT Technique for Dynamic Contrast Enhanced Study
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 4/1/2014 - 3/31/2016
 
Title: A High Resolution Breast CT System: Comprehensive Evaluation
Funding Source: NIH/NCI
Role: Principal Investigator
Duration: 9/1/2013 - 8/30/2018
 
Title: High Rate Contrast Density Measurement with Dual Orthogonal View Limited Angle CT
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 7/1/2013 - 6/30/2015
 
Title: Evaluation of Dedicated Breast CT with Synthetic Abnormal Cases
Funding Source: NIH/NCI
Role: Principal Investigator
Duration: 7/1/2013 - 6/30/2015
 
Title: Three-Dimensional Simulation of Tumor Masses for Cone Beam Breast Computed Tomography
Funding Source: MDACC
Role: Principal Investigator
Duration: 4/1/2013 - 3/31/2014
 
Title: A Novel Strategy To Evaluate Cone Beam Breast CT for Early Detection of Breast Cancer
Funding Source: Cancer Prevention & Research Institute of Texas (CPRIT)
Role: Principal Investigator
Duration: 12/1/2012 - 11/30/2015
 
Title: A High Resolution Breast CT System for Early Detection of Breast Cancers
Funding Source: Cancer Prevention & Research Institute of Texas (CPRIT)
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 12/1/2012 - 11/30/2015
 
Title: Observer Performance, Image Quality and Dose in Cone Beam Breast CT
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 9/1/2012 - 8/31/2017
 
Title: Flat-Panel Based Cone Beam CT for 3D Chest Imaging
Funding Source: NIH/NIBIB
Role: Principal Investigator
Duration: 9/1/2012 - 8/31/2014
 
Title: Digital Breast Tomosynthesis with Digitally Addressable X-ray Source
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Mark Lucent (Stellaray Inc.)
Duration: 9/1/2012 - 8/31/2014
 
Title: From Chest Radiography to 3D Chest Imaging with Patient Rotation
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 7/1/2012 - 6/30/2017
 
Title: Identification of Digitally Inserted Lesions in Cone Beam Breast CT
Funding Source: NIH/NCI
Role: Principal Investigator
Duration: 7/1/2012 - 6/30/2016
 
Title: DTS Imaging with a Digitally Addressable X-Ray Sources (DAXS)
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 5/1/2010 - 2/28/2015
 
Title: A Dual Resolution Cone Beam CT System for 3-D Breast Imaging
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 9/1/2008 - 8/31/2013
 
Title: A Dual Resolution Cone Beam CT System for 3-D Breast Imaging
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 9/1/2007 - 8/31/2008
 
Title: Optimized Digital Mammography with an a-Se FP Imager
Funding Source: NIH/NCI
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 6/1/2004 - 5/31/2011
 
Title: aSi/Csl FP Digital Chest Imaging with Scatter Rejection and Exposure Equilization
Funding Source: NIH/NIBIB
Role: Co-Investigator
Principal Investigator: Shaw CC
Duration: 6/1/2002 - 3/31/2008

Last updated: 7/15/2014