Load response and gap formation in a single‐row cruciate suture rotator cuff repair
Background Double‐row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single‐row repairs, but are associated with higher material expenses and prolonged operating time. The purpose of this study was to evaluate gap formation, ultimate tensile streng...
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Published in | ANZ journal of surgery Vol. 87; no. 6; pp. 483 - 487 |
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Main Authors | , , , , |
Format | Journal Article |
Language | English |
Published |
Melbourne
John Wiley & Sons Australia, Ltd
01.06.2017
Blackwell Publishing Ltd |
Subjects | |
Online Access | Get full text |
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Abstract | Background
Double‐row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single‐row repairs, but are associated with higher material expenses and prolonged operating time. The purpose of this study was to evaluate gap formation, ultimate tensile strength and stiffness of a single‐row cruciate suture rotator cuff repair construct, and to compare these results with those of the Mason‐Allen and SutureBridge repair constructs.
Methods
Infraspinatus tendons from 24 spring lamb shoulders were harvested and allocated to cruciate suture, Mason‐Allen and SutureBridge repair groups. Specimens were loaded cyclically between 10 and 62 N for 200 cycles, and gap formation simultaneously measured using a high‐speed digital camera. Specimens were then loaded in uniaxial tension to failure, and construct stiffness and repair strength were evaluated.
Results
Gap formation in the cruciate suture repair was significantly lower than that of the Mason‐Allen repair (mean difference = 0.6 mm, P = 0.009) and no different from that of the SutureBridge repair (P > 0.05). Both the cruciate suture repair (mean difference = 15.7 N/mm, P = 0.002) and SutureBridge repair (mean difference = 15.8 N/mm, P = 0.034) were significantly stiffer than that of the Mason‐Allen repair; however, no significant differences in ultimate tensile strength between repair groups were discerned (P > 0.05).
Conclusion
The cruciate suture repair construct, which may represent a simple and cost‐effective alternative to double‐row and double‐row equivalent rotator cuff repairs, has comparable biomechanical strength and integrity with that of the SutureBridge repair, and may result in improved construct longevity and tendon healing compared with the Mason‐Allen repair. |
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AbstractList | Background
Double‐row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single‐row repairs, but are associated with higher material expenses and prolonged operating time. The purpose of this study was to evaluate gap formation, ultimate tensile strength and stiffness of a single‐row cruciate suture rotator cuff repair construct, and to compare these results with those of the Mason‐Allen and SutureBridge repair constructs.
Methods
Infraspinatus tendons from 24 spring lamb shoulders were harvested and allocated to cruciate suture, Mason‐Allen and SutureBridge repair groups. Specimens were loaded cyclically between 10 and 62 N for 200 cycles, and gap formation simultaneously measured using a high‐speed digital camera. Specimens were then loaded in uniaxial tension to failure, and construct stiffness and repair strength were evaluated.
Results
Gap formation in the cruciate suture repair was significantly lower than that of the Mason‐Allen repair (mean difference = 0.6 mm, P = 0.009) and no different from that of the SutureBridge repair (P > 0.05). Both the cruciate suture repair (mean difference = 15.7 N/mm, P = 0.002) and SutureBridge repair (mean difference = 15.8 N/mm, P = 0.034) were significantly stiffer than that of the Mason‐Allen repair; however, no significant differences in ultimate tensile strength between repair groups were discerned (P > 0.05).
