Pre-hospital screening of stroke patients for thrombolysis reduces delay to CT scanning and treatment
Pre-hospital screening of stroke patients for thrombolysis reduces delay to CT scanning and treatment
Introduction: for stroke thrombolysis, reducing the delay to CT scanning and treatment is crucial in maximising the potential benefit of the treatment. We explored the effects of pre-hospital screening of stroke patients for thrombolysis and direct door-to-CT protocol on delays in CT scanning and treatment.
Method: since 8/2009, paramedics in Bournemouth began using a new protocol of on-scene FAST and ROSIER scoring plus screening patients for eligibility for thrombolysis. Potentially eligible patients were taken directly to the CT scanner on arrival; neurological assessment took place after CT scan. We compared door-to-CT (D-CT) and door-to-needle (D-N) delays since the introduction of the new protocol, exploring any differences between those arriving within office hours (Monday-Friday 9am–5pm) and outside office hours.
Results: between 8/2009–2/2010, 22 patients were thrombolysed within office hours (9 via new protocol, 13 via traditional protocol) - new protocol patients had significantly lower median D-CT delay (10 vs. 45 min) and D-N delay (40 vs. 113 min). In the same period, 12 patients were thrombolysed outside office hours (5 via new protocol, 7 via traditional protocol) – new protocol patients had significantly lower median D-CT delay (30 vs. 75 min) and D-N delay (65 vs. 95 min). These results compared favourably with UK overall (D-CT 32 min, D-N 65 min), and international centres overall (D-CT 24 min, D-N 65 min). No inappropriate transfer was identified.
Conclusion: pre-hospital screening of stroke patients for thrombolysis and direct door-to-CT protocol can significantly reduce delay to CT and treatment, both within and outside office hours.
Kwan, J.
2f6e316b-60bc-48a4-8b96-464b965ea6a5
Marigold, R.
23c9f4cc-a1da-41a0-84bd-8e1aee91ed78
South, A.
41907921-0218-4eed-9895-587b2ca865fc
Hennesey, N.
9fd4ca05-67e1-44f1-89a1-220a263e5470
Kwan, J.
2f6e316b-60bc-48a4-8b96-464b965ea6a5
Marigold, R.
23c9f4cc-a1da-41a0-84bd-8e1aee91ed78
South, A.
41907921-0218-4eed-9895-587b2ca865fc
Hennesey, N.
9fd4ca05-67e1-44f1-89a1-220a263e5470
Kwan, J., Marigold, R., South, A. and Hennesey, N.
(2010)
Pre-hospital screening of stroke patients for thrombolysis reduces delay to CT scanning and treatment.
International Journal of Stroke, 5 (3), [007].
(doi:10.1111/j.1747-4949.2010.00492.x).
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Meeting abstract
Abstract
Introduction: for stroke thrombolysis, reducing the delay to CT scanning and treatment is crucial in maximising the potential benefit of the treatment. We explored the effects of pre-hospital screening of stroke patients for thrombolysis and direct door-to-CT protocol on delays in CT scanning and treatment.
Method: since 8/2009, paramedics in Bournemouth began using a new protocol of on-scene FAST and ROSIER scoring plus screening patients for eligibility for thrombolysis. Potentially eligible patients were taken directly to the CT scanner on arrival; neurological assessment took place after CT scan. We compared door-to-CT (D-CT) and door-to-needle (D-N) delays since the introduction of the new protocol, exploring any differences between those arriving within office hours (Monday-Friday 9am–5pm) and outside office hours.
Results: between 8/2009–2/2010, 22 patients were thrombolysed within office hours (9 via new protocol, 13 via traditional protocol) - new protocol patients had significantly lower median D-CT delay (10 vs. 45 min) and D-N delay (40 vs. 113 min). In the same period, 12 patients were thrombolysed outside office hours (5 via new protocol, 7 via traditional protocol) – new protocol patients had significantly lower median D-CT delay (30 vs. 75 min) and D-N delay (65 vs. 95 min). These results compared favourably with UK overall (D-CT 32 min, D-N 65 min), and international centres overall (D-CT 24 min, D-N 65 min). No inappropriate transfer was identified.
Conclusion: pre-hospital screening of stroke patients for thrombolysis and direct door-to-CT protocol can significantly reduce delay to CT and treatment, both within and outside office hours.
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e-pub ahead of print date: 5 November 2010
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Local EPrints ID: 492367
URI: http://eprints.soton.ac.uk/id/eprint/492367
ISSN: 1747-4930
PURE UUID: 703f0877-aa6f-4779-b256-08fde3074d15
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Date deposited: 25 Jul 2024 16:38
Last modified: 25 Jul 2024 16:41
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Author:
J. Kwan
Author:
R. Marigold
Author:
A. South
Author:
N. Hennesey
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