REDEFINING THE MICROENVIRONMENT
PHOENIX is a bioresorbable and microporous synthetic scaffold designed to:
- Support a stable healing cascade
- Stimulate a low-pH microenvironment
- Promote the reestablishment of a balanced microbiome capable of native tissue granulation
An Unmet Need in Wound Healing
Chronic and complex wounds pose a significant clinical challenge. If a balanced, reparative environment is not restored, wounds are at an increased risk of chronic inflammation, delayed healing, and complications such as infection and dehiscence.
THE PHOENIX solution
PHOENIX Wound Matrix addresses the challenge of non-healing wounds with a 3D Electrospun scaffold engineered to support wound homeostasis and promote organized tissue remodeling
Promotes Tissue Granulation
• Transforms and reduces wound pH levels to pro-healing state
• Modulates inflammation
• Facilitates homeostasis
Design Facilitates Ease of Use
• Fenestration accommodates wound exudate and compatibility with NPWT*
• Easily conforms to complex wound beds
• Durable & visible to enable repositioning
100% Synthetic Polymers
• No human or animal components
• No tissue tracking or special storage requirements
• No contraindications
• Consistent quality & biocompatibility
Bioresorbable Barrier Membrane
• Matrix porosity provides a barrier to protect against microorganisms & biofilm formation
• Mimics native extracellular matrix
*Negative Pressure Wound Therapy
MICROENVIRONMENT OPTIMIZATION
POWERED BY SYNTHETICS
Sophisticated design mimics native extracellular matrix to facilitate and optimize cellular infiltration, proliferation, and remodeling through a natural reparative process
Native Dermal ECM
PHOENIX Wound Matrix
Cell Migration & Infiltration
Cell Proliferation
SPECIFIC POLYMER COMPOSITION
PROMOTES HEALING ENVIRONMENT
Sustained release of bioactive contributors from PGA and PLCL transform pH, modulate inflammation, and fuel cellular activity to promote a healing environment favorable for tissue repair.
GLYCOLIC ACID
• Promotes fibroblast proliferation & collagen expression
• Modulates inflammation
LACTIC ACID
• Stimulates angiogenesis
• Promotes ECM deposition
• Fuels cellular activity
CAPROIC ACID
• Modulates inflammation
• Addresses bacterial & fungal contaminants
DEMONSTRATED EFFICACY
ACROSS VERSATILE CLINICAL SETTINGS
Strong Early Wound Area Reduction with Meaningful and Durable Healing:
Complex patient population with severe comorbidities
• 50 heterogeneous refractory wounds
Demonstrated acceleration of healing process
• Time to heal similar for all wounds, healing in < 8 wks average
Consistent healing trajectory, regardless of wound etiology
Economic Mindset
≤ 2 applications of PHOENIX Wound Matrix (3DESPM2) were used to treat majority of wounds
FDA 510(k) approved for use:
• Partial and full-thickness wounds
• Pressure ulcers, VLUs, DFUs, Chronic vascular ulcers
• Surgical wounds (donor sites/grafts, wound dehiscence)
• Trauma wounds (abrasions, lacerations, burns, skin tears)
• Tunneled, undermined or draining wounds
Real-world clinical applications:
Revision arthroplasty, limb salvage, necrotizing fasciitis, and trauma surgery
QUICK APPLICATION GUIDE
Prepare the Wound Bed
Prepare the wound using standard methods to promote homeostasis and ensure it is free of debris and necrotic tissue.
Apply PHOENIX Wound Matrix
The matrix may be trimmed to accommodate the area of application. Once applied, the matrix may be smoothed, repositioned, and rinsed with sterile saline (as needed) to ensure conformity to the wound bed.
Affix Wound Matrix (Optional)
The matrix may be affixed to the wound using staples, sutures, surgical glue or reinforced adhesive skin closures (i.e. Steri-Strip™) as needed.
Non-Adherent Dressing
Apply an appropriate non-adherent dressing and/or secondary dressing to maintain graft adherence, protect the wound and manage the wound environment. Additional bandaging may be applied as needed.
ADAPTABLE AND VERSATILE
Part #
Size
FG-0051
20 cm x 10 cm
FG-0052
10 cm x 10 cm
FG-0053
5 cm x 5 cm
FG-0054
4 cm x 3 cm
FG-0055
2.5 cm x 2.5 cm
FG-0056
1.6 cm disc
FG-0057
7 cm x 7 cm
