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Costal Cartilage

Beyond the Implant: The New Standard in Surgical Control and Bio-Regeneration

In modern reconstructive surgery, clinical success depends on the availability of cartilage grafts that combine structural integrity with superior biological properties[cite: 4]. The Maxxeus™ Costal Cartilage product line offers a variety of grafts in different specifications to meet specific patient needs and physician preferences[cite: 4].

1. Aesthetic Quality and Structural Integrity

Maxxeus Costal Cartilage allografts are classified into two distinct categories based on their aesthetic qualities and calcification levels[cite: 9, 11]. This allows surgeons to select the ideal graft based on the specific requirements of the procedure[cite: 4].

  • Costal Cartilage (1): These allografts feature minimal discoloration and minimal calcification[cite: 6, 10]. A mild degree of marginal type calcification along the periphery is often acceptable[cite: 10].
  • Costal Cartilage (2): These allografts exhibit mild discoloration and some calcification, suitable for cases where absolute aesthetic purity is not the primary constraint[cite: 7, 11].

2. Advanced Processing and Bio-Safety

Safety and convenience are paramount in allograft integration. Maxxeus grafts undergo rigorous processing to ensure they are ready for immediate clinical use[cite: 8].

  • Validated Bioburden Reduction: Allografts are processed using a validated bioburden reduction process and are conveniently packaged in saline[cite: 8].
  • Optimized Storage: These allografts can be stored at ambient temperatures and feature an impressive four-year shelf life[cite: 5].

3. Comprehensive Sizing for Precision Fitting

To ensure a perfect fit for diverse anatomical challenges, the Maxxeus line provides a wide range of width and length specifications[cite: 12].

Available Specifications:

  • Width Options: Available in sizes less than or equal to 0.8 cm, and options greater than 0.8 cm[cite: 12].
  • Length Varieties: Lengths range from small segments (≤ 5.0 cm) to medium (5.0–8.0 cm) and large grafts (> 8.0 cm)[cite: 12].
  • Clinical Handling: Designed for versatility in various reconstructive and aesthetic applications[cite: 4, 10].

Precision and Biocompatibility in Tissue Engineering

Modern reconstructive outcomes are driven by the synergy between surgical precision and the biological purity of allograft materials. By utilizing validated bioburden reduction processes, practitioners can ensure structural stability while maximizing patient safety. This integration of high-standard processing and diverse sizing allows for predictable results in the most complex clinical scenarios.

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Immunogenic Removal
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