Skip navigation × ohiolink home library catalog research databases electronic journal center (ejc) electronic book center (ebc) digital resource commons (drc) ejc ol home | ejc home search | contact a librarian ohiolink journal article locator students, staff, and faculty of ohiolink member institutions: login now to access full text. Find copies in your library your network location is not associated with any library’s tools for finding full text. viagra for salebuy viagrahttp://floridalighttacklecharters.com/thq-generic-viagra-shipped-overnight-zs/buy cheap viagraviagra without a doctor prescriptionviagra for saleviagra without a doctor prescriptionbuy cheap viagracheap generic viagrahttp://medicaresupplementspecialists.com/pfz-100-mg-generic-viagra-np/ You may want to try one of these: find your library’s web site. Find this journal in libraries near you with the worldcat database of library collections. Attempt to find this article at the publisher’s web site. There may be a charge for full text access. E-mail this article export to refworks export to reference manager imrt combined to igrt: increase of the irradiated volume. Consequences? Lisbona, a. ; averbeck, d. ; supiot, s. ; delpon, g. ; ali, d. ; vinas, f. ; diana, c. ; murariu, c. ; lagrange, j. L. Cancer / radiotherapie, volume 14, issue 6-7 (october, 2010), p. 563-570. Issn: 1278-3218 doi: 10. 1016/j. Canrad. 2010. 07. 227 elsevier science what is this page? This is a citation to a journal article in the ohiolink electronic journal center, a collection of over 9000 scholarly electronic journals. Access to this article on this site is available only to to the students, staff, and faculty of ohiolink’s member institutions. If you are not an ohiolink user, please follow the the links under “find copies in your library” for assistance in getting a copy of this article. Please note that ohiolink cannot provide support and cannot supply copies of articles for non-ohiolink users. We encourage you to contact your own library with any questions or problems.. Make a plan that would not result in collateral damage to the rectum and bladder. The plan then became to stay on the lupron and expect the prostate to shrink enough that the imrt machine could get clear shots at the specified targets without zapping the "good guys" [bladder and rectum, etc]. We started to try imrt again in late october. Got a ct done to estimate prostate size and it looked viable. Did the simulation (to build a new rt plan given my body parts at the time) and it looked ok (i. E. Doable! ) went back in for the verification (double check the plan and train me in the daily procedure) and that was ok. My plan called for 78gy of radiation in 42 fractions of 186 cgy per d.