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1  abdomen through one existing 12-mm diameter trocar.
2  device for the liver biopsy and the optical trocar.
3 then introduced up the shaft of the 25-gauge trocar.
4 n was performed through five upper abdominal trocars.
5  in hybrid technique (median of percutaneous trocars: 1).
6 hybrid TVC was performed by a 5-mm umbilical trocar and a 12-mm transvaginal trocar with standard lap
7 ently designed with a removable pencil-point trocar and a side arm for the dialysis tubing.
8  After 7 weeks, animals were sacrificed, and trocar and midline wounds were harvested for macroscopic
9 in pediatric patients without the use of the trocars and cannulas as in adult vitrectomies.
10 tomy (NC) 3-trocar technique using 2 to 3 mm trocars and the umbilical-assisted transvaginal cholecys
11 devices such as tissue adhesives or needles, trocars, and vascular tunnelers where minimizing the pen
12        In conventional laparoscopy, multiple trocars are required because of the limited degrees of f
13                                              Trocar-assisted fixation was performed in 15 (79%) eyes,
14  battery-free, refillable, subcutaneous, and trocar-compatible implantable system that facilitates ch
15 educe thermal injury occurring at the camera trocar incision in comparison to parallel oriented activ
16 l injury from antenna coupling at the camera trocar incision in comparison to the parallel orientatio
17                 Thermal injury at the camera trocar incision was lower in the separated versus parall
18 y histology from skin biopsied at the camera trocar incision.
19 d resulting in cutaneous burns at the camera trocar incision.
20  the Da Vinci robotic system with four small trocar incisions, and a short infraumbilical midline inc
21 or superobese) was created using five or six trocar incisions.
22          Anesthetized hamsters had four 5-mm trocars inserted through the anterior abdominal wall.
23 al adhesion, pleural thickening, and guiding trocar insertion.
24 acement of an Amplatz sheath or laparoscopic trocars into the pouch, allowing for stone entrapment or
25                                     Once the trocar is removed, the blunt-ended cannula can be advanc
26                                              Trocar-less laparoscopy using magnetically anchored inst
27 tem of magnetically anchored instruments for trocar-less laparoscopy.
28          The ability to reduce the number of trocars necessary for laparoscopic surgery has the poten
29                                 Insertion of trocars, needles, and catheters into unintended tissues
30 on of porcine laparoscopic procedures with 2 trocars only.
31 m to 15 torr was obtained via a transvaginal trocar placed through a colpotomy made under direct visi
32 ulation or epidural, chest tube, and initial trocar placement often involve the blind pass of a needl
33 nic injury (1), missed accessory spleen (1), trocar site hernia (1), subsequent total splenectomy aft
34 mely incisional hernias and neuralgia at the trocar sites, which can potentially be avoided by the NO
35  secures the two sleeves on the shaft of the trocar, such that they act as a spacer.
36                     The effectiveness of the trocar technique of catheter placement for transvaginal
37 both the needlescopic cholecystectomy (NC) 3-trocar technique using 2 to 3 mm trocars and the umbilic
38   Procedures were performed using a one-step trocar technique with 6F (40 procedures) or 9F (95 proce
39  All PRA procedures were performed using a 3-trocar technique with the patient in a prone jackknife p
40                           Without additional trocars, this technique constitutes a less invasive proc
41  for each segment and by placing intercostal trocars to expose the root of the right hepatic vein for
42    Whereas the median number of percutaneous trocars (TVAE: 1 vs TGAE: 1; P < 0.450), the need of add
43  TGAE: 1; P < 0.450), the need of additional trocars (TVAE: 6.6% vs TGAE: 13.9%; P < 0.156), the intr
44                   The effective shaft of the trocar was then reduced to 2 mm in length.
45 gery was completed in 92.84%, and additional trocars were used in 7.16%.
46 mm umbilical trocar and a 12-mm transvaginal trocar with standard laparoscopic instruments.
47 SM) in inhibiting tumor cell implantation in trocar wound sites.