Conclusion
The cruciate suture repair construct, which may represent a simple and cost‐effective alternative to double‐row and double‐row equivalent rotator cuff repairs, has comparable biomechanical strength and integrity with that of the SutureBridge repair, and may result in improved construct longevity and tendon healing compared with the Mason‐Allen repair. Background Double-row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single-row repairs, but are associated with higher material expenses and prolonged operating time. The purpose of this study was to evaluate gap formation, ultimate tensile strength and stiffness of a single-row cruciate suture rotator cuff repair construct, and to compare these results with those of the Mason-Allen and SutureBridge repair constructs. Methods Infraspinatus tendons from 24 spring lamb shoulders were harvested and allocated to cruciate suture, Mason-Allen and SutureBridge repair groups. Specimens were loaded cyclically between 10 and 62 N for 200 cycles, and gap formation simultaneously measured using a high-speed digital camera. Specimens were then loaded in uniaxial tension to failure, and construct stiffness and repair strength were evaluated. Results Gap formation in the cruciate suture repair was significantly lower than that of the Mason-Allen repair (mean difference = 0.6 mm, P = 0.009) and no different from that of the SutureBridge repair (P > 0.05). Both the cruciate suture repair (mean difference = 15.7 N/mm, P = 0.002) and SutureBridge repair (mean difference = 15.8 N/mm, P = 0.034) were significantly stiffer than that of the Mason-Allen repair; however, no significant differences in ultimate tensile strength between repair groups were discerned (P > 0.05). Conclusion The cruciate suture repair construct, which may represent a simple and cost-effective alternative to double-row and double-row equivalent rotator cuff repairs, has comparable biomechanical strength and integrity with that of the SutureBridge repair, and may result in improved construct longevity and tendon healing compared with the Mason-Allen repair. Double-row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single-row repairs, but are associated with higher material expenses and prolonged operating time. The purpose of this study was to evaluate gap formation, ultimate tensile strength and stiffness of a single-row cruciate suture rotator cuff repair construct, and to compare these results with those of the Mason-Allen and SutureBridge repair constructs. Infraspinatus tendons from 24 spring lamb shoulders were harvested and allocated to cruciate suture, Mason-Allen and SutureBridge repair groups. Specimens were loaded cyclically between 10 and 62 N for 200 cycles, and gap formation simultaneously measured using a high-speed digital camera. Specimens were then loaded in uniaxial tension to failure, and construct stiffness and repair strength were evaluated. Gap formation in the cruciate suture repair was significantly lower than that of the Mason-Allen repair (mean difference = 0.6 mm, P = 0.009) and no different from that of the SutureBridge repair (P > 0.05). Both the cruciate suture repair (mean difference = 15.7 N/mm, P = 0.002) and SutureBridge repair (mean difference = 15.8 N/mm, P = 0.034) were significantly stiffer than that of the Mason-Allen repair; however, no significant differences in ultimate tensile strength between repair groups were discerned (P > 0.05). The cruciate suture repair construct, which may represent a simple and cost-effective alternative to double-row and double-row equivalent rotator cuff repairs, has comparable biomechanical strength and integrity with that of the SutureBridge repair, and may result in improved construct longevity and tendon healing compared with the Mason-Allen repair. BACKGROUNDDouble-row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single-row repairs, but are associated with higher material expenses and prolonged operating time. The purpose of this study was to evaluate gap formation, ultimate tensile strength and stiffness of a single-row cruciate suture rotator cuff repair construct, and to compare these results with those of the Mason-Allen and SutureBridge repair constructs.METHODSInfraspinatus tendons from 24 spring lamb shoulders were harvested and allocated to cruciate suture, Mason-Allen and SutureBridge repair groups. Specimens were loaded cyclically between 10 and 62 N for 200 cycles, and gap formation simultaneously measured using a high-speed digital camera. Specimens were then loaded in uniaxial tension to failure, and construct stiffness and repair strength were evaluated.RESULTSGap formation in the cruciate suture repair was significantly lower than that of the Mason-Allen repair (mean difference = 0.6 mm, P = 0.009) and no different from that of the SutureBridge repair (P > 0.05). Both the cruciate suture repair (mean difference = 15.7 N/mm, P = 0.002) and SutureBridge repair (mean difference = 15.8 N/mm, P = 0.034) were significantly stiffer than that of the Mason-Allen repair; however, no significant differences in ultimate tensile strength between repair groups were discerned (P > 0.05).CONCLUSIONThe cruciate suture repair construct, which may represent a simple and cost-effective alternative to double-row and double-row equivalent rotator cuff repairs, has comparable biomechanical strength and integrity with that of the SutureBridge repair, and may result in improved construct longevity and tendon healing compared with the Mason-Allen repair. |
Author | Richardson, Martin Caldow, Jonathon Ackland, David C. Huntington, Lachlan Sobol, Tony |
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Snippet | Background
Double‐row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single‐row repairs, but are associated... Double-row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single-row repairs, but are associated with... Background Double-row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single-row repairs, but are associated... BACKGROUNDDouble-row rotator cuff tendon repair techniques may provide superior contact area and strength compared with single-row repairs, but are associated... |
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SubjectTerms | Animals Biomechanical Phenomena Biomechanics Construction methods Cost-Benefit Analysis Costs Disease Models, Animal Equivalence Failure fatigue Healing High speed Integrity Longevity Maintenance Male Operative Time Orthopedics reconstruction Repair Rotator Cuff - pathology Rotator Cuff - physiopathology Rotator Cuff - surgery Rotator Cuff Injuries - economics Rotator Cuff Injuries - surgery Sheep Shoulder Shoulder Joint - surgery Stiffness surgery Suture Techniques - instrumentation Suture Techniques - utilization Sutures - trends Sutures - utilization tendon Tendon Injuries - surgery Tendons Tendons - physiopathology Tendons - surgery Tensile strength Tensile Strength - physiology Tension Ultimate tensile strength |
Title | Load response and gap formation in a single‐row cruciate suture rotator cuff repair |
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