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1 1%) performed with caval sparing (piggyback) surgical technique.
2 ehavior of a tumor rather than the result of surgical technique.
3 entify methods used for quality assurance of surgical technique.
4 dversely affected by the modification of the surgical technique.
5 s, Inc., Santa Ana, CA) using a standardized surgical technique.
6 OP in patients with glaucoma, when using our surgical technique.
7 imization of lens fragmentation patterns and surgical technique.
8 not demonstrate a greater preference for the surgical technique.
9 Subgroups were formed for each surgical technique.
10 mmendations for perioperative management and surgical technique.
11 o underwent varicocele repair, regardless of surgical technique.
12 least as important as the decision about the surgical technique.
13 ns are needed to define the efficacy of this surgical technique.
14 microscope guidance added refinements to the surgical technique.
15 from surgery concerning QoL, independent of surgical technique.
16 cs, Inc, Santa Ana, CA) using a standardized surgical technique.
17 d in healed sites using flapped and flapless surgical techniques.
18 nd operative reports, and standardisation of surgical techniques.
19 s owing to advancements in manufacturing and surgical techniques.
20 th a transgenic approach as well as invasive surgical techniques.
21 rapy, mechanical ventilation strategies, and surgical techniques.
22 adiographic outcome when comparing different surgical techniques.
23 y in thyroid eye disease regarding different surgical techniques.
24 nt differences in outcomes among 6 different surgical techniques.
25 PCME has declined with the advent of modern surgical techniques.
26 ract reconstruction, when compared with open surgical techniques.
27 n nonoperative management or less aggressive surgical techniques.
28 trials are needed to directly compare these surgical techniques.
29 its preoperative morphology and the planned surgical techniques.
30 reatic surgery and the diseases addressed by surgical techniques.
31 tor treatment, for both on-pump and off-pump surgical techniques.
32 odeling needs to be considered in reparative surgical techniques.
33 ces in radiotherapies and minimally invasive surgical techniques.
34 e treated by an array of pharmacological and surgical techniques.
35 t given advances in both medical therapy and surgical techniques.
36 w-retained restoration, and flapped/flapless surgical techniques.
37 dy that cannot be repaired with conventional surgical techniques.
38 hen divided into two groups according to the surgical technique adopted at the initial laparotomy: pr
39 eported robot-assisted radical prostatectomy surgical techniques aimed at limiting PPI, describe thei
41 ore common than other organs, and meticulous surgical technique and awareness of damage risk factors
43 In those with previous cataract surgery, surgical technique and complications including its contr
44 presented here, involving refinement of the surgical technique and donor selection process, UTx is n
48 ecades, likely because of improvement in the surgical technique and increased utilization of laparosc
52 pport utilization of the surgeon's preferred surgical technique and may help guide postoperative coun
58 an 18-year period, continued improvements in surgical technique and perioperative outcomes yielded a
60 ques are safe with few drawbacks, meticulous surgical technique and preservation of the natural conti
62 suggest that there are important aspects of surgical technique and quality that should to be address
63 e will discuss the historical development of surgical technique and targets, as well as the technolog
71 omy is effectively performed using both open surgical techniques and increasingly by minimally invasi
72 vances in surgical pathology, refinements in surgical techniques and instrumentation, new imaging mod
74 e decades, mainly as a result of advances in surgical techniques and management of post-transplant co
78 ng sought to aid the success rates of modern surgical techniques and reduce or slow the degeneration
79 ate perioperative management and advances in surgical techniques and technologies allow for successfu
84 enge due to the anatomical alteration due to surgical techniques and their reconstructions, radiother
85 urther define the safety and efficacy of new surgical techniques and to further define best practices
86 define the safety and efficacy of these new surgical techniques and to further define best practices
87 of preserved renal parenchyma (influenced by surgical technique), and ischemia time (warm or cold) de
88 otherapy or endoluminal ablation), invasive (surgical techniques), and hybrid (combination of >/=1 th
89 ems from educated patient selection, careful surgical technique, and aggressive preoperative and post
90 e of closed suction drains, modifications of surgical technique, and avoidance of a loading dose of s
92 ask Force, evolutions in instrumentation and surgical technique, and improved understanding of small-
93 to evolve with advances in medical therapy, surgical technique, and minimally invasive operative tec
97 objective of this study was to evaluate the surgical technique, antibiotics, and asepsis that are us
105 CTICE ADVICE 12: Multiple minimally invasive surgical techniques are feasible and effective, includin
107 her research is needed to determine if these surgical techniques are safely adaptable in the broader
108 collective equipoise, rapid evolution of the surgical techniques, as well as difficulties in obtainin
109 ssessment of aortic stenosis, anesthetic and surgical techniques, as well as post-operative patient c
110 compare the safety and effectiveness of the surgical techniques available for parastomal hernia repa
111 outline treatment indications and choices of surgical techniques based on recent clinical studies, an
112 neal thickness, recipient trephination size, surgical technique (big-bubble vs manual dissection DALK
113 not only is less invasive than conventional surgical techniques but also has beneficial effects on o
115 kness of maximum fluid pockets between the 2 surgical techniques, but both techniques resulted in sig
117 ere sought in perfection and creation of new surgical techniques by developing catheter-based interve
118 ns, facilitating significant advancements in surgical techniques by the immediacy and accuracy of int
125 population-based data, registers, studies of surgical techniques, clinical trials, and so forth.
