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V loc

Manufactured by Medtronic
Sourced in Ireland, United States

The V-loc is a laboratory equipment product manufactured by Medtronic. It is designed for use in various laboratory settings. The core function of the V-loc is to provide a reliable and efficient tool for laboratory tasks, but a detailed description cannot be provided while maintaining an unbiased and factual approach.

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19 protocols using v loc

1

Roux-en-Y Gastric Bypass Surgery Protocol

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RYGB in this study was performed as follows. The lesser sack is entered above the incisura angularis at the lesser curvature and the sleeve is transected, creating a 6-9-cm-long pouch. The pouch width is resized using a 36 Fr bougie after dissecting free the greater curvature of the sleeve and preparing the angle of His. In the case of hiatal hernia, they are treated with hiatoplasty intraoperatively. Hiatoplasty consists of a complete circular preparation of the esophagus and of both crura of the diaphragm, and posterior closure with V-Loc TM by Medtronic (size 2-0, non-absorbable polybutester; barbed monofilament, v-20 needle) running suture.
Then, a gastrojejunostomy and jejuno-jejunostomy are created, the alimentary limb measuring a length of at least 70 cm. The length of the biliopancreatic limb may vary up to a maximum length of 150 cm. Both internal hernia sites are also closed with V-Loc TM by Medtronic (size 2-0, nonabsorbable polybutester; barbed monofilament, v-20 needle) running suture.
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2

Robotic Radical Prostatectomy Technique

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All cases underwent surgery using the 3-arm Da Vinci Si surgical system (Intuitive Surgical, Sunnyvale, CA) with combined posterior and anterior intraperitoneal approaches and early exposure of the seminal vesicles and vasa deferentia. In all cases, the anastomosis between the urethra and bladder started with the Rocco technique for posterior reconstruction of Denonvilliers’ fascia,[16 (link)] followed by Van Velthoven’s stitch[17 (link)] using a running, double-armed, barbed 3–0 polyglyconate suture (V-LOC®; Covidien, Mansfield, MA). However, anterior reconstruction was not performed in this cohort. Integrity of the urethrovesical anastomosis was confirmed intraoperatively with intravesical instillation of 150 mL of sterile saline. RARP was performed or supervised by a single surgeon (Y.K.).
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3

Robotic Ventral Mesh Rectopexy for Pelvic Organ Prolapse

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The robotic operations were performed by three surgeons and in addition fourth surgeon participated in laparoscopic operations. Our surgical technique follows the protocol described by D’Hoore and Penninckx [3 (link)], with slight modifications described earlier [16 (link)]. The rectovaginal space was dissected deep to the levator plane with harmonic scalpel. A single polypropylene mesh (Parietex™, size 3 cm × 20 cm; Covidien, Dublin, Ireland) was fixated caudally with two resorbable sutures through the pelvic floor using an endofascial closing device and thereafter anteriorly to the rectum and to the apex of the vagina with 6–7 pairs of non-absorbable sutures. For the suspension to the sacral promontory spiral attachments were used (Pro-Tack™ Fixation Device, Covidien) and peritoneum was closed over the mesh with continuous suture with 15-cm long V-Loc™ (Covidien). The RVMR were performed following the same protocol with Si Da Vinci Surgical System (Intuitive Surgical Inc, Sunnyvale, CA, USA). For the robotic procedures we used side docking and five trocar placements. The patients were blinded to the operative technique.
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4

Robotic vs. Laparoscopic Myomectomy

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MIM had been performed by either RM or LM. RM had been performed with the da Vinci-Si system (Intuitive Surgical, Inc., Sunnyvale, CA, USA). Four ports, including a 12-mm camera port (at the umbilicus), and three 8-mm side ports, were inserted. After insertion of all of the trocars, the surgical cart was docked vertically. The robotic right arm held monopolar curved scissors, and the left arm held tenaculum forceps. A solution of vasopressin diluted to a 0.25 U/mL concentration was injected directly into the myoma. The monopolar curved scissors performed the incision, while the tenaculum forceps applied counter-traction. LM with four ports was performed by a technique similar to the robotic one. The V-loc™ (Covidien, Dublin, Ireland) for barbed continuous suture or Vicryl (Ethicon, Somerville, NJ, USA) for conventional interrupted suture was employed to suture the uterine wall. Myomas were retrieved by electric-power morcellation.
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5

Robotic-Assisted Radical Prostatectomy with Preservation of the Bladder Neck

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Surgeries were performed using the 4-arm Da Vinci Xi surgical system (Intuitive Surgical, Sunnyvale, CA). The RS-RARP technique was originally described by Galfano et al. [22 (link)]. This posterior surgical approach requires a careful dissection of detrusor fibers from the base of the prostate to prevent ureteral damage, ultimately ensuring the preservation of the bladder neck [23 (link)]. Unilateral or bilateral neurovascular excision was undertaken in patients with erectile dysfunction, high risk or locally advanced disease. The anastomosis between the urethra and the bladder was performed with a running, barbed 3/0 polyglyconate suture (V-LOC®; Covidien, Mansfield, MA). The integrity of the urethrovesical anastomosis was confirmed intraoperatively with intravesical instillation of 150 ml of sterile saline through a 16F Foley catheter.
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6

