6 Clinical Trials for Various Conditions
Bacterial biofilms cause implant failures, chronic inflammation, and immune polarization. The study investigates the possible role of bacterial biofilm as a factor in the etiology of Breast Implant Illness. Three patient cohorts will be studied (A) Subjects with breast implant with BII manifestations (B) Subjects with breast implants without BII manifestations (C) Subjects without breast implants who underwent breast surgery procedure. Blood, surgically discarded tissue, implants, and associated capsules will be collected through this protocol.
Several members of the scientific community have suggested that breast neurotization can help return nipple sensation to patients undergoing implant-based breast reconstruction. There has been no randomized controlled study assessing the validity of these claims. The goal of this study is to evaluate if performing breast neurotization can help restore or improve return of nipple sensation to patients undergoing implant-based breast reconstruction. This will be a single-blinded, randomized controlled trial where patients undergoing bilateral reconstruction will serve as their own controls by receiving an intervention on one breast but not the other breast.
This is a prospective, histologic analysis of biopsied tissue obtained from participants who have undergone a pre-pectoral breast reconstruction or augmentation surgery with expander placement and AlloMend® Acellular Dermal Matrix. AlloMend® Acellular Dermal Matrix graft incorporation with surrounding native soft tissue using histological assays characterizing host cell infiltration, neovascularization, inflammation, and host replacement of ADM collagen will be studied.
Surgical mesh products, particularly acellular dermal matrices (ADM), are now used by the majority of plastic surgeons to assist with the nearly 100,000 prosthetic breast reconstruction procedures in the United States, despite never being approved by Food and Drug Administration (FDA) for this indication. As surgeons transition to placing breast implants above the chest muscle (pre-pectoral), there has been an increasing reliance on these often expensive mesh products without robust evidence to understand their risks and benefits. Our pilot study is a randomized multi-center trial to evaluate surgical mesh assistance in pre-pectoral tissue expander to breast implant reconstruction to address vital questions for women's public health.
The primary objective of this small feasibility pilot study is to demonstrate that implant-based breast reconstruction (after treatment for cancer) can successfully be performed without prolonged drain placement, using a tissue expander with a reservoir and in-office transcutaneous fluid aspiration. Secondly, the investigators aim to provide enough confidence in this technique that a larger study can be performed to demonstrate fewer complications (infection, drain-related pain and re-operation rates) when compared to the use of conventional tissue expanders and/or implants with prolonged drain placement.
This is a randomized study using a variety of techniques to compare and examine blood flow to the remaining skin after mastectomy. All treatments being used are considered standard of care and are not experimental. The objective is to compare the techniques and the incidence of perfusion related problems in patient's undergoing mastectomy with immediate breast reconstruction.