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1 ing 10 mL of either cold or room temperature injectate.
2 ac output was measured with room temperature Injectate.
3 vel of electrical conductivity of the biogel injectates.
4 oversy, we examined the effects of 5 mL iced injectate (0 degrees to 4 degrees) infusions on cardiody
5                 All procedures used the same injectate (2 mL corticosteroid, 3 mL contrast agent).
6 resent with some limitations such as type of injectate and difficulty for measuring acute, dynamic ph
7 of EC-ethanol for spatiotemporal analysis of injectate distribution, demonstrating its translational
8                                     Epidural injectate flow is highly variable, both among patients a
9       Vertebral level, needle placement, and injectate flow patterns were determined from procedural
10            Thus, the use of iced temperature injectate for cardiac output determination is still a vi
11                             Iced temperature injectate gives a higher signal/noise ratio and less var
12                Advocates of room temperature injectate have suggested that iced temperature injectate
13 ignificant effect seen with iced temperature injectate infusion was a small, transient decrease in he
14 ed at baseline (just before iced temperature injectate infusion) and every 3 sec for 9 secs.
15 jectate have suggested that iced temperature injectate may perturb cardiodynamics.
16                                              Injectate reached most cranial in specimens treated with
17                            The use of cooled injectate reduced the mean error of the dual thermistor
18 ssociated with direct tumor injection limits injectate retention, as low viscosity, saline-based solu
19           Purpose To determine the extent of injectate spread at CT fluoroscopy-guided CILESI, with p
20                                              Injectate spread was objectified using computed tomograp
21 ent (S-FICB-H) on ON involvement and cranial injectate spread was studied in this radiological cadave
22             Involvement may require that the injectate spreads deep in the cranial direction, and mig
23 nterlaminar epidural steroid injections have injectate spreads with a mean of less than one level cra
24       Controversy exists regarding the ideal injectate temperature for measuring cardiac output.
25 ng a second thermistor positioned to measure injectate temperature in vivo just prior to entry into t
26 ill a viable alternative to room temperature injectate use, especially when a larger signal/noise rat
27                             Iced temperature injectate used in clinically relevant volumes causes tra
28                                     A higher injectate volume and use of concurrent prophylaxis may b
29                                       Higher injectate volumes may improve likelihood of response, an
30    Even with ambient temperature injections, injectate warming during catheter transit varied conside
31 ac output with 10 mL of cold (0-5 degrees C) injectate was unchanged by pneumatic compression (off, 7
32                  MR fluoroscopic guidance of injectates was successful in both groups.
33  transient pain during the administration of injectate, which were resolved by the termination of the