DUAL-LAYER
Two layers of amniotic tissue provides 2x the growth factors
EASY TO USE
Thicker graft facilitates handling in robotic and laparoscopic surgical process
SURGICAL BARRIER
Designed for scar tissue and inflammation reduction potential1
EASY PLACEMENT
Dual layer allows placement of the graft on either side, eliminating orientation restrictions in surgical repair
CHORION FREE
Immune privileged, reducing the risk of adverse
BIOMECHANICAL INTEGRITY
Offers greater tensile strength,
shape manipulation and slower resorption in vivo2
Potential Benefits of Amniotic Membrane Growth Factors:3*
- Non-Immunogenic
- Anti-bacterial
- Anti-inflammatory
- Tissue regeneration/remodeling
- Anti-adhesive/anti-scarring
- Anti-microbial
The placenta contains growth factors and proteins that stimulate the body's own healing mechanism, reducing pain, inammation, and scar tissue4
- Platelet Derived Growth Factor (PDGF) A & B
- Transforming Growth Factor beta (TGFβ)
- Epidermal Growth Factor (EGF)
- Collagen Types I, III, IV, V, VII
- Fibronectin
- Hyaluronic Acid (HA)
- Vascular Endothelial Growth Factor (VEGF)
- Fibroblast Growth Factor (FGF)
- Tissue Inhibitors of Metalloproteinases (TIMPs)
- Laminin
- Proteoglycans
Tissue Recovery & Processing
Amniotic Membranes are donated by healthy, pre-screened, consenting women
in the US, and processed in accordance with
in the US, and processed in accordance with
TISSUE COLLECTION
Placental tissue is donated from live births in the U.S. without harming the mother or baby
DONOR SCREENING
A thorough medical and social history is obtained for each donor to ensure eligibility requirements are met
INFECTIOUS DISEASE TESTING
- HBsAg
- HBcAb
- HCVAb
- RPR/STS
- WNV NAT
- HCV NAT
- HBV NAT
- HIV NAT
- HIV 1/2Ab
- HTLV I/II Ab
TISSUE PROCESSING
All tissue undergoes a proprietary cleansing process to remove blood contaminants and reduce bioburden
TISSUE STERILIZATION
Tissue is sterilized for an additional level of safety, achieving a sterility assurance level (SAL) of 10-6
- Sinno, Prakash. Plast Surg Int. 2013:146764.
- Spoerl, et al. Ophthalmic Res. 2004;36(2):71-7
- Martin, et al. Encyclopedia of Reproduction, 2018;3:387-398.
- Mamede, et al. Cell Tissue Res. 2012, 349:447–458.
*Based on published studies; not specic to PalinGen Amniotic Membranes
Product Description | Size | Product Code |
---|---|---|
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 2cm x 2cm | AMN-22 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 2cm x 3cm | AMN-23 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 2cm x 4cm | AMN-24 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 4cm x 4cm | AMN-44 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 4cm x 6cm | AMN-46 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 4cm x 8cm | AMN-48 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 7.5cm x 13cm | AMN-713 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 10cm x 15cm | AMN-1015 |
Q4239 Amnio-Maxx® Dual Layer Amnion Allograft | 10cm x 20cm | AMN-1020 |
Q4239 Amnio-Maxx Lite, Single Amnion Allograft | 3cm x 3cm | AML-33 |
Q4239 Amnio-Maxx Lite, Single Amnion Allograft | 4cm x 4cm | AML-44 |
Q4239 Amnio-Maxx Lite, Single Amnion Allograft | 4cm x 8cm | AML-48 |