Xenograft vs. Allograft Biological Matrix: Origins and What They Mean
Animal-derived vs. human-derived matrices: how origin shapes consistency, supply, structure and handling in reconstruction.
Read article →Animal-derived vs. human-derived matrices: how origin shapes consistency, supply, structure and handling in reconstruction.
Read article →Integration versus encapsulation — how the body turns a scaffold into vascularised living tissue, and why that is the property that matters…
Read article →How raw tissue becomes an implantable scaffold: removing cells and contaminants while preserving the collagen the body needs to integrate.
Read article →Biological matrices differ by source (xenograft vs. allograft) and structure (dermal, pericardial, bilayer) — and those differences matter.
Read article →What drives demand, where the med-tech layer of matrices and fat processing fits, and how European regulation is raising the evidence bar.
Read article →Muscle-sparing by default, smarter biomaterials, cleaner fat and data-driven personalisation — the directions shaping the next decade of reconstruction.
Read article →From borrowed flaps to muscle-dependent implants to biology-led, muscle-sparing reconstruction — how technology reshaped the field.
Read article →Medical literature is dense by necessity, but that doesn’t mean it has to be inaccessible. We created these animated visualisations to make…
Read article →International Women’s Day 2026 marks a pivotal moment in the surgical world. In the specialized field of breast reconstruction, the "human touch"…
Read article →📅 On 19 January, we will officially launch the ABC E-Learning Platform, developed exclusively for our partners and internal commercial teams. 👉The…
Read article →From the ExaShape® biological matrix for breast reconstruction to the EXAFAT® fat-grafting system — explore the full range of ABC devices.
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