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Hyperbaric Oxygen Therapy - Hyperbaric Chamber Information ...

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Table 68 Therapeutic protocols used in intervention and comparison groups in included studies<br />

focusing on the use of HBOT in cervical cancer.*<br />

First Author<br />

and Year<br />

of Publication<br />

Intervention Group Comparison Group<br />

Brady 1981 108<br />

Watson<br />

1978 109<br />

Fletcher<br />

1977 110<br />

n=29<br />

Stage IIb: 4,000 rad tumour dose in 10 fractions<br />

over five weeks. Gynaecological radium dose<br />

from 3,000 to 4,500 mg-hrs. No boosters given.<br />

Stage IIIa: 4,000 rad tumour dose in 10 fractions<br />

over five weeks. Gynaecological radium dose<br />

from 3,000 to 4,000 mg-hrs. Booster to site of 400<br />

rad per fraction. Vaginal extensions treated<br />

according to investigator.<br />

Stage IIIb and IVa: 4,000 rad tumour dose in 10<br />

fractions over 5 weeks. Gynaecological radium<br />

dose from 3,000 to 4,500 mg-hrs. Booster to site<br />

of 400 rad per fraction. Vaginal extensions treated<br />

according to investigator.<br />

Treatment in an unstated HBO chamber at 3 ATA<br />

for 60 minutes.<br />

n=150<br />

Comparison therapy plus HBOT. †<br />

n=109<br />

Comparison therapy plus treatment in a<br />

monoplace HBO chamber with oxygen. †<br />

n=29<br />

Stage IIb: 5,000 rad tumour dose in 25 fractions<br />

over five weeks. Gynaecological radium dose<br />

from 3,000 to 4,500 mg-hrs. No boosters given.<br />

Stage IIIa: 5,000 rad tumour dose in 25 fractions<br />

over five weeks. Gynaecological radium dose<br />

from 3,000 to 4,000 mg-hrs. Booster to site of 500<br />

rad per 2 fractions. Vaginal extensions treated<br />

according to investigator.<br />

Stage IIIb and IVa: 5,000 rad tumour dose in 25<br />

fractions over 5 weeks. Gynaecological radium<br />

dose from 3,000 to 4,500 mg-hrs. Booster to site<br />

of 500 rad per 2 fractions. Vaginal extensions<br />

treated according to investigator.<br />

n=151<br />

Multicentre trial allowing variations in radiotherapy<br />

protocols. Maximal dose varied between centres<br />

with some prescribing maximum doses of 3,000<br />

rad and others giving a minimum of 5,500 rad.<br />

Fractions varied from 6 to 27 doses. Radium<br />

applied to some patients.<br />

n=124<br />

Stage IIb: node negative – 4,000 rad tumour dose<br />

for four weeks through 15 × 15 cm fields; node<br />

positive – 5,500 rad tumour dose in 6.5 weeks at<br />

850 rad per week with appropriate field extension.<br />

External beam followed by two radium<br />

applications for 48 hours each, two weeks apart,<br />

to a maximum of 6,500 mg-hrs.<br />

Stage IIIa: node negative – 5,000 rad tumour<br />

dose for five weeks through 15 × 15 cm fields;<br />

node positive – 5,500 rad tumour dose at 850 rad<br />

per week with ipsilateral parametrial boost of<br />

1,000 rad in one week. External beam followed by<br />

two radium applications (24 and 48 hours for first<br />

and second applications, respectively) to a<br />

maximum of 5,000 mg-hrs.<br />

Stage IIIb and IVa: 5m000 to 5,500 rad tumour<br />

dose with field reduction to 12 × 12 cm for<br />

additional 1,000 rad. Single radium application for<br />

60 hours not to exceed 4,000 mg-hrs.<br />

External irradiation schedules listed.<br />

<strong>Hyperbaric</strong> oxygen therapy 69

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