Random variation in rectal position during radiotherapy for prostate cancer is two to three times greater than that predicted from prostate motion

Por Scaife, J, Harrison, K, Romanchikova, M, Parker, A, Sutcliffe, M, Bond, S, Thomas, S, Freeman, S, Jena, R, Bates, A, Burnet, N
Publicado em 2014

Image guidance protocols: balancing imaging parameters against scan time

Por Bates, A M, Scaife, J E, Tudor, G S J, Jena, R, Romanchikova, M, Dean, J C, Hoole, A C F, Simmons, M P D, Burnet, N G
Publicado em 2013

Delivered dose can be a better predictor of rectal toxicity than planned dose in prostate radiotherapy

Por Shelley, L.E.A., Scaife, J.E., Romanchikova, M., Harrison, K., Forman, J.R., Bates, A.M., Noble, D.J., Jena, R., Parker, M.A., Sutcliffe, M.P.F., Thomas, S.J., Burnet, N.G.
Publicado no Radiother Oncol (2017)

Automatic contour propagation using deformable image registration to determine delivered dose to spinal cord in head-and-neck cancer radiotherapy

Por Yeap, P L, Noble, D J, Harrison, K, Bates, A M, Burnet, N G, Jena, R, Romanchikova, M, Sutcliffe, M P F, Thomas, S J, Barnett, G C, Benson, R J, Jefferies, S J, Parker, M A
Publicado no Phys Med Biol (2017)