127 e, constipation, single incision and robotic surgical techniques, complex anal fistulas, diverticulit
129 ed. Main Outcome Measures: Clinical setting, surgical technique, complications, and visual acuity.
130 indications for surgery, patient selection, surgical techniques, complications, patient safety, and
131 pterygium, width of the pterygium at limbus, surgical technique (conjunctival autograft plus suturing
133 revent late vein graft failure which include surgical technique, conventional pharmacology, external
134 l study is to investigate whether a modified surgical technique could provide better results for root
135 ne model and the concern of such a demanding surgical technique, current findings suggest that the pr
137 c imaging, functional imaging, and transoral surgical techniques, delineating SCCUP remains an active
139 timely use of safe and effective medical and surgical techniques designed to prevent anemia and decre
141 ote surgery such as laparoscopic and robotic surgical techniques diminish direct assessment of this i
154 C, and AM transplantation is a promising new surgical technique for improving vision and conjunctival
156 ng membrane (ILM) abrasion is an alternative surgical technique for successful full-thickness macular
157 laparoscopic sacrocolpopexy (RALS) is a new surgical technique for the treatment of symptomatic vagi
159 w discusses the indications for myectomy and surgical technique for treating benign essential blephar
160 operatively, thereby enabling development of surgical techniques for better preservation of nerve fun
164 adenectomy, and will also examine the latest surgical techniques for optimizing the performance of th
165 live animals would enable minimally invasive surgical techniques for organ repair or reconstruction.
166 (CTA)-related problems, we designed two new surgical techniques for orthotopic (ORT) and heterotopic
168 hibitors; prophylactic surgery for aneurysm; surgical techniques for the aortic root; and surgical an
172 en indicated, the selection of a less morbid surgical technique has the potential to improve overall
174 cancer with more extensive and less-invasive surgical techniques has increased the number of patients
176 Improvements in perioperative assessment and surgical technique have decreased the morbidity and impr
178 ive liver along with multiple refinements in surgical technique have improved the outcomes of this op
183 se and, in combination with gene therapy and surgical techniques, have the potential to substantially
184 Data collected included clinical history, surgical technique, histopathologic analysis, and compar
186 and the use of adjuvant therapy--but not the surgical technique (i.e., TEMS or TAE) itself--were inde
187 -up of these patients will determine whether surgical technique impacts pattern of recurrence or dise
188 specialist unit settings, refinement of the surgical techniques, improved adequacy of lymphadenectom
191 mproved anatomic understanding has optimized surgical technique in order to improve potency outcomes
192 ic literature with a focus on refinements of surgical technique in robot-assisted laparoscopic prosta
193 ng factors using heterochronic parabiosis, a surgical technique in which joining of animals of differ
195 view investigated whether standardisation of surgical techniques in RCTs reduces the variation in lym
196 urther support the use of minimally invasive surgical techniques in the treatment of esophageal cance
197 th increasing adoption of minimally invasive surgical techniques in urologic oncology, the efficacy,
198 who do not respond to non-operative therapy; surgical techniques include haemorrhoidectomy and haemor
200 oreal lung assist device, and differences in surgical technique, including bronchial artery revascula
201 arly instrumentation provided limitations in surgical technique, including limited illumination, inst
204 sed question was, "Does flapped and flapless surgical technique influence CBL around dental implants
206 s and certainty of testing, anesthetic risk, surgical technique, intraoperative testing and postopera
208 ht be associated with the development of new surgical techniques involving complex instrumentation of
211 his review included preoperative evaluation, surgical techniques, issues and controversies in managem
212 eoperative diagnoses, surgical procedure(s), surgical technique (laparoscopic vs open), anastomotic t
213 , tumor location (right vs left vs sigmoid), surgical technique (laparoscopic vs open), total bowel l
214 ore, there is no strong evidence as to which surgical technique leads to the best results in terms of
216 As a result, widespread adoption of this surgical technique may have been delayed and its potenti
218 outcomes combined with increased options in surgical technique may lead more surgeons to use adjusta
222 ns can be attenuated by utilizing meticulous surgical technique, minimizing blood loss, fluid managem
223 is study was to compare a minimally-invasive surgical technique (MIST) and a non-incised papilla surg
224 ,Cr:YSGG) laser (ERL) and minimally invasive surgical technique (MIST) for the treatment of intrabony
225 erms of demographics, tumor characteristics, surgical technique, morbidity, survival, and recurrence.
