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Allografts

AlloSource is a non-profit provider of tissue donation, specializing in cell-based products as well as cartilage and skin transplants.

High-quality tissue products for allotransplants

Optimally suited to the high quality standards in clinics.

Maximum purity thanks to patented AlloTrue™ cleaning

AlloTrue™ thoroughly removes contaminants, ensures maximum cleanliness and safety.

Safety confirmed by studies

Numerous studies prove the safety and effectiveness of our allografts for patients.

Suitable allografts for every patient

Wound Covering and Skin Reconstruction

Acellular dermal matrix for wound coverage and skin reconstruction

Natural wound healing

Amniotic membrane as a surgical barrier and wound cover

Cartilage regeneration

Cartilage regeneration with Prochondrix®

Bone regeneration

Demineralized bone matrix for bone regeneration and repair

Ligaments, tendons and fascia

For reliable reconstructions and improved healing.

Bones, cortical & spongy

Natural replacement bones in various lengths, precise defect fillings — for rapid regeneration without the use of dentures

What is AlloTrue™?

A patented cleaning process for qualitative results

AlloTrue™ is a patented cleaning process from AlloSource that is specifically designed to penetrate deep into donor tissue, remove blood and lipids, and reduce biological load. This unique process ensures microbiological inactivation with minimal tissue manipulation and thus ensures the safety and quality of allografts.

What is an allograft transplant?

An allotransplant (also called allogeneic transplant) is when tissues or organs are transplanted from one person to another person that are not genetically identical to treat illnesses or injuries.

AllomEnd® and AlloSkin® for demanding soft-tissue repairs

Acellular dermal matrix for wound coverage and skin reconstruction

Natural matrix for cell infiltration and vascularization. Used for breast reconstruction, rotator cuff repair, and hernia repair Minimizes the risk of immunological reactions and offers high biocompatibility

AllomEnd® Medium (M) Non-Meshed (0.4-1.0 mm thick)
Flexible, thin dermis-matrix
AllomEnd® Medium (M) Meshed (0.4—1.0 mm thick)
Meshed Dermis Matrix, facilitates fluid drainage
AllomEnd® Thick (T) Non-Meshed (1.0-2.0 mm thick)
Thick, non-meshed dermatitis matrix, provides strong support and cell infiltration
AllomEnd® Extra-Thick (XT) Non-Meshed (2.0—3.3 mm thick)
Extra-thick dermatitis matrix, provides maximum strength and suture retention for demanding soft-tissue repairs
AllomEnd® Mesh Shaped (1.0-2.0mm thickness)
Elliptical, meshed dermis matrix that facilitates fluid drainage
AlloSkin® AC
Supports skin reconstruction and wound healing through natural cell infiltration and vascularization
AlloWrap® for natural wound healing

Amniotic membrane as a surgical barrier and wound cover

Consists of human amniotic tissue and is used as a natural surgical barrier. Particularly suitable for wound healing, severe wound healing disorders & burns due to the moisture-rich environment.

AlloWrap® double sided (DS)
Minimizes post-operative adhesions and scar formation
AlloWrap® dry
Provides protection as a natural surgical barrier

Cartilage regeneration with Prochondrix®

Prochondrix® CR
Fresh, cryopreserved osteochondral allograft for cartilage regeneration. Contains living cells and growth factors for natural tissue repair.
Bone regeneration with AlloFuse® and AlloGro®

Demineralized bone matrix for bone regeneration and repair

Provides a combination of demineralized bone particles and various carrier materials to promote bone healing It is available in various forms, such as gel, paste, and putty.

AlloFuse® DBM Gel
Demineralized bone matrix in gel form
AlloFuse® DBM putty
Demineralized bone matrix as putty
AlloFuse® Plus DBM paste
Demineralized bone matrix with spongiosa in gel form
AlloFuse® Plus DBM putty
Demineralized bone matrix with spongiosa as putty
AlloGro® DBM
Demineralized bone matrix
AlloFuse® Fiber Boat
Demineralized bone fibers for structural support
AlloFuse® cortical fibers
Demineralized cortical fibers

Bones, cortical and spongial tissue

AlloFuse® cortical/cervical spacers — lordotic
AlloFuse® cortical/cervical spacers — parallel
AlloFuse® Cortical/Spongy Cervical Spacer — Lordotic
AlloFuse® Cortical/Spongy Cervical Spacer — Parallel
AlloPac® rinsed
Bicortical ilium block/strip
Ilium
Spongiosa chips
~4.0—9.5 mm particle size
Spongiosa chips
1.0—9.5 mm particle size
Crushed spongy
~1.0—4.0 mm particle size
Spongiosa cube
~1 cc particle size
Spongiosa Block
Cortical/Spongy chips
~1.0—9.5 mm particle size
cortical stripes
femur
Femur heads
Femoral shafts
Femoral segment
Fibula
Fibula shaft
fibular segments
Humerus sheep
Humerus
Patella wedges
Radial segment
radius
rib
tibia
Tibial shafts
Tibial segment
Tricortical ilium strips
Tricortical ilium wedges
Ulna
Ulnar segment
Unicortical rod

Allografts studies

The latest study results on Allografts.
A biomechanical comparison of three lower extremity tendons for ligamentous reconstruction about the knee
The Effect of Donor Age on Structural and Mechanical Properties of Allograft Tendons
Stanford University School of Medicine, Stanford, California