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For Bone Repair

Viable Bone Matrix for Spine and Orthopedic Procedures.

Fiber Viable Bone Matrix

Fiber Viable Bone Matrix (VBM) is made of cancellous bone particles with preserved cells combined with demineralized cortical fiber produced via Elutia’s gentle proprietary VBM process.

The Elutia Advantage

Elutia has developed a proprietary processing methodology for human tissue that creates VBM allografts that contain the scaffold, growth factors and cells required for regeneration. Elutia has designed the process to protect native elements of bone, including growth factors and osteoprogenitor cells that are known to be biologically active and critical for successful bone formation.2

A physician with blue gloves holding Fiber Viable Bone Matrix

Bone Regeneration Elements Preserved.

The 3 Essential Elements

Diagram outlining the main elements of bone regeneration


Cells capable of differentiating to bone cell lineage and synthesizing bone matrices.



Bioactive growth factors capable of inducing osteoblast differentiation, growth and maturation.



Scaffolds cued as substrate for supporting cellular activities and bone matrix organization.

Person sitting on the ground tying their shoe

Optimized Cellular Health to Improve Osteogenesis.

Typical VBM tissue processes may include steps that can increase apoptosis (cell death) and reduce osteogenic potential.3,4,5 Elutia’s proprietary gentle VBM process minimizes damaged, apoptotic (dying) cells resulting in VBMs that proliferate faster than competitive products, which is associated with greater osteogenic potential.2

Industry standard methods for cell counting cannot distinguish between living and dying (apoptotic) cells in the final product, leading to overestimates in the viable cell content of bone matrices. Elutia has developed a measurement system which can demonstrate the reduction in apoptotic cell content of its products.2

Substantially Fewer Apoptotic Cells 2

chart with arrow and boxes showing that Aziyo ABM has Fewer Apoptotic Cells

Faster Rate of Cell Proliferation vs. Control1

A data graph showing a line increasing from left to right

Optimized Osteoinductivity.

Demonstrated osteoinductivity based on Elutia’s proprietary demineralization process.2

Bioactivity: Elutia VBM Demonstrates Osteoinductivity in Vivo

The body's response to Viable Bone Matrix

Elutia Process Yields Higher BMP-2 and BMP-7 Levels Than a Control2

Data Chart with orange boxes and arrows

Elutia’s proprietary processing also addresses the need for optimizing the osteoinductivity of cellular bone matrices. Processing parameters are designed to maximize availability of the natural growth factors in bone resulting in bone formation.1

close up illustration of Cancellous bone matrix

Photo: Cancellous bone matrix for illustration purposes only.

Naturally Osteoconductive.

Elutia’s proprietary VBM processing produces a natural 3-dimensional scaffold for bone formation (conduction) at the implant site.2

Optimized Handling.

Unique handling properties support ease of placement at implant site.

A round tan fiber ball


Tweezers holding a piece of fiber VBM


A molded piece of tan Fiber VBM


A part of tweezers holding a molded piece of Fiber VBM


Product Specifications

Inter-operative Ease of Use
  • No decanting decreases prep and thaw time
  • Thaws in 5-30 minutes*
  • No rinsing prior to implantation

* dependent on allograft volume

Learn About Fiber VBM Today!

To schedule a product demo or request an in-service for a product evaluation contact us today.

1. Elutia Biologics Data on File
2. Eder et al. Eur Spine J. 2011. 20.
3. Li et al. J Orthopaedic Res. 1999. 17 (6).
4. Dolan et al. J. R. Soc Interface. 2012. 9.

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