Alexei V Chvetsov, Ph.D., DABR, MCCPM
Education and Training
College: Moscow Engineering Physics Institute, Moscow, Russia
Graduate School: Moscow Engineering Physics Institute, Moscow, Russia
Selected Publications from a Total of 29
AV Chvetsov, JG Rajendran, J Zeng, SA Patel, SR Bowen, EY Kim. Theoretical effectiveness of cell survival in fractionated radiotherapy with hypoxia-targeted dose escalation. Medical Physics 44(5):1975-1982 (2017).
AV Chvetsov, GA Sandison, JL Schwartz, R Rengan. Ill-posed problem and regularization in reconstruction of radiobiological parameters from serial tumor imaging data. Physics in Medicine and Biology 60(21): 8491-8503 (2015).
B.J. Allen, A.V. Chvetsov, C.G. Orton. Systemic alpha-particles are likely to yield more important advances in radiotherapy than are protons, Medical Physics 42(7):3785-3787 (2015)
AV Chvetsov, S. Yartsev, JL Schwartz, N Mayr. Assessment of inter-patient variation in tumor radisensitivity for non-small cell lung cancer using tumor-volume variation data. Medical Physics 41(6): 064101-1-10 (2014)
AV Chvetsov. Tumor response parameters for head and neck cancer derived from tumor volume variation during radiation therapy Medical Physics 40(3): 034101-1-8 (2013)
Kamath, WY Song, A. Chvetsov, S Ozawa, H Lu, S Samant, C Liu, JG Li, JR Palta. An image quality comparison study between XVI and OBI CBCT systems. Journal of Applied Clinical Medical Physics 12(2): 376-390 (2011).
Shi, J. Li, R. Zlotecki, A. Yeung, H. Newlin, J. Palta, C Liu, A Chvetsov, and K Oliver. Evaluation of KV cone-beam CT performance for prostate IGRT: A comparison of automatic alignment methods to implanted fiducial-marker alignment American Journal of Clinical Oncology 34(1): 16-21 (2011)
AV Chvetsov, LS Page. Influence of CT image noise on proton range calculations in radiotherapy planning. Physics in Medicine and Biology 55: N141-N149 (2010)
A Yeung, J Li, W Shi, H Newlin, C Morris, S Samant, A Saito, A Chvetsov, C Liu, J Palta, K Oliver. Optimal image guidance scenario with cone-beam CT in conventionally fractionated radiotherapy for lung tumors. American Journal of Clinical Oncology 33(3): 276-280 (2010)
AV Chvetsov, L Dong, JR Palta, and R Amdur. Tumor-volume simulation during radiotherapy for head-and-neck cancer using a four-level cell population model International Journal of Radiation Oncology Biology Physics 75(2) 595-602 (2009)