You are here: Information for Healthcare Professionals

Brachytherapy commissioning tools

Brachytherapy commissioning tools

PowerPoint presentations and other document templates are provided in this section. It is hoped that these will help speed and streamline the commissioning of care process for brachytherapy services based on the following decision-making flow. Information contained in other sections of prostatebrachytherapyinfo.net and links to additional sources of information are indicated.

Figure 3 — Decision making flow model


Factors considered by the Prostate Cancer Advisory Group include:

  • guidance/recommendations from DH and NICE
  • long-term outcomes
  • patient benefits
  • cost of care.
  • comparative effectiveness and value

Guidance/recommendations from DH and NICE

In order to best implement the DH advice and meet future service levels, the Prostate Brachytherapy Advisory Group recommends that it would be most effective to concentrate efforts on and commision services from centres who have the personnel and capacity to undertake 25+ procedures per year, and to develop the highest-quality services in these centres.

This approach becomes even more critical given that the NICE guideline on the diagnosis and treatment of localised prostate cancer (February 2008) described LDR brachytherapy as one of the three radical treatment options recommended for the treatment of men diagnosed with either low- or intermediate-risk localised disease and emphasised that all treatment decisions should be made in conjunction with men and their families. Thus, a significant level of expertise should be available to increased numbers of men seeking more information about and opting for this treatment option.

See ‘Brachytherapy guidance and guidelines’ section and ‘UK brachytherapy centres’ section for detailed information and data from each centre.

Long-term outcomes

A number of recent papers have been published reporting PSA progression-free survival for patients with intermediate-/high-risk prostate cancer treated with seed implant/EBRT combined treatment. The findings are summarised in Table 7.

Table 7 PSA progression-free survival

SeriesYearNo of patientsPSA failure definitionFollow-up yearsPSA progression-free survival intermediate/high risk (%)
Sylvester et al12007223ASTRO modified to two rises1580 / 67
Critz et al220041469PSA <0.2ng/ml1080 / 61

For survival data from UK centres of excellence, refer to individual entries in the section 'UK brachytherapy centres'

Patient benefits

Increasingly, healthcare professionals are becoming conscious of quality-of-life issues relating to treatment. The attached mini-review looks at this important issue, illustrating that patients often want to choose a treatment that will more certainly guarantee a better quality of life.

Studies have shown that prostate brachytherapy impacts less on patient quality of life than other treatment options (incontinence and sexual dysfunction). Longer-term data suggest that brachytherapy is a well-tolerated treatment for localised prostate cancer.

document type iconBrachytherapy versus prostatectomy in localized prostate cancer: results of a French multicenter prospective medico-economic study

document type iconHealth-related quality of life after prostate brachytherapy

Comparative effectiveness and value

The Institute for Clinical and Economic Review (ICER), is an independent research and policy group based at the Massachusetts General Hospital’s Institute for Technology Assessment (ITA).  It provides independent evaluation of the comparative clinical effectiveness and comparative value of new and emerging technologies.
The latest prostate cancer review (January 2010) represents a summary of three prior technology appraisals of management options for clinically-localised, low-risk prostate cancer published between November 2007 – September 2009:

  • intensity-modulated radiation therapy (IMRT)
  • brachytherapy and proton beam therapy
  • active surveillance and radical prostatectomy

The report presents a systematic review of published evidence on the treatment of low-risk prostate cancer as well as simulation modelling to project the long-term effects of each treatment approach.  The evidence on radical prostatectomy, brachytherapy, and IMRT was judged to demonstrate comparable overall clinical effectiveness for most men although important quality-of-life differences are noted.
The ICER model calculates the lifetime cost per quality-adjusted life-year (QALY) gained. Of the definitive treatments examined (surgery, brachytherapy and IMRT) brachytherapy was found to be the most effective form of treatment according to the model. Using radical prostatectomy as the reference strategy, brachytherapy was found to save nearly $3,000 per QALY whilst other radiation treatments were associated with higher costs than surgery. Taking into account cure rate, quality of life and cost factors, brachytherapy emerged as a cost-saving alternative to radical prostatectomy and was deemed to be the only ‘high value’ definitive treatment alternative.

Table 1. Lifetime quality-adjusted life expectancy and costs for 65-year-old men with clinically-localised, low-risk prostate cancer, by treatment type

Strategy

QALYs

Incremental QALYs

Cost

Incremental cost

Cost/QALY

AS

8.97

1.15

$30,422

$2,074

$1,803

Brachytherapy

8.12

0.30

$25,484

($2,864)

N/A

IMRT

8.09

0.27

$37,861

$9,513

$35,233*

Proton Beam

7.97

0.15

$53,828

$25,480

$169,867*

RP

7.82

Reference

$28,348

Reference

 

NOTES:
All incremental costs and QALYs calculated relative to radical prostatectomy.
QALY, quality-adjusted life year; AS, active surveillance; IMRT, intensity-modulated radiation therapy; RP, radical prostatectomy.
*Incremental cost-effectiveness ratios presented for purposes of transparency; findings of the ICER systematic review do NOT support substantial differences in overall effectiveness.
Strategy is less costly and more effective than radical prostatectomy (reference strategy)

 

Reference:
Ollendorf DA, Hayes J, McMahon P et al. Management options for low-risk prostate cancer: a report on comparative effectiveness and value. Boston, MA: Institute for Clinical and Economic Review, December 2009.

