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nitilon wire loop  (Arthrex Inc)

 
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    Structured Review

    Arthrex Inc nitilon wire loop
    Arthroscopic view of a left knee. The scope is placed trans-notch to obtain a posterolateral view. A no. 2 FiberWire (red arrow; Arthrex) is passed into the <t>Nitilon</t> wire loop inside the Micro SutureLasso (yellow arrow; Arthrex). MFC, medial femoral condyle.
    Nitilon Wire Loop, supplied by Arthrex Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/wire+loop/nitinol+wire+loop/pmc10907894-48-24-33
    Average 90 stars, based on 1 article reviews
    nitilon wire loop - by Bioz Stars, 2026-11
    90/100 stars

    Images

    1) Product Images from "Arthroscopic Physeal Sparing Anterior Cruciate Ligament Reconstruction and Lateral Extra-articular Tenodesis With Semitendinosus and Gracilis Tendons"

    Article Title: Arthroscopic Physeal Sparing Anterior Cruciate Ligament Reconstruction and Lateral Extra-articular Tenodesis With Semitendinosus and Gracilis Tendons

    Journal: Arthroscopy Techniques

    doi: 10.1016/j.eats.2023.09.018

    Arthroscopic view of a left knee. The scope is placed trans-notch to obtain a posterolateral view. A no. 2 FiberWire (red arrow; Arthrex) is passed into the Nitilon wire loop inside the Micro SutureLasso (yellow arrow; Arthrex). MFC, medial femoral condyle.
    Figure Legend Snippet: Arthroscopic view of a left knee. The scope is placed trans-notch to obtain a posterolateral view. A no. 2 FiberWire (red arrow; Arthrex) is passed into the Nitilon wire loop inside the Micro SutureLasso (yellow arrow; Arthrex). MFC, medial femoral condyle.

    Techniques Used:

    Related Articles

    other:

    Article Title: A single root repair and centralisation tunnel best restores tibiofemoral contact mechanics and extrusion following a medial meniscus posterior root tear: An in vitro biomechanical study.
    Article Snippet: Funding information Royal College of Surgeons of Edinburgh and Orthopaedic Research UK Abstract Purpose: To evaluate what tunnel combination, with respect to anatomical transtibial pull‐through root repair (ATPR) and transtibial centralisation (TTC), best restores tibiofemoral contact mechanics and meniscal extrusion following a medial meniscus posterior root tear (MMPRT).. Methods: Meniscal extrusion and contact mechanics were measured using two‐dimensional imaging and pressure films in 10 porcine knee joints.. The posterior root was tested under six states: (1) intact; (2) MMPRT; (3) one tunnel ATPR and one tunnel TTC (1‐ATPR + 1‐TTC); (4) two tunnel ATPR and one tunnel TTC (2‐ATPR + 1‐TTC); (5) 1‐ATPR + 2‐TTC; and (6) 2‐ATPR + 2‐TTC.

    Article Title: Comprehensive management of posterior shoulder instability: diagnosis, indications, and technique for arthroscopic bone block augmentation
    Article Snippet: The K-wires are replaced with nitinol wire loops, which are used to place two transport sutures with the loops facing in opposite directions (Fiberlink/Tigerlink, Arthrex).

    Article Title: Arthroscopic Physeal Sparing Anterior Cruciate Ligament Reconstruction and Lateral Extra-articular Tenodesis With Semitendinosus and Gracilis Tendons
    Article Snippet: Subsequently, A curved Micro SutureLasso (Arthrex) is inserted into this groove on the anterior aspect of the proximal epiphysis of the tibia until a Nitilon wire loop is entered through the Micro SutureLasso (Arthrex) curved into the joint.

    Article Title: Double-Bundle Anterior Cruciate Ligament Reconstruction With Primary Repair and Hamstring Autograft Augmentation
    Article Snippet: Intraoperative images showing the advancement of ACL repair sutures. (A) Arthroscopic view through the AM portal showing the shuttle loop attached to the FiberRing ( 1 ), the 1.3-mm SutureTape ( 2 ), and the nitinol loop ( 3 ) (Arthrex, Naples, FL) being pulled outside the knee through the AL portal to prevent skin bridges. (B) Arthroscopic view through the AM portal showing the ACL repair sutures ( 1 and 2 ) shuttled through the femoral tunnel using the nitinol loop (not visible anymore) (left knee).

