Rotator cuff repair continues to evolve—not only in how surgeons fix the tendon, but in how we think about healing, biomechanics, tissue quality, and augmentation.
In this episode of The Sports Docs Podcast LIVE from the AOSSM Annual Meeting in Seattle, Dr. Albert Lin and Dr. JT Tokish join Dr. Ashley Bassett and Dr. Catherine Logan to discuss strategies for optimizing rotator cuff repair outcomes.
The conversation begins with the evolution of the SpeedBridge repair construct and the emergence of the FiberTak SpeedBridge, including the potential advantages of smaller all-suture medial anchors, bone preservation, independent tensioning, and rip-stop techniques.
The discussion then moves into one of the most rapidly evolving areas in rotator cuff surgery: biologic and structural augmentation. The group explores how surgeons identify patients at increased risk for failed healing, the role of the Rotator Cuff Healing Index, and the expanding options for augmentation—including the use of the long head of the biceps as an autograft and dermal allograft augmentation with CuffMend.
In This Episode
Evolving the SpeedBridge
The SpeedBridge technique has become one of the most established approaches to arthroscopic rotator cuff repair, with more than 15 years of clinical experience supporting its durability.
The group discusses:
- How SpeedBridge has changed arthroscopic rotator cuff repair
- Footprint restoration and broad tendon-to-bone compression
- Load distribution across the repair construct
- Long-term clinical outcomes and survivorship
- Why reproducibility may be one of the technique's greatest advantages
FiberTak SpeedBridge: The Next Evolution
The conversation then turns to the FiberTak SpeedBridge, which incorporates smaller all-suture anchors in the medial row.
There are several potential advantages:
- Smaller drill holes and reduced bone removal
- Preservation of greater tuberosity bone stock
- Potential advantages in revision surgery
- Additional fixation points with less disruption of the footprint
- Strong fixation and straightforward tensioning
- Increased flexibility when treating complex tear patterns
The smaller 2.6-mm FiberTak RC anchor may allow surgeons to maximize fixation while minimizing disruption of the tuberosity footprint.
Tensionable Knotless Anchors and Delaminated Tears
One of the challenges in rotator cuff surgery is that many tears are not simply a single layer of retracted tendon.
In delaminated tears, the articular and bursal layers may retract differently.
The team discuss how independently tensionable knotless medial-row anchors allow surgeons to:
- Evaluate the entire repair before final tensioning
- Independently tension individual limbs
- Better reduce different layers of the tendon
- Improve control of tissue reduction
- Avoid simply forcing multiple layers into one fixed position
The conversation also explores the role of a medial pulley rip-stop, which can distribute forces across a larger area of tendon and potentially decrease suture cut-through in compromised tissue.
Who Should Have an Augmented Repair?
Not every rotator cuff repair requires augmentation.
The group discusses how surgeons can identify patients at increased risk for failed healing based patient, tear and surgical factors.
The Rotator Cuff Healing Index
The discussion includes the Rotator Cuff Healing Index (RoHI), a scoring system designed to predict the likelihood of healing following rotator cuff repair.
The guests discuss how risk stratification can help surgeons determine when the additional cost and complexity of augmentation may be justified.
Biceps Smash: Turning the Long Head of the Biceps Into an Autograft
One of the most fascinating concepts discussed is the use of the long head of the biceps tendon as an autologous scaffold for rotator cuff augmentation.
Dr. Tokish discusses the development of the Biceps Smash, in which the harvested proximal long head of the biceps tendon is compressed into a flattened graft that can be incorporated into the rotator cuff repair.
Potential advantages include:
- Readily available autologous tissue
- No additional donor-site morbidity
- No immunologic concerns associated with allograft tissue
- Highly organized parallel collagen architecture
- Potential biologic activity from viable tenocytes
- Ability to potentially serve as a carrier for additional biologic therapies
The group also discusses emerging clinical data examining healing and patient-reported outcomes following biceps autograft augmentation.
Dermal Allograft and Other Scaffold Options
The conversation then expands to other augmentation strategies, including:
- Dermal allograft
- Xenograft
- Synthetic scaffolds
- Autograft tissue
The guests discuss the differences between structural support and biologic integration, as well as the importance of understanding how different scaffold materials interact with the host tissue.
Dermal allograft has accumulated substantial clinical evidence supporting its use in selected rotator cuff repairs, particularly larger and higher-risk tears.
The discussion also addresses concerns surrounding xenograft and synthetic materials, including inflammatory and foreign-body responses.
CuffMend: Simplifying Dermal Allograft Augmentation
For surgeons who elect to augment a repair with dermal allograft, the procedure itself can add complexity and operative time.
Dr. Tokish discusses how the CuffMend system is designed to streamline graft handling and delivery.
The conversation focuses on how improvements in instrumentation and graft preparation can potentially:
- Reduce operative time
- Simplify graft handling
- Improve procedural efficiency
- Reduce technical variability
- Make augmentation more accessible to surgeons
SpeedFlex and Graft Preparation
The guests also discuss SpeedFlex, which uses pre-sized and pre-sutured ArthroFlex grafts.
Available graft configurations include:
- 20 × 25 mm and 25 × 30 mm
- 1-mm and 2-mm thicknesses
Rather than requiring surgeons to prepare and load the graft intraoperatively, the pre-sutured configuration is designed to streamline preparation and reduce variability.
FiberStitch RC Simple
Another innovation discussed is the FiberStitch RC Simple implant for medial graft fixation.
Dr. Tokish explains how the system can facilitate a "sandwich stitch," allowing the graft to be compressed between fixation points on the superior and inferior surfaces.
Available straight and reverse-curved options provide additional flexibility for medial graft fixation.
Key Takeaways
1. The repair construct matters.
SpeedBridge has established a strong clinical track record, while FiberTak SpeedBridge builds on that foundation with smaller all-suture medial anchors and additional flexibility.
2. Bone preservation may be particularly important in complex and revision cases.
Smaller all-suture anchors can minimize bone removal and preserve the greater tuberosity footprint.
3. Not every rotator cuff repair needs augmentation.
Patient characteristics, tear morphology, tissue quality, and repair mechanics should all factor into the decision.
4. The biceps may be more than a pain generator.
The long head of the biceps can potentially serve as a readily available autologous scaffold for rotator cuff augmentation.
5. Dermal allograft remains an important augmentation option.
Clinical evidence supports its use in selected higher-risk repairs, particularly larger or compromised tears.
6. Making augmentation easier may increase adoption.
Streamlined graft preparation, delivery, and fixation can reduce operative complexity while maintaining the principles of sound repair.
7. The ultimate goal is healing—not simply repair.
Modern rotator cuff surgery increasingly focuses on creating the biologic and biomechanical environment necessary for durable tendon-to-bone healing.
Featured Research
Millett PJ, et al. Long-term outcomes following arthroscopic rotator cuff repair using the SpeedBridge technique. The study demonstrated approximately 94% survivorship at 10 years, highlighting the durability of the construct.
Colbath G, Murray A, Siatkowski S, et al. Autograft long head biceps tendon can be used as a scaffold for biologically augmenting rotator cuff repairs. Arthroscopy. 2022.
Kwon J, et al. The Rotator Cuff Healing Index: A New Scoring System to Predict Rotator Cuff Healing After Surgical Repair. American Journal of Sports Medicine. 2019.
Tokish JM, et al. Recent clinical work evaluating the use of a compressed long-head-of-biceps autograft for rotator cuff augmentation demonstrated promising healing rates and clinical outcomes at early follow-up.
This episode of The Sports Docs Podcast was sponsored by Arthrex.
