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1 tes (P<0.001 compared with punctures without cautery).
2 on cauterized corneas 72 and 288 hours after cautery.
3  in animals subjected to whisker plucking or cautery.
4 ed by either xenotransplantation or chemical cautery.
5 )'> were the only parameters not affected by cautery.
6 eceding vessel growth (< or = 48 hours after cautery); (2) a proliferative phase with maximal growth
7            One patient required heater probe cautery, 2 required laser coagulation, and 2 underwent s
8              A staged surgical approach with cautery ablation and contouring of the eyelid margin com
9 h were permanently and completely ablated by cautery and animals were exposed to bromodeoxyuridine th
10 as used to fit the optical endpoints for the cautery and kinetics studies.
11 netics of ex-vivo tissue and the presence of cautery and patent blue dye for breast tumor margin asse
12 fter excision and surgical factors including cautery and the presence of patent blue dye (specificall
13 ing a 2-surgeon technique with saline-linked cautery and ultrasonic dissection (SLC+UD) from December
14 racted from whole corneas until 1 week after cautery, and bFGF and VEGF mRNA and protein levels were
15 fter cautery, remained elevated 4 days after cautery, and decreased to near baseline by day 7.
16  injected soluble antigen 1 to 2 weeks after cautery application.
17                             In corneas after cautery, bFGF mRNA expression was unchanged, and bFGF pr
18             Exposure is mainly from surgical cautery, but other sources are also present.
19 zed corneas 24, 72, 120, and 168 hours after cautery by immunofluorescence microscopy and gelatin zym
20                     None of the TSPs without cautery caused tissue coring.
21 mercially available saline-linked surface RF cautery device (Floating Ball 3.0, TissueLink, Inc.) was
22           Rat eyes treated with three-vessel cautery had sustained elevated IOP (1.6 fold) for at lea
23  Corneal inflammation was induced by thermal cautery in BALB/c mice.
24 to analyze our experience with saline-linked cautery in hepatic surgery.
25 tes correlates temporally and spatially with cautery-induced angiogenesis in the rat cornea.
26               Dexamethasone inhibited 27% of cautery-induced VEGF upregulation at 24 hours and 23% at
27 hetized adult zebrafish using a small-vessel cautery iron.
28                                Saline-linked cautery is now widely used in liver surgery and is repor
29 fficiently increase VEGF expression near the cautery lesion to increase vascular permeability of limb
30             Rats that received xenografts or cautery manifested less corneal neovascularization than
31  manipulations that abolished ACAID included cautery, neovascularization, and keratoplasty, whereas c
32 eye (G) of female Wistar rats (150-180 g) by cautery of 3 episcleral/limbal veins.
33                  Transfer of particles after cautery of breast tissue occurred with increased numbers
34                 Mouse eyes were subjected to cautery of central corneal surface, suture-induced neova
35 erately elevated IOP was produced in rats by cautery of three episcleral vessels.
36          LC migration was induced by thermal cautery or cytokine injection and enumerated by an immun
37 without adjunctive cryotherapy, intracameral cautery, or photocoagulation.
38 e variants and protein peaked 48 hours after cautery, remained elevated 4 days after cautery, and dec
39 ntly in macrophages (4 days) adjacent to the cautery site.
40 uction of peripheral iridectomy with scleral cautery (thermal sclerostomy) in the 1950s and then trab
41 h, in series, particles transferred from the cautery tip to breast tissue specimens could be identifi
42                                          The cautery tip was rubbed against a cleaning pad five to 20
43 paque aluminum oxide particles from abrasive cautery-tip cleaning pads can be dislodged and transferr
44 oach involved the use of bipolar and thermal cautery to ablate the eyelid margin component, skin exci
45 l for corneal LC recruitment, application of cautery to the central corneal surface was used, and the
46 is anterior muscle of 7-week-old mice with a cautery, treated them with RARgamma agonist or vehicle c
47                                              Cautery was applied to corneas of BALB/c mice on day 0 t

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