    Article Title: Acromioclavicular Joint Repair Using a Suture Cerclage Tensioning System
    Article Snippet: A nitinol wire loop from a Micro SutureLasso (Arthrex, Naples, FL) is loaded onto a curved AC joint graft passing instrument (Arthrex), passed under the coracoid, and retrieved with a clamp ( ).

    Article Title: Medial Meniscus Posterior Root Repair Restores Contact Pressure and Contact Area to Its Native State Even After Opening-Wedge High Tibial Osteotomy: A Cadaveric Biomechanical Study.
    Article Snippet: Purpose: To elucidate the effect of medial meniscus posterior root (MMPR) repair during opening-wedge high tibial osteotomy (OWHTO) in terms of contact pressure (CP) and contact area (CA).. Methods: Nine fresh-frozen human cadaveric knee specimens were included.. Each specimen was tested under 9 conditions comprising 3 different degrees of correction during OWHTO (neutral, 5 of valgus, and 10 of valgus) and 3 different types of MMPR conditions (intact, torn, and repaired).

    Article Title: Metal-Free Fixation for Free Bone-Block Reconstruction of Chronic Anteroinferior Shoulder Instability
    Article Snippet: After removing the inner stylet of the cannulated drills, 2 nitinol wires with loops (Arthrex Inc) were inserted into each drill and retrieved from the anterosuperior portal.



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    Image Search Results


    Intraoperative photographs detailing minimally invasive arthroscopic treatment of isolated Rockwood type III acute acromioclavicular dislocation in left shoulder of male patient via Dog Bone Button. The arthroscopic steps are as follows: (A) Through the anterolateral portal, the inferior surface of the coracoid is visualized. By use of the Serfas vaporizer instrument introduced through the anteroinferior portal, the inferior surface is skeletonized, exposing it as much as possible. (B) Visualization of inferior surface of coracoid from anteroinferior portal. (C) Visualization of inferior surface of coracoid from anteroinferior portal, followed by skeletonization of inferior surface using Serfas vaporizer instrument through anterolateral portal. (D) Visualization of inferior surface of coracoid from anteroinferior portal, with skeletonization of inferior surface using 4.0-mm powered shaver (Stryker) through anterolateral portal. (E) Palpation of medial margin of coracoid with probe (Stryker) introduced through anterolateral portal, with visualization from anteroinferior portal. (F) Palpation of medial margin of coracoid using the extremity of acromion Arthrex compass at 90° angle through anterolateral portal, with visualization from anteroinferior portal. (G) Visualization of drill insertion from anteroinferior portal, performed with Arthrex compass and drill, both introduced through anterolateral portal. (H) Passage of SutureLasso SD Wire Loop through Arthrex cannulated drill, visualized from anterolateral portal. (I) Retrieval of SutureLasso SD Wire Loop from Arthrex cannulated drill, correctly positioned at inferior surface of coracoid base. This is visualized from the anterolateral portal, and retrieval is performed with an arthroscopic grasper (Stryker) through the anteroinferior portal. (J) After loading the 2 FiberTape sutures of the Dog Bone Button onto the SutureLasso, the SutureLasso is retrieved, thereby pulling the 2 FiberTape sutures of the Dog Bone Button through the coracoid. This step is visualized from the anterolateral portal, with the FiberTape sutures being inserted through the anteroinferior portal. (K) Visualization of Dog Bone Button in vertical position on inferior surface of coracoid from anterolateral portal. (L) Visualization of Dog Bone Button properly positioned at inferior surface of coracoid base from anterolateral portal.

    Journal: Arthroscopy Techniques

    Article Title: Two Scope Portals in Simple Acromioclavicular Joint Type III Injury

