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1 nioserosa cells are removed via mutations or microsurgery.
2 ing higher plant (Haemanthus) cells by laser microsurgery.
3 gical anastomosis is a powerful technique in microsurgery.
4 s in fragile rings and in rings cut by laser microsurgery.
5 ge in studies using live-cell microscopy and microsurgery.
6  as infection, fertility, drug delivery, and microsurgery.
7 of providing image-guided vitreoretinal (VR) microsurgery.
8 cell and incompatible with microscopy and/or microsurgery.
9  to 10 volumes per second to visualize human microsurgery.
10 sues to regulate forces in response to laser microsurgery.
11 ir of neurons severed by injury, disease, or microsurgery.
12 ar groove of 8-week-old mice (n=265) through microsurgery.
13  dendrites or axons were removed using laser microsurgery.
14 true cost-benefit ratio for robotic assisted microsurgery.
15 n the operating microscope was introduced in microsurgery.
16 n the operating microscope was introduced in microsurgery.
17 assess the true benefit for robotic-assisted microsurgery.
18 assays in combination with femtosecond laser microsurgery.
19 true cost-benefit ratio for robotic assisted microsurgery.
20 surgery, ophthalmological surgery, and other microsurgeries.
21  has improved the accuracy and the safety of microsurgeries.
22           Treatment modalities included Mohs microsurgery (31.1%), wide local excision (WLE) with par
23 s these procedures could standardize cranial microsurgeries across neuroscience laboratories and demo
24 n techniques, stereotactic radiosurgery, and microsurgery, allowing effective multidisciplinary treat
25 divided into two groups: those who underwent microsurgery alone (n=245) and those who received preope
26 tcomes or reduce complications compared with microsurgery alone.
27 uction of damage to the nucleolinus by laser microsurgery altered the trafficking of alpha- and gamma
28 on microscope with a laser ablation unit for microsurgery and an optical tweezer for cell micromanipu
29                                        Laser microsurgery and behavioral experiments reveal that sens
30 e we test this assumption by combining laser microsurgery and chemical biology assays in cultured mam
31                                        Laser microsurgery and finite element modeling are used to det
32                           Here we used laser microsurgery and inhibitors of topoisomerase IIalpha to
33 gies that enable significant improvements in microsurgery and interrogation of small multicellular mo
34                                       We use microsurgery and laser ablation to remove the centrosome
35 mbryonic stages using a combination of laser microsurgery and microinjection.
36            We applied a combination of laser microsurgery and quantitative polarization microscopy to
37     Safety outcomes were the risk of salvage microsurgery and radiation-associated complications.
38  time, with advances in both transoral laser microsurgery and RT designed to become more targeted and
39                          Transoral laryngeal microsurgery and transoral robotic partial laryngectomy
40  upon tumor growth, 1 (2%) underwent salvage microsurgery, and 28 (56%) remained untreated.
41 ptical zoom-in imaging, 3D free-form optical microsurgery, and 3D visualization and annotation of ter
42 ery upon tumor growth, 2 (4%) needed salvage microsurgery, and 45 (94%) had no additional treatment.
43 ion of these device-enabled studies requires microsurgery approaches that reliably interface bioelect
44   The implications for single cell lysis and microsurgery are discussed.
45 ht microscopy, making it accessible by laser microsurgery as well as isolation by common cell fractio
46                    We performed thousands of microsurgeries at single-axon precision in the nematode
47 ular microrobots could aid drug delivery and microsurgery by allowing a single system to navigate div
48 aging and regeneration, as well as for laser microsurgery, Ca2+ imaging and three-dimensional microsc
49  at Kiev Clinical Ophthalmology Hospital Eye Microsurgery Center, Kiev, Ukraine, operated on by 1 sur
50 upied by neighbour cells ablated using laser microsurgery change fate.
51  to worsening in neurological function after microsurgery compared with those presenting with hemorrh
52 dent centrioles (by laser ablation or needle microsurgery) does not impede cell cycle progression in
53                                              Microsurgery experiments, in combination with electrophy
54  involved in wound healing as evidenced from microsurgery experiments.
55 n in a single institution, and introducing a microsurgery fellowship program.
56    By combining live-cell imaging with laser microsurgery, fluorescence recovery after photobleaching
57  vestibular schwannoma who underwent salvage microsurgery following failed primary SRS/FSRT in 7 vest
58 e than half of patients who received salvage microsurgery following primary SRS/FSRT underwent less t
59 sion manipulations such as femtosecond laser microsurgery for large-scale in vivo neural degeneration
60                                        Early microsurgery for small tumours results in optimal preser
61 erm AV loop placement in patients undergoing microsurgery has an impact on cardiac biomarkers and cir
62                                        Laser microsurgery has led to remarkable discoveries in a numb
63                                        Laser microsurgery has long been an important means of assessi
64                           Minimally-invasive microsurgery has resulted in improved outcomes for patie
65 ngle arterial anastomosis was performed with microsurgery in 10 of 11 patients.
66 entrosomes are completely destroyed by laser microsurgery in CHO cells arrested in S phase by hydroxy
67 may evolve into an attractive alternative to microsurgery in ependymomas located in eloquent areas or
68 scence microscopy, photobleaching, and laser microsurgery in the fission yeast Schizosaccharomyces po
69     New techniques and the implementation of microsurgery in the transplant operation made this proce
70        In this issue, Cojoc et al. use laser microsurgery in vivo to measure and study the viscoelast
71                               Reconstructive microsurgery is a clinical technique used to transfer la
72                            Femtosecond laser microsurgery is a powerful method for studying cellular
73                                        Laser microsurgery is a powerful tool for neurobiology, used t
74                                      Cranial microsurgery is an essential procedure for accessing the
75                Though the use of robotics in microsurgery is still in its early phases, initial findi
76 mplex behavior in flies and found that laser microsurgery is sufficiently gentle to leave it intact.
77                            Holographic laser microsurgery is used to isolate single amnioserosa cells
78 , allowing a "proteomic dissection" in which microsurgery is used to separate cellular fragments alon
79 n the operating microscope was introduced in microsurgery is yet to be seen.
80 rding of near-field action potentials during microsurgeries may allow for the precise identification
81 ated by 11 surgeons with training in hand or microsurgery (mean [SD] age, 41.9 [15.2] years; 204 [90%
82 introduction of the operating microscope and microsurgery more than 40 years ago.
83                   By a combination of embryo microsurgery, mRNA injection and antisense morpholino ex
84 eived preoperative embolization, followed by microsurgery (n=241).
85 e management of surgical pathology and guide microsurgery of any human tissue.
86 orm subcellular-resolution femtosecond laser microsurgery of single neurons in vivo, and to image the
87 -field action potentials continuously during microsurgeries, offers higher signal-to-noise ratios and
88 t surface profiler for performing CNC-guided microsurgery on mice.
89 vances for modern endodontics and endodontic microsurgery on the long-term prognosis of tooth retenti
90 % with no significant difference between the microsurgery-only group and the preoperative embolizatio
91       For larger tumors (prevalent Koos VI), microsurgery or combined treatment strategies are mostly
92 ere, we introduce the "Craniobot", a cranial microsurgery platform that combines automated skull surf
93 sts has increased, the corresponding cranial microsurgery procedures to deploy them have become more
94  fabrication, stem cell biology, bioimaging, microsurgery procedures, and microscale technologies hav
95                                        Laser microsurgery provides a means by which to dissect the me
96                                        Laser microsurgery revealed an important role of microtubule a
97                               Cortical laser microsurgery revealed that during cytokinesis progressio
98  these concerning reports of complication, a Microsurgery Safety Task Force was convened to evaluate
99                        The guidelines of the Microsurgery Safety Task Force, evolutions in instrument
100 rotocol for constructing a femtosecond laser microsurgery setup for use with a widely available compo
101          However, in patients not suited for microsurgery, SRS might also be an alternative to balanc
102 cations of the m-bots in diagnosis, sensing, microsurgery, targeted drug/cell delivery, thrombus abla
103                                     CAF with microsurgery technique was applied.
104 eloped novel microfluidic trapping and laser microsurgery techniques in Chlamydomonas to distinguish
105 ion of rectal tumors is transanal endoscopic microsurgery (TEM), a complex and expensive technique.
106                                        Laser microsurgery that targeted the nucleolinus resulted in f
107 hen individual K-fibers are severed by laser microsurgery, they regrow from the kinetochore outward v
108 al robotic surgery (TORS) or transoral laser microsurgery (TLM) offer excellent oncological outcomes
109                           In addition, using microsurgery to alter the distance of centrosomes from c
110 e takes ~40 min for operators experienced in microsurgery to complete, and six to eight surgeries can
111                                We used laser microsurgery to cut between the two sister kinetochores
112 ochore motility was investigated using laser microsurgery to detach kinetochores with associated chro
113 pies, lattice light-sheet imaging, and laser microsurgery to examine how midzone organization sets it
114                                 We use laser microsurgery to explore the biophysical properties of co
115  we combined two-photon microscopy and laser microsurgery to image the real-time reorganization of co
116 s of fibrous microtissues and robot-assisted microsurgery to perform local incisions and implantation
117          This feature allows us to use laser microsurgery to selectively destroy the centrosomes in l
118     We used video-light microscopy and laser microsurgery to test the hypothesis that as a bioriented
119                            Following salvage microsurgery, tumor growth-free survival rates at 1, 3,
120 whole laryngeal radiotherapy (WLRT), whereas microsurgery typically resects only the tumor-involving
121 somes are destroyed during prophase by laser microsurgery, vertebrate somatic cells form bipolar acen
122 nts, the median (IQR) age at time of salvage microsurgery was 62 (53-70) years, 69 (55%) were female,
123                                              Microsurgery was performed on 3-month-old transgenic mic
124 s throughout the latter's early development, microsurgery was used to remove allantoises at ten devel
125 th green fluorescent protein (GFP) and laser microsurgery we have been able to selectively destroy ce
126 h the appendix had been rendered germfree by microsurgery (we refer to these rabbits as germfree-appe
127 f extremely precise femtosecond pulsed laser microsurgery, we abruptly alter the magnitude of polar e
128                               By using laser microsurgery, we cut mitotic spindles labeled with GFP-t
129 roughput microfluidics and femtosecond laser microsurgery, we demonstrate for the first time large-sc
130 tic microtubules were severed by laser-based microsurgery, we detected equal numbers of plus- and min
131 rgan segregation, made possible by embryonic microsurgeries wherein halves of 2 differently colored e
132 allows interfacing with the brain is cranial microsurgery, wherein small to large craniotomies are pe
133 xtensively studied platform which integrates microsurgery with cells scaffolds and growth factors to

 
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