Introduction | p. 1 |
Effect of radiotherapy on prostate histopathology and assessment of residual cancer | p. 5 |
What should you ask your pathologist when contemplating minimally invasive therapy | p. 17 |
Detailed mapping of prostate cancer : implications for brachytherapy | p. 27 |
Defining permanent prostate brachytherapy target volumes from evaluation of wholemount prostatectomy specimens | p. 35 |
Prostate cancer staging : PSMA-based serum assays and radioscintigraphy | p. 43 |
Treatment decisions : surgery versus brachytherapy : a urologist's perspective | p. 59 |
Treatment decisions : which therapy? : a patient's perspective | p. 67 |
Brachytherapy from the urologist's perspective | p. 75 |
Sonographic anatomy of the prostate | p. 83 |
What to look for when choosing treatment-planning software for prostate brachytherapy | p. 93 |
Treatment planning for low and high dose rate brachytherapy | p. 99 |
Planning an implant : preoperative versus intraoperative planning | p. 109 |
The Wheeling approach to treatment planning for prostate brachytherapy | p. 113 |
The Seattle Prostate Institute approach to treatment planning for permanent implants | p. 123 |
[superscript 103]Pd brachytherapy : rationale, design, and evaluation | p. 139 |
Ultrasound-guided [superscript 103]Pd prostrate brachytherapy | p. 169 |
Optimizing real-time, interactive, ultrasound-guided prostate brachytherapy | p. 181 |
Real-time prostate brachytherapy : transition from intraoperative nomogram planning to virtual planning | p. 187 |
The ProSeed approach : a multi-center study of the results of brachytherapy training | p. 197 |
Functional image registration in brachytherapy | p. 205 |
A novel prostate brachytherapy technique : use of preloaded needles without spacers : the Frankford Hospital experience | p. 215 |
Radioimmunoguided prostate brachytherapy | p. 221 |
Prostate brachytherapy under local anesthesia | p. 233 |
The impact of hormonal therapy on pubic arch interference | p. 237 |
Using the needle manipulation ruler | p. 247 |
Using the perineal pressure applicator device | p. 251 |
Permanent prostate brachytherapy using sources embedded in absorbable vicryl suture and a preplanned, preloaded needle technique | p. 257 |
The Utrecht technique in RAPIDStrand afterloading | p. 261 |
The PIPER prostate brachytherapy planning system | p. 265 |
Robot-aided and 3D TRUS-guided intraoperative prostate brachytherapy | p. 271 |
Initial experience with the FIRST system in Utrecht | p. 285 |
High dose rate [superscript 192]Ir prostate brachytherapy | p. 295 |
High dose rate prostate brachytherapy : treatment planning and results from Memorial Sloan-Kettering Cancer Center | p. 303 |
High dose rate afterloading [superscript 192]Ir prostate brachytherapy | p. 311 |
High dose rate brachytherapy in patients with high IPPS, large glands, or with prior TURP | p. 327 |
Combining external beam radiotherapy with prostate brachytherapy : issues and rationale | p. 343 |
The role of external beam radiotherapy and permanent prostate brachytherapy in patients with localized prostate cancer | p. 351 |
Simultaneous irradiation for prostate cancer : disease-free survival rates | p. 359 |
Radioactive sources for interstitial brachytherapy | p. 367 |
RADIOCOIL : a coiled wire brachytherapy source | p. 373 |
InterSource brachytherapy seeds | p. 385 |
The customized monofilament : a new approach to permanent prostate brachytherapy | p. 389 |
Salvage of suboptimal prostate seed implantation : re-implantation of an underdosed region of the prostate base | p. 397 |
Can prostate brachytherapy treat potential extraprostatic disease? | p. 405 |
Health-related quality of life following prostate brachytherapy | p. 413 |
Rectal complications following permanent seed implants | p. 419 |
Sexual function following permanent prostate brachytherapy | p. 425 |
Prostrate-specific antigen bounce following prostrate brachytherapy | p. 433 |
Factors predicting for urinary incontinence following prostate brachytherapy | p. 441 |
Table of Contents provided by Blackwell. All Rights Reserved. |