    doi: 10.1016/j.eats.2025.103536

    Figure Lengend Snippet: Intraoperative photographs detailing minimally invasive arthroscopic treatment of isolated Rockwood type III acute acromioclavicular dislocation in left shoulder of male patient via Dog Bone Button. The arthroscopic steps are as follows: (A) Through the anterolateral portal, the inferior surface of the coracoid is visualized. By use of the Serfas vaporizer instrument introduced through the anteroinferior portal, the inferior surface is skeletonized, exposing it as much as possible. (B) Visualization of inferior surface of coracoid from anteroinferior portal. (C) Visualization of inferior surface of coracoid from anteroinferior portal, followed by skeletonization of inferior surface using Serfas vaporizer instrument through anterolateral portal. (D) Visualization of inferior surface of coracoid from anteroinferior portal, with skeletonization of inferior surface using 4.0-mm powered shaver (Stryker) through anterolateral portal. (E) Palpation of medial margin of coracoid with probe (Stryker) introduced through anterolateral portal, with visualization from anteroinferior portal. (F) Palpation of medial margin of coracoid using the extremity of acromion Arthrex compass at 90° angle through anterolateral portal, with visualization from anteroinferior portal. (G) Visualization of drill insertion from anteroinferior portal, performed with Arthrex compass and drill, both introduced through anterolateral portal. (H) Passage of SutureLasso SD Wire Loop through Arthrex cannulated drill, visualized from anterolateral portal. (I) Retrieval of SutureLasso SD Wire Loop from Arthrex cannulated drill, correctly positioned at inferior surface of coracoid base. This is visualized from the anterolateral portal, and retrieval is performed with an arthroscopic grasper (Stryker) through the anteroinferior portal. (J) After loading the 2 FiberTape sutures of the Dog Bone Button onto the SutureLasso, the SutureLasso is retrieved, thereby pulling the 2 FiberTape sutures of the Dog Bone Button through the coracoid. This step is visualized from the anterolateral portal, with the FiberTape sutures being inserted through the anteroinferior portal. (K) Visualization of Dog Bone Button in vertical position on inferior surface of coracoid from anterolateral portal. (L) Visualization of Dog Bone Button properly positioned at inferior surface of coracoid base from anterolateral portal.

    Article Snippet: The trocar is removed from the drill, and a SutureLasso SD Wire Loop (Arthrex) is passed through the drill cannulation loop and then retrieved through the anteroinferior portal, viewing through the anterolateral portal.

    Techniques: Isolation

    Shuttle loop preparation and graft passage for reduction. (A) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. A nitinol wire shuttle loop with a passing hook (Arthrex) is cautiously placed close to the medial cortex of the coracoid base to avoid nerve injury. (B) Outside view of left shoulder with patient in beach-chair position. A FiberTape (white arrow) along with the long head of the biceps tendon (LHBT) graft (black arrow), in a venae comitantes fashion, is dragged into the subacromial space. The green arrows indicate the shuttle loop, and the yellow arrows indicate the epidural needles. (C) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. Passage of FiberTape with 1 tail suture (“string”) of LHBT under base of coracoid. (D) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. Passage of FiberTape along with LHBT around base of coracoid using shuttle loop. (E) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. The grafts loop around the coracoid base. (F) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. The 2 ends of the grafts are crossed and form an X shape within the coracoclavicular interval. The stars indicate the coracoid base.

    Journal: Arthroscopy Techniques

    Article Title: Autologous Long Head of Biceps Tendon With High-Strength Suture for Reconstruction of Coracoclavicular Ligament

    doi: 10.1016/j.eats.2025.103465

    Figure Lengend Snippet: Shuttle loop preparation and graft passage for reduction. (A) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. A nitinol wire shuttle loop with a passing hook (Arthrex) is cautiously placed close to the medial cortex of the coracoid base to avoid nerve injury. (B) Outside view of left shoulder with patient in beach-chair position. A FiberTape (white arrow) along with the long head of the biceps tendon (LHBT) graft (black arrow), in a venae comitantes fashion, is dragged into the subacromial space. The green arrows indicate the shuttle loop, and the yellow arrows indicate the epidural needles. (C) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. Passage of FiberTape with 1 tail suture (“string”) of LHBT under base of coracoid. (D) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. Passage of FiberTape along with LHBT around base of coracoid using shuttle loop. (E) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. The grafts loop around the coracoid base. (F) Subacromial interval arthroscopic view of left shoulder with 30° arthroscope in lateral portal. The 2 ends of the grafts are crossed and form an X shape within the coracoclavicular interval. The stars indicate the coracoid base.

    Article Snippet: Under arthroscopic visualization, a nitinol wire shuttle loop is passed around the base of the coracoid from medial to lateral with a passing hook (AR-7806; Arthrex), which is cautiously placed close to the medial cortex of the coracoid base to avoid nerve injury ( A).

    Techniques: