Brassiere Design for Drooping Breasts Utilizing Suspensory System

Sohn, Boohyun; Min, You-Suk; Kweon, Soo-Ae

doi:10.5850/jksct.2015.39.4.560

Cited by 2 publications

(1 citation statement)

References 3 publications

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“…There was a 10-min break between motions so that the participants could relax. The 10-min break was based on the speed of saving the 3D images, while also referring to previous studies on measuring bra stress [ 42 , 43 , 44 ] that designated the pause between protocols as 10 min. The process of 3D-SIM is shown in Figure 3 .…”

Section: Methodsmentioning

confidence: 99%

Verification of Usability of Medical Image Data Using Projective Photography for Designing Clothing for Breast Cancer Patients

Kim

2022

Tomography

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Manufacturing a customized mastectomy bra, using medical images obtained for breast cancer treatment, could be suggested as an alternative instead of the anthropometric method. However, the breast shape of a medical image is deformed from the anthropometric method as the measurement posture is different between the anthropometric method for making clothes and the medical image. As a breast consists of adipose tissues and a few muscles without bones, there is a possibility that a bra can be manufactured if the volume is constant. Therefore, a hypothesis was established that the volume of the breast would be constant, even if the measurement methods were different. As a result of the comparison of 3D-SIM and PPM by MRI, 18 items could be measured simultaneously. Nine items showed differences according to the measurement method. The next step in the case of 3D-SIM was calculating the volume by separating the breast shape into a cone and a hemispherical shape; in the case of MRI, an ellipsoidal volume formula was applied. A t-test was performed on the results obtained, showing no significant difference. Therefore, it was proven that the volume of the breast does not change despite the difference in the measurement and the measurement method.

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Section: Methodsmentioning

confidence: 99%

Verification of Usability of Medical Image Data Using Projective Photography for Designing Clothing for Breast Cancer Patients

Kim

2022

Tomography

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Enhancing bra design for post-mastectomy patients: Incorporating MRI data and innovative textiles for optimal support and comfort

Kim,

Koo

2024

Journal of Engineered Fibers and Fabrics

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This study introduces an innovative approach to designing a customized bra to the specific needs of mastectomy patients, aiming to reduce the discrepancies in breast displacement and consequently alleviate associated pain. Through mastectomy patient interviews, recognizing the limitations of current mastectomy bras, which often fail to accommodate the unique body shapes and needs of breast cancer survivors, this research leverages Magnetic Resonance Imaging (MRI) and Three-Dimensional Surface Imaging (3D-SI) to develop a custom-fit bra prototype. The methodology involves the analysis of body shape changes post-mastectomy and the development of a prototype bra that effectively supports prostheses while minimizing common issues such as displacement, discomfort, and skin irritation. The results showcased a pronounced reduction in breast movement in all directions with the prototype bra, further enhanced using a novel cooling textile, improving the wearer’s overall comfort. Moreover, our investigation delved into the potential of integrating MRI and 3D-SI anthropometric data in bra design. By comparing two Prototype bras with differing dimensions but identical design features, we discerned marked differences in their performance. Crucially, the Prototype bra, shaped predominantly using MRI data, reduced breast displacement and evaluated better fit compared to the bra using 3D-SI data. Results from the study indicate that the prototype significantly improves fit and wearer comfort, suggesting a promising direction for future development of mastectomy bras. The findings highlight the potential of utilizing medical imaging data in garment design to create more inclusive and considerate solutions for post-surgical care.

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Brassiere Design for Drooping Breasts Utilizing Suspensory System

Cited by 2 publications

References 3 publications

Verification of Usability of Medical Image Data Using Projective Photography for Designing Clothing for Breast Cancer Patients

Verification of Usability of Medical Image Data Using Projective Photography for Designing Clothing for Breast Cancer Patients

Enhancing bra design for post-mastectomy patients: Incorporating MRI data and innovative textiles for optimal support and comfort

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