227 ite numerous changes in graft procedures and surgical techniques, no noticeable improvement in graft
228 dramatically in recent years with regards to surgical technique, ocular pharmacology, viscoelastic de
230 Despite current progress achieved in the surgical technique of radical prostatectomy, post-operat
233 rtment to operating room, length of surgery, surgical technique (open or laparoscopic), use of laparo
235 or remarkable advances in minimally invasive surgical techniques or the development of entirely new p
239 ath characteristics and indications, timing, surgical techniques, outcomes, and biopsy-proven acute c
240 nal surgery (P = 0.047), and intraperitoneal surgical technique (P = 0.008) were risk factors in the
243 efitted from advances in diagnostic imaging, surgical techniques, radiation therapy and combination c
245 e aimed to examine the impact of 2 different surgical techniques, standard (ST) pancreaticoduodenecto
246 orexia nervosa symptoms can be accessed with surgical techniques such as deep brain stimulation (DBS)
248 k for postoperative dry eye may benefit from surgical techniques such as small-incision lenticule ext
249 iotherapy (with or without chemotherapy) and surgical techniques such as total mesorectal excision.
251 ft tissue autografts (FSTAs) using different surgical techniques-suturing the vestibular flap margin
253 LS is feasible and has become an essential surgical technique that can minimize the loss of functio
255 re as follows: who is resectable; adjunctive surgical techniques that can improve resection; how pati
259 f pseudoexfoliation necessitates appropriate surgical technique to avoid intraoperative complications
260 n surgical intervention and modifications in surgical technique to make cardiac procedures safer, the
263 Although TEMS is often considered a superior surgical technique to TAE, it is poorly suited for excis
264 ons for the development of new therapies and surgical techniques to achieve functional regeneration a
265 ons for the development of new therapies and surgical techniques to achieve functional regeneration.
266 rnative to hemihepatectomy, but laparoscopic surgical techniques to complete anatomically accurate se
268 wever, when IOP lowering is indicated, newer surgical techniques to lower IOP to be performed along w
270 essure, open surgical and minimally invasive surgical techniques to remove clot, techniques to remove
273 e studies should examine parameters, such as surgical technique, to maximize the rhBMP-2-driven regen
276 k factor for cardiovascular events, that is, surgical technique, type of donor, and induction immunos
278 peratively could have been influenced by the surgical technique used, the surgical time, and the use
282 Characteristics of donors, recipients, and surgical techniques varied substantially among centers.
283 surgery has been known for about a century, surgical techniques vary all around the world mostly dep
284 of DC illustrates how a previously abandoned surgical technique was adapted and readopted in response
288 .001), the difference in QoL between the two surgical techniques was not statistically significant.
292 ould not predict survival in a setting where surgical techniques were standardized and surgeons were
294 consider risks, benefits, and costs of these surgical techniques when performing a LSG and selectivel
296 ure in general surgery, thus improvements in surgical techniques, which reduce the burden of undesira
297 to device technology, patient selection, and surgical techniques will undoubtedly lead to further cha
298 igh-volume melanoma surgeons adopted a novel surgical technique with a lymph node retrieval rate that
299 nificant survival benefit obtained with this surgical technique with no additional risk of sternal wo