BIOBank Allograft
BIOBank human bone allograft is a regenerative biomaterial indicated for guided bone regeneration, implant dentistry and oral surgery. Its human origin supports efficient biological integration and predictable bone remodeling in complex defects.
The products included in this section are not classified as medical devices. As human-origin bone grafts, they are subject to specific regulations governing tissues and cells of human origin, as well as dedicated quality, safety, traceability and control protocols distinct from those applicable to medical devices. Consequently, these products do not fall within the scope of UNE-EN ISO 13485:2016.

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What Is a Human Bone Allograft in Dentistry?
A dental allograft is a human-origin bone graft obtained from screened donors and processed under strict tissue bank protocols. In implantology and oral surgery, it is used to increase bone volume, reconstruct defects and enhance the quality of the recipient site.
Unlike xenografts or synthetic substitutes, a human bone allograft provides a biologically compatible mineral matrix that supports faster remodeling and progressive replacement with vital host bone.
It represents a strategic option in cases where biological regeneration speed and integration are clinically relevant.
BIOBank: Specialized Tissue Bank
BIOBank is a tissue bank dedicated to the preservation, processing and distribution of human bone grafts.
All grafts are managed under rigorous medical and ethical standards, ensuring:
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Full donor traceability
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Controlled biological processing
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Strict safety screening
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Structural preservation of bone matrix
These protocols are essential in advanced regenerative surgery, where biomaterial quality directly impacts clinical predictability.
Clinical Indications in Oral and Implant Surgery
Human bone allografts are indicated in a wide range of regenerative procedures:
Guided Bone Regeneration (GBR)
Used in horizontal and vertical bone defects around dental implants, promoting active bone formation and remodeling.
Reconstruction of Maxillary and Mandibular Defects
Indicated in moderate to severe bone atrophy requiring structural augmentation.
Periodontal Regenerative Surgery
Applied in intrabony defects to restore supporting bone tissue.
Peri-implant Bone Defects
Utilized in revision surgery and peri-implant bone regeneration protocols.
Biological Behavior and Clinical Advantages
Accelerated Remodeling
Human bone allografts demonstrate dynamic remodeling capacity, allowing:
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Rapid revascularization
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Progressive substitution by vital bone
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Improved bone density in selected cases
No Donor Site Morbidity
Compared to autogenous grafts, allografts eliminate the need for a secondary surgical site.
High Biocompatibility
When processed under certified tissue banking standards, immunological risks are minimal and clinically controlled.
Role in Contemporary Implantology
In modern implant protocols — including immediate implant placement and complex three-dimensional regeneration — the quality of regenerated bone determines long-term stability.
BIOBank human bone allografts contribute to:
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Optimizing the peri-implant environment
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Enhancing biological remodeling
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Improving structural bone quality
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Increasing predictability in advanced cases
In regenerative oral surgery, human allografts represent a biologically active alternative within evidence-based treatment planning.





