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Breast Reconstruction clinical trials

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NCT ID: NCT04661501 Recruiting - Clinical trials for Breast Reconstruction

BREAST ADM Trial for Alloplastic Breast Reconstruction

Breast_ADM
Start date: November 25, 2020
Phase: N/A
Study type: Interventional

This study is a randomized single blinded prospective clinical trial comparing the surgical outcomes of four different acellular dermal matrixes (ADMs) after primary breast reconstruction. ADMs are used in conjunction with tissue expanders or breast implants to reinforce the recreated breast pocket. Currently, 4 different ADMS are commercially available: AlloDerm, DermaCell, Allomax and Flex HD. It is unclear which ADM is clinically superior. The objective of the study is to compare the complications and post-op care of 4 different ADMs within a 2 year follow up to elucidate their surgical outcomes.

NCT ID: NCT04533373 Recruiting - Breast Cancer Clinical Trials

Sensory Restoration After DIEP Flap Neurotization

Start date: December 1, 2020
Phase: N/A
Study type: Interventional

Common goals of breast reconstruction include obtaining satisfactory breast symmetry, softness, and appropriate size and shape. Advances in surgical techniques have prompted a new goal: achieving breast sensation after reconstructive surgery. This desire has led the surgical community to investigate operative techniques for achieving this goal. However, few studies have examined the effectiveness of breast sensory restoration. Sensory nerves are nerves responsible for sensation from skin. When a sensory nerve is cut, sensation is lost to the area supplied by the nerve. In the case of Breast reconstruction this involves the nerves supplying the skin overlying breast(s). 'Neurotization' refers to regeneration of the nerve after it has been cut. This means that the cut nerve is being repaired in order to restore its function. In Neurotization this repair is carried out using a new "source". In this case, the investigators want to restore function of the nerves that supply the skin overlying the breast(s). The investigators will be performing breast reconstruction using tissue from the patient's abdomen and transferring it to the chest wall to repair the mastectomy defect. Sensory function is restored by using the nerve that supplies the skin of this abdominal tissue (i.e the new "source") that is being transferred and attaching it to a nerve in the chest wall. The Avance® Nerve graft is a nerve graft material that has been produced by Axogen, Inc. The graft is made by processing donated human nerves. This graft is used during neurotization to bridge the gap and join the nerve from the abdominal tissue to the nerve in the chest wall. The use of the graft helps the body to attach these 2 nerves and improves nerve repair. When neurotization is done without the nerve graft there is a possibility that the surgeon may require extra nerve material to join the 2 nerves. Traditionally, in this case the surgeon would have to obtain a separate donor nerve from another part of the patient's body. This technique carries the risk of complications to part of the body that the separate donor nerve was obtained from - loss of sensation, infection or neuroma formation (an abnormal growth of nerve tissue that can cause pain, burning or tingling sensation, numbness). The Avance nerve graft avoids the need for the additional donor nerve and the possible complications associated with it. The Avance® Nerve Graft is currently being used in some women during breast reconstruction surgery, however the effectiveness of this procedure in improving the restoration of sensation has not been proven. Women undergoing reconstruction of one breast and at the same time using the women's own tissue as part of standard clinical care, may join.

NCT ID: NCT04261829 Recruiting - Breast Cancer Clinical Trials

AFT: Introduction of a Full Breast Reconstructive Method

BREAST-II
Start date: December 9, 2020
Phase:
Study type: Observational

A multicentre prospective cohort study will monitor the efficacy and safety of Autologous Fat Transfer (AFT) with pre-expansion. AFT will be evaluated in terms of quality of life, aesthetic result, complications, oncological safety and cost-effectiveness. It follows the BREAST trial, the randomised controlled trial comparing AFT with implant-based reconstruction. In this study, patients all receive AFT.

NCT ID: NCT04030845 Recruiting - Breast Cancer Clinical Trials

Patient Report Outcome-Reconstruction and Oncoplastic Cohort

PRO-ROC
Start date: July 1, 2019
Phase:
Study type: Observational [Patient Registry]

Available studies that focused on patient-reported outcomes (PROs) were mainly from one institution or of small sample size. The variations across hospitals and regions were not fully analyzed. A multicenter prospective patient report outcome-reconstruction and oncoplastic cohort (PRO-ROC) will be planned to assess the PROs for Chinese breast cancer patients who will undergo breast reconstruction or oncoplastic breast-conserving surgery (OBCS). The inclusion criteria are female breast cancer patients >18 years old, who will undergo breast reconstruction (BR) or OBCS. This cohort will include at least 10000 patients (about 5000 patients who undergo BR, and 5000 patients who undergo OBCS). The exposures were the surgery types: BR and OBCS regardless of the techniques and materials they used. The primary endpoint will be PROs, which include BREAST-Q, quality of life (EORTC QLQ-C30), EORTC QLQ-BR23). This study follows the Helsinki Declaration and Chinese rules. All patients will be asked to to sign the informed consent and will be followed up 24 months after operations. All data will be collected using an app software.

