Achieve a planar wound surface in irregular wound beds
A conformable graft of morselized AROA ECM™.
Designed for Surgeons: Three distinct advantages
Increased wound coverage
The morselized format optimizes wound bed coverage.13
Optimal contact
Enhances integration and incorporation in irregular, tunneled or undermined wound beds.18
Bolus of Biology
Myriad Morcells provides a bolus of biology directly to the defect to aid tissue regeneration.9, 18
Myriad Morcells helps achieve a planar wound surface in tunneled and irregular defects
Myriad Morcells cases
Pre-operative Assessment
8 Months
Initial Assessment
Day 56
Michael Cormican, MD
Intra-operative Defect
Post-op Week 12
Richard Kaufman, DPM, CWSP
New publication
Clear Structural and Functional Differences in Micronized Bioscaffolds
The study demonstrates that AROA's morselized ovine forestomach matrix (OFM) exhibits, features a unique and advantageous structure, and resists enzymatic degradation.
It offers superior wound coverage and shows potential to reduce the need for repeat applications, ultimately supporting more efficient and cost-effective patient care.
Comparative Structural and Functional Analysis of Micronized Collagen-Based Scaffolds
- Tissue Engineering Part A
- Sandi G. Dempsey, Matthew J. Smith, Ameera Danford, Alexander Wilson, Subhajit Konar, Yohanes Nursalim, Robert W.F. Veale, Hanting Yong, Navid Taghavi, Xavier Yates, Isaac T.T. Mason, Dane Gerneke, and Barnaby C.H. May
Available sizes
Myriad Morcells products are available in both coarse and fine particulate sizes.
A portfolio for soft tissue repair
Myriad Matrix™
Myriad Morcells™
A conformable graft of morselized Myriad. Ideal for irregular, tunneled or undermined wounds.
Myriad Morcells Fine™
A finer particulate of Myriad Morcells. Ideal for irregular, tunneled or undermined wounds.
Indications
Ordering
Reimbursement
AROA ECM™
Our platform technology
Derived from ovine forestomach, the AROA ECM technology is a patented platform for our soft tissue repair and reconstruction portfolio. It regenerates functional tissue, enabling clinicians to achieve more for patients.