Full report available at: http://www.icer-review.org/index.php/mgmtoptionlrpc.html

Outcomes data management

BrachyBaseTM is a new web-based registry for the prospective collection and reporting of prostate brachytherapy permanent seed implantation data, designed specifically for prostate brachytherapy and developed in conjunction with leading experts. It is a unique resource designed to enable centres offering brachytherapy to collect, store and analyse their data in a convenient and secure fashion, and is an ideal tool for studies, publications and presentations, permitting data to be pooled if required for multi-centre studies, both national and international. A number of leading brachytherapy centres in Europe and the US are currently using BrachyBaseTM to collect and analyse patient outcomes data, and the publication of centre-specific and pooled data is anticipated. For further information click here.

Table 8 — Accumulated mean prostate cancer-related costs by cost category, primary treatment, and risk factor 5

Medication costs, $ Office visit costs, $ Hospitalization costs, $ Total all costs, $ Total, $
Primary Treatment Low RiskMed. Risk High riskLow RiskMed. Risk High riskLow RiskMed. Risk High riskLow RiskMed. riskHigh riskAll risk
Brachytherapy 3741 (316) 4940 (213) 9050 (99) 18,844 23,873 24,153 5780 12,605 9832 28,366 41,419 43,035 35,143
Radical prostatectomy 2832 (1,124)6869 (856)19,781 (375)18,11618,18024,08511,847998910,18832,79535,03754,05536,888
External beam radiation 6615 (106) 9164 (146) 23,195 (145) 36,446 43,327 40,874 5879 4234 8668 48,840 56,725 72,737 59,455
Androgen deprivation therapy 14,261 (120) 20,905 (150) 50,632 (309) 26,236 30,155 30,884 4599 5682 6007 45,095 56,738 87,523 69,244
Cryotherapy 7768 (36) 3346 (38) 25,697 (57) 17,533 21,912 20,756 6,301 7555 7288 31,602 32,814 53,741 43,108
Watchful waiting 5269 (127) 5098 (51) 4854 (33) 19,716 21,757 20,235 6886 4934 1795 31,871 31,789 26,884 32,135
All treatments 4154 (1829) 8329 (1454) 28,138 (1018) 19,875 22,775 28,268 9564 8777 8086 33,593 39,882 64,491 42,570
Total all treatments 10,932 22,721 8917 42,570
Data in parentheses are MCE mean cumulative function cost.

document type iconCumulative Cost Pattern Comparison of Prostate Cancer Treatments.

Prospective quality of life and cost utility data

The recently published NICE guideline on prostate cancer diagnosis and treatment highlighted the need for prospective quality of life and cost utility data comparing the radical treatment options available for localised prostate cancer. The Prostate Brachytherapy Advisory Group (PBAG) recognise the urgent need for high quality comparative data investigating the length of hospital stay, patients' recovery time and side-effects as this will help commissioners and providers of care, and patients, to make informed decisions. To address this issue PBAG have therefore commissioned the internationally recognised York Health Economics Consortium to conduct an analysis using data prospectively collected during the Prostate Cancer Symptoms Study (PCSS) - itself carried out at four leading UK prostate cancer treatment centres. Findings and conclusions from this analysis are expected to be available in the second half of 2008.

Executive report

The following document summarises relevant information in the form of an executive report.

document type iconLow dose-rate brachytherapy

References

1: Sylvester JE, Grimm PD, Blasko JC et al. 15-Year biochemical relapse free survival in clinical Stage T1—T3 prostate cancer following combined external beam radiotherapy and brachytherapy; Seattle experience. Int J Radiat Oncol Biol Phys 2007;67:57—64.

2: Critz FA, Levinson K. 10-year disease-free survival rates after simultaneous irradiation for prostate cancer with a focus on calculation methodology. J Urol 2004;172:2232—8.

3: Merrick GS, Butler WM, Wallner KE, Galbreath RW, Adamovich E. Permanent interstitial brachytherapy for clinically organ-confined high-grade prostate cancer with a pretreatment PSA < 20 ng/mL. Am J Clin Oncol 2004;27:611—15.

4: Stock RG, Cahlon O, Cesaretti JA, Kollmeier MA, Stone NN. Combined modality treatment in the management of high-risk prostate cancer. Int J Radiat Oncol Biol Phys 2004;59:1352—9.

5: Wilson LS, Tesoro R, Elkin EP, et al. Cumulative cost pattern comparison of prostate cancer treatments. Cancer 2007;109:518—27