NCT ID: NCT03757793 Recruiting - Clinical trials for Breast Reconstruction

Near-infrared Spectroscopy for Monitoring Tissue Oxygenation in Breast Reconstruction

Start date: September 28, 2018
Phase:
Study type: Observational

The study will evaluate the use of near infrared spectrometry (NIRS)in detecting early microvascular complications in deep inferior epigastric artery perforator (DIEP)-flap(s).

NCT ID: NCT03370250 Recruiting - Clinical trials for Breast Reconstruction

Immediate Breast Reconstruction With Free Greater Omentum

Start date: November 1, 2017
Phase: N/A
Study type: Observational

Luminal subtype breast cancer, accounting for 70 to 80% of all breast cancers, has been reported to be associated with good prognosis. However, for the patients with large mass or worse mass position, free greater omentum transplantation may provide a new option for breast reconstruction.

NCT ID: NCT03348293 Recruiting - Breast Cancer Clinical Trials

Safety Study of 3D Printing Personalized Biodegradable Implant for Breast Reconstruction

Start date: July 30, 2018
Phase: Phase 1
Study type: Interventional

Scope of tumor resection was simulated according to the MR imaging data. After meticulous design, the investigators created the personalized porous biodegradable scaffold and printed by 3D printer, using porous PCL biomaterials. During operation, the biodegradable scaffold was implanted into the defective cavity after tumor resection. Safety indicator, cosmetic outcome and autologous compatibility were evaluated.

NCT ID: NCT01554267 Recruiting - Breast Cancer Clinical Trials

The Use of Laser-Assisted Indocyanine Green Dye Angiography to Predict Mastectomy Skin Flap Viability

ICG
Start date: January 2014
Phase: N/A
Study type: Interventional

In the investigators previous study of 51 breast reconstructions (32 patients), we compared three different assessments of vascular perfusion of tissue; clinical judgment, fluorescein dye angiography (FDA) and laser-assisted indocyanine green dye angiography (ICG). Because tissue with poor perfusion becomes necrotic and can compromise the success of breast reconstruction, it is important that tissue with poor perfusion be removed at the time of the reconstructive surgery. However, it is also important to remove the least amount of potentially necrotic tissue as possible so that the breast reconstruction is not compromised by lack of skin. Therefore finding the best way to assess potentially necrotic tissue is a vital clinical question. In the initial study the 3 different assessment methods which were made at the time of surgery were compared to the subsequent development of necrotic tissue. In the initial study, clinical judgment was the basis for determining the tissue removed because it had the potential to become necrotic. The investigators collected data with the FDA system and ICG system, but this data was not used in making the clinical decisions. The study followed the progression of tissue to overt necrosis and this clinical outcome was then compared to the predictions made by the three different assessment strategies. The investigators found that clinical judgment failed to detect tissue which subsequently became necrotic in 21 out of 51 instances for a failure rate of 41%. The FDA system predicted larger areas of potentially necrotic tissue than clinical judgment, but was found to over-predict the area that became necrotic by 82% - 88% (88% if all cases were included and 82% if only those cases which subsequently developed necrosis were included). Although the ICG system is similar to the FDA system in that a dye is used to assess perfusion, the ICG system has enhanced software which improves the estimated perfusion. The ICG system provided 90% sensitivity and 100% specificity in the predicted vs. actual necrotic tissue at specific absolute perfusion units values. Hypothesis: Using the values of absolute perfusion units discovered in the previous study and implementing its use in the operating room will decrease all-inclusive necrosis rates to below 10%, reflecting a 31% decrease in the investigators necrosis rate.

NCT ID: NCT00775788 Recruiting - Clinical trials for Breast Reconstruction

Autologous Fat Grafting to the Breast

Start date: June 2008
Phase: N/A
Study type: Interventional

Structural fat grafting is a form of tissue transfer where the autologous fat is harvested and subsequently transferred to a different region of the body at the same setting. It is an excellent technique for filling soft tissue and contour defects. Fat has the benefit of being abundantly available and easy to harvest. Further more, it is cheap and autogenous and thus lacks the side effects of synthetic fillers or implants. Autogenous fat transfer is a relatively common procedure performed by plastic and reconstructive surgeons. The goal of fat grafting is to provide the patient with a predictable, long lasting autogenous soft tissue augmentation. Autogenous fat transfer has been used extensively as an adjunct to facial rejuvenation. As well it has been applied to body contouring and augmentation of the hips, trochanteric areas, thighs and buttocks, back, torso and breast. The transfer of autologous fat dates back to 1890s and more specifically as injectable grafts since the 1920s. However, over the past 20 years the popularity of structural fat grafting has increased as a contouring modality. Fat transfer to the breast, popularized by Coleman, has been performed internationally since the 1990s. Despite the duration, the literature lacks accurate outcomes data on fat transfer to the breast and questions regarding the viability of adipocytes after the transfer exist. Sources from various publications show cell viability of up to 100% however studies of long term clinical outcomes quote rates of 10% to 80%.