Today, the integration of medical and engineering principles for producing biological
replacements has attracted much attention. Tissue engineering is an interdisciplinary field …

Human bone has a strong regenerative capacity that allows for restoration of its function and
structure after damage. For degenerative bone diseases or large defects, bone regeneration …

Pelvic organ prolapse (POP) is one of the most common pelvic floor dysfunction disorders
worldwide. The weakening of pelvic connective tissues initiated by excessive collagen …

Pelvic organ prolapse (POP) is a highly prevalent yet neglected health burden for women.
Strengthening the pelvic floor with bioactive tissue‐engineered meshes is an emerging …

Native tissues feature unique hierarchical designs, in which fiber units are arranged from the
bottom up in anisotropic patterns. The processing of biomaterials into fibers, followed by …

Electrospinning is an innovative technique that allows production of nanofibers and
microfibers by applying a high voltage to polymer solutions of melts. The properties of these …

The application of polypropylene mesh (PPM) in pelvic organ prolapse (POP) treatment was
severely limited by the complications associated with PPM, such as mesh exposure, chronic …

Mesh-fabrics that enable flexible designability and structural mechanical load-bearing have
been develo** rapidly in the past several decades. Currently, there is an increasing …

Bacterial nanocellulose (BNC) is a durable, flexible, and dynamic biomaterial capable of
serving a wide variety of fields, sectors, and applications within biotechnology, healthcare …

Polypropylene (PP) implants for the vaginal surgical correction of pelvic organ prolapse
(POP) are known for adverse events, like vaginal or visceral exposures. It is hypothesized …