03.06.2013 Views

APPENDICES - NIHR Health Technology Assessment Programme

APPENDICES - NIHR Health Technology Assessment Programme

APPENDICES - NIHR Health Technology Assessment Programme

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

DOI: 10.3310/hta14370 <strong>Health</strong> <strong>Technology</strong> <strong>Assessment</strong> 2010; Vol. 14: No. 37<br />

Study details Population details Treatment details Results Interpretation<br />

Authors’ conclusions The data<br />

from this trial support the use of<br />

the optimal regimen of ALA in a<br />

RCT of ALA vs Photofrin PDT<br />

Brief study appraisal This small<br />

study is reported in abstract form<br />

only and no further publication is<br />

available. It is, therefore, difficult to<br />

assess the quality of the trial and<br />

the reliability of the findings<br />

Mortality Not assessed<br />

Morbidity Patients in the group receiving<br />

High-dose ALA–PDT and High-dose red<br />

light had a significant decrease in cancer risk<br />

when compared with the other treatment<br />

groups at 36 mth (24% risk vs 3%). The<br />

difference in adenocarcinoma rates were<br />

significant when red light was compared<br />

with green (8% vs 45%, p < 0.05)<br />

AEs No patients suffered photosensitivity<br />

reactions or developed oesophageal<br />

strictures<br />

Resource use Not assessed<br />

Trial treatments High-dose ALA<br />

(60 mg/kg) with High-dose red or<br />

green light (1000 J/cm) vs High-dose<br />

ALA (60 mg/kg) with low-dose red<br />

light (500–700 J/cm) vs Low-dose<br />

ALA (30 mg/kg) with high-dose red<br />

or green light (1000 J/cm)<br />

Intervention High-dose ALA<br />

(60 mg/kg) with high-dose red or<br />

green light (1000 J/cm)<br />

Comparator High-dose ALA<br />

(60 mg/kg) with low-dose red light<br />

(500–700 J/cm)<br />

2nd comparator Low-dose ALA<br />

(30 mg/kg) with high-dose red or<br />

green light (1000 J/cm)<br />

Treatment intention<br />

Not stated<br />

Type(s) of cancer<br />

and histology BO with<br />

HGD<br />

Main eligibility<br />

criteria Not stated<br />

Patient<br />

characteristics Not<br />

stated<br />

Concomitant<br />

treatment Not stated<br />

Authors Mackenzie et al.<br />

(2007) 103<br />

Linked publications205 Data source Abstract<br />

Country UK<br />

Language English<br />

Study design RCT<br />

No. of participants<br />

Total: 24 appeared to have<br />

been randomised to either<br />

red or green light and were<br />

part of a larger study of 72<br />

patients<br />

Intervention: High-dose ALA<br />

(60 mg/kg) with high-dose red<br />

or green light (1000 J/cm) –<br />

not stated<br />

Comparator: High-dose ALA<br />

(60 mg/kg) with low-dose red<br />

light (500–700 J/cm) – not<br />

stated<br />

2nd Comparator: Low-dose<br />

ALA (30 mg/kg) with highdose<br />

red or green light<br />

(1000 J/cm) – not stated<br />

No. of recruiting centres<br />

Not stated<br />

Follow-up period and<br />

frequency 36 mth<br />

© 2010 Queen’s Printer and Controller of HMSO. All rights reserved.<br />

247

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!