DNA甲基化与鼻咽癌.pdfVIP

国际肿瘤学杂志2007年l2月第34卷第l2期 J Int Oncol，December 2007．Vol 34．No．12 of the nodal CTV in lhe node—positive and the post—operative neck．Ra— 12 Apisarnthanarax S，Elliott DD，El—Naggar AK，et a1．Determining diother Oncol，2006，79(1)：15—20． optimal clinical target volume ma ns in head—and—neck cancer based 7 Eisbruch A，Foote RL，0 Sullivan B，et a1．Intensity—modulated radi— on microscopic extracapsular extension of metastatic neck nodes．Int J ation therapy for head and neck cancer：emphasis on the selection and Radiat Oncol Biol Phys，2006，64(3)：678—683． delineation of the targets．Semin Radiat Onco1．2002，12(3)：238— de Kruijf WJ，Heijmen BJ，Levendag PC．Quantification of trade—off 249． between parotid gland sparing and planning target volume underdosag— 8 Eisbruch A，Marsh LH，Dawson LA．et a1．Recurrences near base of es in clinically node—negative head—and·neck intensity—modulated ra— skull after IMRT for head-·and-·neck cancer：implications for target de-· diotherapy．Int J Radiat Oncol Biol Phys，2007，68(1)：136—143． lineation in high neck and for parotid gland sparing．Int J Radiat Oncol Davis JB，Reiner B，Huser M，et a1．Assessment of F PET signals Biol Phys，2004，59(1)：28—42． for automatic target volume definition in radiotherapy treatment plan— 9 Chao KS，Ozyigit G，Tran BN，et a1．Patterns of failure in patients re— ning．Radiother Oncol，2006，80(1)：43·50． ceiving definitive and postoperative IMRT for head-·and-·neck cancer． Hoffmann AL，van Dalen JA，Lee J，et a1．Regarding Davis et a1．： Int J Radiat Oncol Biol Phys，2003，55(2)：312·321． Assessment of(18)F PET signals for automatic target volume defini— 10 Lee N，Xia P，Fischbein NJ．et a1．Intensity—modulated radiation tion in radiotherapy treatment planning．Radiother Oncol，2007，83 t