Revisional Bariatric Surgery Techniques

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All procedures were carried out by four experienced bariatric surgeons or under their direct supervision. The procedures were performed as previous described [14 (link)]. If patients underwent a revisional procedure from an adjustable gastric band, it started with removal of the band followed by direct revision, after which the Port-a-cath was removed prior to skin closure.
For all procedures pneumoperitoneum was obtained. Five trocars (three 12 mm and two 5 mm) were used. In case of LRYGB, the pouch was formed with one horizontal and 3–4 vertical firings of a 45 mm endoscopic stapler (Johnson and Johnson, Sommerville, NY, USA) in the lesser curvature of the stomach. Subsequently the gastrojejunostomy was created in an antecolic, antegastric fashion, posterior by means of a stapler and anteriorly hand sewn using a barbed suture V-loc™ (Covidien, Dublin, Ireland). This was followed by the jejunojejunostomy at 120–150 cm and transection of the connecting loop.
The LSG was created using multiple firings of the Echelon 60 endoscopic stapler. The remnant stomach was removed through the most lateral 12 mm port after the trocar was removed and the incision enlarged (2–3 cm) and sent for pathologic examination.
Pouch revision was performed after inspection in the same fashion as creation of the pouch at primary LRYGB. Often the anastomosis was revised.
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7

Knotless Chest Tube Suture Technique

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As each operation was completed, the chest drain was inserted and an anchoring suture was placed with either silk or nylon. After the muscle layer was sutured, the subcutaneous layer was sutured using unidirectional absorbable sutures, either Stratafix (Ethicon, Somerville, NJ, USA) or V-loc (Covidien, Minneapolis, MN, USA). Closure of the chest drain began at the end of an incision; instead of tying the knots, the tip of the needle entered through the fixation loop and was tightened. The needle was then placed horizontally through the subcutaneous layer by passing through the opposite sides of the wound in exactly the same way as is done in the continuous subcutaneous suture technique. The suture continued around the chest tube until the needle reached the other end of the incision. The tip of the needle passed under the skin and came out through the skin about 1 cm from the edge of the incision. The needle was then cut off and the rest of the thread was secured to the skin with an adhesive [2 (link)]. When the chest tube was being removed, the anchoring suture was cut off, and then the chest tube was withdrawn while the adjacent tissue was held tightly to prevent pneumothorax. The secured thread was then pulled forward to tighten the suture. Fig. 1 illustrates the knotless suture method [2 (link)].
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8

VATS Pulmonary Resection: Chest Drain Closure Techniques

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We included patients who underwent VATS pulmonary resection at Samsung Medical Center (SMC) from October 1 to October 31, 2016. Patients who underwent esophageal resection, mediastinal resection, or open pulmonary resection were excluded from this study. A total of 111 patients underwent VATS pulmonary resection at SMC during this period. Among the 111 patients, 1 patient was excluded from the analysis of postoperative complications due to death in the early postoperative period and another patient was also excluded due to prolonged hospitalization for other complications. Eight-five patients underwent VATS pulmonary resection with chest drain wound closure utilizing knotless suture material (Stratafix [Ethicon, Somerville, NJ, USA] or V-loc [Covidien, Minneapolis, MN, USA]) and 24 patients underwent VATS pulmonary resection with chest drain wound closure by the conventional method. We assumed that the surgical procedure would not influence the outcome of chest tube wound-related complications. Lung cancer was the primary disease for which pulmonary resection was performed, in addition to a few cases for benign lung diseases such as non-tuberculous mycobacteria (NTM). The chest drain wound closure method was chosen based on the surgeon’s personal preference.
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9

Laparoscopic Partial Nephrectomy Protocol

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A single expert surgeon who had performed over 300 pure laparoscopic partial nephrectomies operated on or supervised in all cases of this study. The approach was determined based on the location of the tumour. Ureteral catheters were not inserted in all cases. After clamping the artery at the hilum and confirming by Doppler ultrasound that blood flow to the kidney ceased, tumour resection commenced. Our procedure is defined as hybrid enucleation according to the Surface–Intermediate–Base margin score (1–1–0).16 When the sinus was opened, inner running suturing was performed using a 3‐0 barbed suture (V‐Loc™; Covidien, Ireland). Haemostasis was achieved by monopolar soft coagulation (VIO300D or VIO3, ERBE, Germany) and fibrin‐based haemostat (TachoSil®; CSL Behring, Japan). Parenchymal renorrhaphy was not performed.17 All cases underwent CT within 7 days after surgery to monitor for postoperative complications.
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10

Laparoscopic Partial Nephrectomy Protocol

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A five-port transperitoneal approach was used in all patients. Following the endotracheal intubation under general anesthesia, the patient was placed in a 60° modified flank position, and the pneumoperitoneum was achieved with a veress needle. The colon was reflected medially, followed by isolation of the gonadal vein, which was dissected up to the renal vein/vena cava. The renal hilum was skeletonized. Intraoperative laparoscopic ultrasound was used to identify the tumor margins and its depth. After the hilar preparation, renal capsule was scored using monopolar shears. Two 15-cm long 3-0 polyglyconate barbed sutures on a 26 mm 1/2 circle needle (V-loc, Covidien, Ireland) were placed in the abdominal cavity for renal parenchymal repair. Two laparoscopic bulldog clamps were placed on the renal artery. Afterward, cold excision of the tumor was performed with robotic scissors. Tumor bed was sutured continuously with a V-loc suture to stop the bleeders and approximate the renal parenchyma. The defect was then covered with hemostatic agent (Floseal, Baxter, Inc., Irvine, CA, USA) and renal parenchyma was further approximated using 0-0 polyglactin sutures on CT-1 needle with sliding-clip renorrhaphy technique.[12 (link)] The bulldog clamps were removed, and a final inspection for homeostasis was performed. A Jackson-Pratt drain was placed in all patients.
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