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Related Experiment Videos

The expandable mammary implant.

H Becker

    Plastic and Reconstructive Surgery
    |April 1, 1987
    PubMed
    Summary

    This article introduces a new type of breast implant. It has two parts: an implant and a removable dome. The dome is used to add fluid and expand the implant. Once the right size is reached, the dome is taken out. The implant stays in place without further changes. This design aims to reduce the number of surgeries. It may help patients recover faster. The study shows the implant works as intended. The authors suggest it could be a useful option in breast reconstruction.

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    Plastic and reconstructive surgery·1992

    Area of Science:

    • Breast reconstruction surgery
    • Medical implant development

    Background:

    Breast reconstruction techniques have evolved to address the need for adjustable implants. Traditional implants require multiple surgeries to adjust size. Surgeons have sought solutions that allow gradual expansion. This paper introduces a new implant design. It aims to reduce the number of surgical interventions. The concept combines expansion and final implantation. Prior research has focused on static implants. This gap motivated the development of an expandable system.

    Purpose Of The Study:

    The goal is to describe a novel implant design. This implant serves dual functions: expansion and final placement. Surgeons can adjust size without additional procedures. The study aims to detail the implant's structure. It also outlines the clinical workflow. The detachable dome is a key innovation. This design reduces surgical steps. The purpose is to improve patient outcomes.

    Main Methods:

    The implant features a saline-gel core. It includes a removable injection dome. The dome allows controlled fluid addition. Once the desired volume is achieved, the dome is removed. The remaining implant remains in place. No further adjustments are needed. The design integrates mechanical and fluid dynamics. The method ensures stability after dome removal.

    Keywords:
    Breast reconstructionImplant designTissue expanderSaline implant

    Frequently Asked Questions

    The implant starts as a tissue expander. Surgeons inject saline to reach the desired size. Once achieved, the injection dome is removed.

    The dome allows controlled fluid addition. It is removed after the implant reaches the target size.

    Removing the dome prevents further fluid entry. It ensures the implant remains stable at the final size.

    The implant contains a saline-gel core. The dome is detachable and made for controlled injection.

    The saline-gel core supports the implant's structure. It retains volume and shape without the dome.

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    Main Results:

    The implant successfully expands to the target size. The dome can be detached without compromising integrity. No leakage is reported during expansion. The final implant maintains shape and volume. The procedure reduces surgical time. Patients experience fewer complications. The design supports gradual tissue adaptation. The results suggest improved procedural efficiency.

    Conclusions:

    The authors propose that this implant offers a streamlined approach. It eliminates the need for multiple surgeries. The detachable dome is a key feature. The implant maintains stability post-expansion. The study supports its clinical utility. The authors suggest further testing in larger trials. The design aligns with current surgical goals. It may enhance patient satisfaction and recovery.

    The authors suggest it reduces surgical steps. It may improve patient outcomes by eliminating multiple procedures.