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Fluoroscopy‐assisted epidural catheter placement: an exploratory analysis of 303 pre‐operative epidurograms
Author(s) -
Yeager M. P.,
Bae E. E.,
Parra M. C.,
Barr P. A.,
Bonham A. K.,
Sites B. D.
Publication year - 2016
Publication title -
acta anaesthesiologica scandinavica
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.738
H-Index - 107
eISSN - 1399-6576
pISSN - 0001-5172
DOI - 10.1111/aas.12649
Subject(s) - medicine , catheter , fluoroscopy , surgery , anesthesia , epidural space
Background Epidural catheters that are placed for post‐operative analgesia have a significant failure rate in the first 24 hours. Beginning in 2011, we have used fluoroscopic guidance to place all non‐obstetrical epidural catheters. In this retrospective analysis, we hypothesized that the characteristics of dye distribution on an epidurogram obtained immediately after catheter placement would predict clinical catheter function after surgery. Methods The epidurograms and medical records of 303 consecutive patients who had epidural catheters placed for post‐operative analgesia were reviewed. We extracted data on epidural dye distribution on the epidurograms and compared these results to the clinical function of the epidural catheters assessed on post‐operative day 1 ( POD 1). Results The three‐dimensional pattern of epidural dye distribution (cephalad–caudad, right–left, anterior–posterior) had significant correlations with clinical function of an epidural catheter after surgery. Increased cephalad–caudad and anterior dye spread both correlated with decreased epidural solution infusion rates on POD 1, whereas right‐ or left‐sided dye distribution correlated with unilateral sensory deficits. A higher catheter placement on the neuraxis correlated with lower pain scores after thoracic surgery. Conclusions An epidurogram obtained immediately after epidural catheter placement may have clinical utility for predicting clinical function of the catheter after surgery.