- DynaMatrix Plus
- Bioactive Design
- Tissue remodeling video
- Related documents
Dynamatrix™ Plus, for Soft Tissue Grafting
DynaMatrix® Plus is specifically designed for soft tissue grafting procedures:
-
At twice the thickness of standard DynaMatrix, DynaMatrix Plus has been engineered to generate tissue of increased depth for root coverage and tissue bulking procedures.
-
DynaMatrix Plus is a high-performing clinical alternative to connective tissue grafts, and eliminates the need to harvest tissue from the patient's oral cavity.
Treating Gingival Recession & Gingival Augmentation with DynaMatrix® Plus
![]() |
![]() |
![]() |
![]() |
| 1. Patient presented with Miller's Class III recession. | 2. Frenectomy was performed in conjunction with gingival augmentation procedure. | 3. An intra-sulcular incision was made for full thickness flap reflection. Root surfaces were scaled and root planed. | 4. DynaMatrix Plus was secured with continuous gut sling sutures. |
![]() |
![]() |
![]() |
|
| 5. Gingival tissue was coronally advanced to cover DynaMatrix Plus and secured with continuous vicryl sutures. | 6. Healing at 14 days post-op. | 7. Healing at 3 months post-op. Root coverage achieved and additional attached keratinized tissue generated. |
. |
DynaMatrix Plus is available in 3 sizes: 10x20 mm, 10x30 mm and 20x40mm.
Bioactive Design

-
Growth Factors – Initiate wound healing, stimulate blood vessel formation, and maintain tissue homeostasis.
-
Glycoproteins – Contribute to cell proliferation, migration and cell and blood vessel attachment.
-
Glycosaminoglycans (GAGs) – Regulate the function of growth factors and reduce scar formation.
Unlike acellular dermal matrices, DynaMatrix Plus communicates with the body, signaling surrounding tissue to grow across the scaffold and generating thick, vascularized tissue.
Active proteins support the healing process by attracting cells and nutrients to the wounded area. These proteins include:
DynaMatrix & DynaMatrix Plus are extracellular
matrixes
derived from Small Intestinal Submucosa
(SIS)









