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1            Lidocaine injection caused rapid (retrobulbar ~10 minutes, SC 1 hour), reversible reductio
2     The leading cause for diplopia following retrobulbar anesthesia for cataract extraction is extrao
3 alignment following cataract extraction with retrobulbar anesthesia has an incidence of approximately
4 ng the procedure, all 3 patients underwent a retrobulbar anesthetic block followed by magnetic resona
5 n contrast, there were marked changes in the retrobulbar arterial circulation after retrobulbar injec
6 nt hereditary optic neuropathy, anterior and retrobulbar arteritic and nonarteritic ischemic optic ne
7 of either Regional Anesthesia (peribulbar or retrobulbar block) with Monitored Anesthesia Care (RA-MA
8 mes, and were more likely to have received a retrobulbar block.
9  operative times, and with having received a retrobulbar block.
10             Although certain methods such as retrobulbar blocks are used extensively, improvements in
11 aditional distinction between peribulbar and retrobulbar blocks may not be as clear-cut as previously
12                                              Retrobulbar blocks, although widely used, still have pot
13 lens opacity, vascular and lipid factors and retrobulbar blood flow parameters in type-1 diabetic (DM
14 l epinephrine has little or no effect on the retrobulbar circulation, whereas retrobulbar injection o
15 c nerve head, and on retinal, choroidal, and retrobulbar circulation.
16 n the average optic nerve diameter along its retrobulbar course.
17  some lymphocytes in the fat adjacent to the retrobulbar depot after six daily injections of IFN alph
18 FN alpha-2a diffuses into the choroid from a retrobulbar depot in significant amounts.
19                                  Decrease in retrobulbar diameter of the optic nerve was smaller in t
20  factors may play a vasoconstrictive role in retrobulbar endotheliopathy.
21 a subperiostal mass-like lesion in the right retrobulbar-extraconal region which was compatible with
22                                          The retrobulbar fat volume was 5.4 +/- 1.6 cm(3) in controls
23 dditional case displayed inflammation of the retrobulbar fat.
24 al trauma: traumatic optic neuropathy (TON), retrobulbar haemorrhage (RBH) and penetrating eye injury
25 ocaine with epinephrine significantly alters retrobulbar hemodynamics in the monkey eye.
26               The serum concentration from a retrobulbar injection is < 1% of the choroidal concentra
27 centration IFN alpha-2a in the choroid after retrobulbar injection occurred at 2 hours and averaged 3
28 o performed at baseline and 30 minutes after retrobulbar injection of 2% lidocaine, with or without 1
29 fect on the retrobulbar circulation, whereas retrobulbar injection of anesthetic solution containing
30 n the retrobulbar arterial circulation after retrobulbar injection of lidocaine with epinephrine.
31 al posterior ciliary artery (P < 0.02) after retrobulbar injection of lidocaine with epinephrine.
32  axon transport with lidocaine at either the retrobulbar level (2 muL, 40 mug/muL) or at level of the
33                                          The retrobulbar muscle volume was 2.1 +/- 0.5 cm(3) (mean +/
34  a lamina cribrosa), and exited the inferior retrobulbar optic nerve adjacent to the posterior of the
35                  ONH mRNA was extracted, and retrobulbar optic nerve cross-sections were graded for a
36 es are continuous with those of the neck and retrobulbar optic nerve head.
37 sitive method of detecting subtle changes in retrobulbar optic nerve size and can be useful in the in
38 s of GC axons, confirmed at the level of the retrobulbar optic nerve.
39 unmyelinated optic nerve head and myelinated retrobulbar optic nerve.
40                   ONHs were removed, and the retrobulbar optic nerves were graded for degeneration.
41 ocular injections: posterior subtenon (PST), retrobulbar (RB), and subconjunctival (SC) injection.
42                                          The retrobulbar route to the choroid may be optimal for test
43 units of IFN alpha-2a were injected into the retrobulbar space of the eyes of 17 rabbits, and choroid
44 ies address the therapy of TAO, ranging from retrobulbar to oral to intravenous glucocorticoids, alon
45 eye and in 37 out of 45 lacquer cracks (82%) retrobulbar vessels were found to perforate the sclera a

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