Vertical Scar Versus Inferior Pedicle Reduction Mammoplasty

McMaster University

Status

Completed

Conditions

Breast Hypertrophy

Treatments

Radiation: Vertical scar versus inferior pedicle reduction mammoplasty

Study type

Interventional

Funder types

Other

Identifiers

NCT00149344

05-2447

Details and patient eligibility

About

Main research question: Is vertical scar reduction mammoplasty superior when compared to inferior pedicle reduction mammoplasty in terms of patient quality of life and cost-effectiveness?

Why is this research important?: There is on-going controversy among plastic surgeons as to the superiority of one technique (vertical scar mammoplasty versus inferior pedicle reduction mammoplasty) over the other in terms of patient health related quality of life and health care resource utilization.

What is being studied?: We are studying (comparing) two surgical procedures for breast reduction mammoplasty (vertical scar mammoplasty versus inferior pedicle reduction mammoplasty).

Full description

Breast reduction is one of the most common procedures performed by plastic surgeons. Because it is common and in most jurisdictions requires at least one day of hospital stay, it consumes considerable health care resources. Although multiple techniques have been reported, the two top competing techniques used in North America are the inferior pedicle technique and the vertical scar technique. There is on-going controversy as to the superiority of one technique over the other in terms of patient satisfaction and health care resource utilization. In the last few years, third party payers have been concerned with the unnecessary consumption of scarce health care resources due to the variation of practice mostly influenced by surgeon preferences rather than valid evidence.

The purpose of this study is to test the hypothesis that Vertical Scar Reduction Mammoplasty (VSR) is superior to the Inferior Pedicle Reduction Mammoplasty (IPR) in terms of patient health-related quality of life (HRQL). Health related quality of life will be measured by the Health Utilities Index Mark 2/3 (HUI) providing the outcome, quality adjusted life years (QALYs) and the Breast Reduction Assessment Value and Outcomes (BRAVO) instruments. The BRAVO instruments consist of a set of separate instruments including the Short Form 36 (SF-36), the Multidimensional Body Self Relations Questionnaire Appearance Assessment (MBSRQ-AS), and the Breast Related Symptoms Questionnaire (BRSQ). The MBSRQ-AS provides a measure of self-evaluation of appearance, and the BRSQ measures the breast symptom score. Secondly, we will test whether the VSR is a more cost-effective procedure. If the hypothesis is confirmed that the VSR technique is more cost-effective, then there will be compelling evidence to adopt it. Regardless of whether VSR is found to be cost-effective, the plastic surgery community, third party payers, and patients will be informed about the results.

Enrollment

254 patients

Sex

Female

Ages

18+ years old

Volunteers

Accepts Healthy Volunteers

Inclusion criteria

Patients suffering from breast hypertrophy
Patients who received OHIP approval for reduction mammoplasty
Candidate for both surgical procedures
Patient is willing to complete quality of life questionnaires and follow up
Patient will provide informed consent

Exclusion criteria

Unilateral Breast Hypertrophy
Patients under the age of 18 years
Inability to complete questionnaires due to language problems
Bilateral mastopexy (breast lift)
Previous breast reduction surgery
Patients who will require greater than 1000 grams to be removed from either breast (to be assessed by the Archimedes principle* preoperatively; patients who by the Archimedes principle displace 1400 cc of volume will be excluded from the study)
Pre-operative radiation after lumpectomy
If another procedure is to be "piggy backed' to the reduction mammoplasty (e.g. liposuction to breast or elsewhere, abdominoplasty, etc)
- The Archimedes principle is as follows: In the privacy of her bathroom the patient will immerse each breast separately into a large pot filled to the brim with tap water. The breast will displace some of the water which will be collected into another larger container e.g. plastic dish pan placed underneath the pot. The patient will be asked to measure the volume of the displaced water in ml. The volume that will be displaced will approximate the weight of the breast. The measurement will be done 3 times and the average for each breast will be recorded.

(The surgeon will explain this principle only to those patients where there is uncertainty whether the resection will exceed 1000 grams. For the rest of the patients this is not necessary.)