Inżynier i Fizyk Medyczny 5/2016 vol. 5
273
artykuł
/
article
radioterapia
/
radiotherapy
10.
B. Steve Jiang:
Technical aspect of image-guided respiration-
gated radiation therapy
, Medical Dosimetry, 31(2), 2006,
141-151.
11.
C.B. Saw, E. Brandner, R .Selvaraj, H. Chen, M. SaifulHuq,
D.E. Heron:
A review on the clinical implementation of respira-
tory-gated radiation therapy
, Biomed Imaging Interv J., doi:
10.2349/biij.3.1.e40.
12.
J.W. Snider, E.K. Oermann, V. Chen, J. Rabin, S. Suy, X. Yu,
S. Vahdat, S.P. Collins, F. Banovac, E. Anderson, B.T. Collins:
CyberKnife with Tumor Tracking: An Effective Treatment for
High-Risk Surgical Patients with Single Peripheral Lung Meta-
stases
, Front Oncol., 3, 2012, 63.
13.
M.J. Barrett-Lennard, S.M. Thurstan:
Comparing immobilisa-
tion methods for the tangential treatment of large pendulous
breasts
, The Radiographer, 55(2), 2008.
14.
B. Bąk, A. Adamska, J. Kaźmierska, T. Piotrowski:
Nowocze-
sne metody radioterapii – tomoterapia
, Inżynier i Fizyk Me-
dyczny, 3(6), 2014, 333-338.
15.
M. Palombarini, S. Mengoli, P. Fantazzini:
Analysis of inter-
-fraction setup errors and organmotion by daily kilovoltage cone
beam computed tomography in intensity modulated radiothera-
py of prostate cancer
, Radiation Oncology, 7, 2012, 56.
16.
D. Bodusz, G. Głowacki, L. Miszczyk:
Ocena śródfrakcyjnej ru-
chomości gruczołu krokowego w trakcie radioterapii chorych
na raka stercza
, Journal of Oncology, 61(5), 2011, 439-443.
17.
X. Tong, X. Chen, J. Li:
Intrafractional prostate motion during
external beam radiotherapy monitored by a real-time target
localization system
, Journal of Applied Clinical Medical Phy-
sics, 16(2), 2015.
18.
A.K. Cramer, A.G. Haile, S. Ognjenovic:
Real-time prostate
motion assessment: image-guidance and the temporal depen-
dence of intra-fraction motion
, BMC Med Phys., 13, 2013, 4.
19.
T. Budiharto, P. Slagmolen, K. Haustermans:
Intrafractional
prostate motion during online image guided intensity-modula-
ted radiotherapy for prostate cancer
, Radiotherapy and On-
cology, 98, 2011, 181-186.
20.
B.G.L. Vanneste, M. Pijls-Johannesma, L. Van De Voorde:
Spacers in radiotherapy treatment of prostate cancer: Is reduc-
tion of toxicity cost-effective?
, Radiotherapy and Oncology,
114, 2015, 276-281.
21.
P. Juneja et al.:
Prostate motion during radiotherapy of pro-
state cancer patients with and without application of a hy-
drogel spacer: a comparative study
, Radiation Oncology, 10,
2015, 215.
22.
M. Pinkawa, M.D. Piroth, R. Holy:
Spacer stability and prosta-
te position variability during radiotherapy for prostate cancer
applying a hydrogel to protect the rectal Wall
, Radiotherapy
and Oncology, 106, 2013, 220-224.
23.
M. Pinkawa, N.E. Corral, M. Caffaro:
Application of a spacer
gel to optimize three-dimensional conformal and intensity mo-
dulated radiotherapy for prostate cancer
, Radiotherapy and
Oncology, 100, 2011, 436-441.
