FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1978190056> ?p ?o ?g. }

• W1978190056 endingPage "163" @default.
• W1978190056 startingPage "154" @default.
• W1978190056 abstract "Background Atrioventricular nodal reentrant tachycardia (AVNRT) is the most common supraventricular tachycardia in adulthood. Although selective ablation of the slow AV nodal pathway can cure AVNRT, accidental AV block may occur. The details on the electrophysiologic characteristics, quantitative data on the voltage inside Koch's triangle, and the use of three-dimensional noncontact mapping to facilitate the catheter ablation of AVNRT associated with a high-risk for AV block or other arrhythmias have been limited. Methods and results Nine patients (M/F=5/4, 34±23 years, range 17–76) with clinically documented AVNRT were included. All patients had undergone previous sessions for slow AV nodal pathway ablation but they had failed, because of repetitive episodes of complete AV block during the RF energy applications. Further, one patient had a complex anatomy and 4 patients were associated with other tachycardias, respectively. The electrophysiologic studies revealed that 4 patients had the slow–fast, 4 the slow–intermediate and one the fast–intermediate form of AVNRT. Noncontact mapping demonstrated two types of antegrade AV nodal conduction, markedly differing sites of the earliest atrial activation during retrograde VA conduction, and a lower range of voltage within Koch's triangle. The lowest border of the retrograde conduction region was defined on the map, and the application of the RF energy was delivered below that border to prevent the occurrence of AV block. The distance between the successful ablation lesions and the lowest border of the retrograde conduction region was significantly shorter in the patients with the slow–intermediate form of AVNRT than in those with the slow–fast form (5.5±3.4 vs. 15±7.6 mm; p<0.05). After the ablation procedure, either rapid pacing or extrastimulation could not induce any tachycardia, and there was no recurrence during the follow-up (10.3±5.4, 2 to 22 months). Conclusions Noncontact mapping could effectively demonstrate the antegrade and retrograde atrionodal conduction patterns, electrophysiologic characteristics of Koch's triangle, and guide the successful catheter ablation in difficult AVNRT cases." @default.
• W1978190056 created "2016-06-24" @default.
• W1978190056 creator A5008881972 @default.
• W1978190056 creator A5010092352 @default.
• W1978190056 creator A5013155980 @default.
• W1978190056 creator A5020021864 @default.
• W1978190056 creator A5043702490 @default.
• W1978190056 creator A5050762918 @default.
• W1978190056 creator A5065801897 @default.
• W1978190056 creator A5070376025 @default.
• W1978190056 creator A5077839415 @default.
• W1978190056 creator A5087060165 @default.
• W1978190056 date "2007-05-01" @default.
• W1978190056 modified "2023-10-18" @default.
• W1978190056 title "Noncontact three-dimensional mapping guides catheter ablation of difficult atrioventricular nodal reentrant tachycardia" @default.
• W1978190056 cites W1507354496 @default.
• W1978190056 cites W1975026957 @default.
• W1978190056 cites W1979280430 @default.
• W1978190056 cites W1982276367 @default.
• W1978190056 cites W1985799453 @default.
• W1978190056 cites W1986090575 @default.
• W1978190056 cites W1987797480 @default.
• W1978190056 cites W1993382175 @default.
• W1978190056 cites W2003888182 @default.
• W1978190056 cites W2006298708 @default.
• W1978190056 cites W2018748745 @default.
• W1978190056 cites W2026716334 @default.
• W1978190056 cites W2034592865 @default.
• W1978190056 cites W2038808293 @default.
• W1978190056 cites W2043472762 @default.
• W1978190056 cites W2045985349 @default.
• W1978190056 cites W2062221721 @default.
• W1978190056 cites W2062561980 @default.
• W1978190056 cites W2068944135 @default.
• W1978190056 cites W2069174834 @default.
• W1978190056 cites W2073158054 @default.
• W1978190056 cites W2076252044 @default.
• W1978190056 cites W2122382358 @default.
• W1978190056 cites W2138360228 @default.
• W1978190056 cites W2153375239 @default.
• W1978190056 cites W2163092212 @default.
• W1978190056 cites W2323574515 @default.
• W1978190056 doi "https://doi.org/10.1016/j.ijcard.2006.08.003" @default.
• W1978190056 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17023073" @default.
• W1978190056 hasPublicationYear "2007" @default.
• W1978190056 type Work @default.
• W1978190056 sameAs 1978190056 @default.
• W1978190056 citedByCount "7" @default.
• W1978190056 countsByYear W19781900562014 @default.
• W1978190056 countsByYear W19781900562016 @default.
• W1978190056 countsByYear W19781900562017 @default.
• W1978190056 countsByYear W19781900562021 @default.
• W1978190056 crossrefType "journal-article" @default.
• W1978190056 hasAuthorship W1978190056A5008881972 @default.
• W1978190056 hasAuthorship W1978190056A5010092352 @default.
• W1978190056 hasAuthorship W1978190056A5013155980 @default.
• W1978190056 hasAuthorship W1978190056A5020021864 @default.
• W1978190056 hasAuthorship W1978190056A5043702490 @default.
• W1978190056 hasAuthorship W1978190056A5050762918 @default.
• W1978190056 hasAuthorship W1978190056A5065801897 @default.
• W1978190056 hasAuthorship W1978190056A5070376025 @default.
• W1978190056 hasAuthorship W1978190056A5077839415 @default.
• W1978190056 hasAuthorship W1978190056A5087060165 @default.
• W1978190056 hasConcept C126322002 @default.
• W1978190056 hasConcept C164705383 @default.
• W1978190056 hasConcept C2776024998 @default.
• W1978190056 hasConcept C2776131983 @default.
• W1978190056 hasConcept C2776934708 @default.
• W1978190056 hasConcept C2777720157 @default.
• W1978190056 hasConcept C2778557577 @default.
• W1978190056 hasConcept C2778902805 @default.
• W1978190056 hasConcept C2780283014 @default.
• W1978190056 hasConcept C71924100 @default.
• W1978190056 hasConcept C83330619 @default.
• W1978190056 hasConceptScore W1978190056C126322002 @default.
• W1978190056 hasConceptScore W1978190056C164705383 @default.
• W1978190056 hasConceptScore W1978190056C2776024998 @default.
• W1978190056 hasConceptScore W1978190056C2776131983 @default.
• W1978190056 hasConceptScore W1978190056C2776934708 @default.
• W1978190056 hasConceptScore W1978190056C2777720157 @default.
• W1978190056 hasConceptScore W1978190056C2778557577 @default.
• W1978190056 hasConceptScore W1978190056C2778902805 @default.
• W1978190056 hasConceptScore W1978190056C2780283014 @default.
• W1978190056 hasConceptScore W1978190056C71924100 @default.
• W1978190056 hasConceptScore W1978190056C83330619 @default.
• W1978190056 hasIssue "2" @default.
• W1978190056 hasLocation W19781900561 @default.
• W1978190056 hasLocation W19781900562 @default.
• W1978190056 hasOpenAccess W1978190056 @default.
• W1978190056 hasPrimaryLocation W19781900561 @default.
• W1978190056 hasRelatedWork W1978190056 @default.
• W1978190056 hasRelatedWork W1984287069 @default.
• W1978190056 hasRelatedWork W1988670146 @default.
• W1978190056 hasRelatedWork W1998168892 @default.
• W1978190056 hasRelatedWork W2102232903 @default.
• W1978190056 hasRelatedWork W2138593215 @default.
• W1978190056 hasRelatedWork W2323574515 @default.
• W1978190056 hasRelatedWork W2399751820 @default.

• next