ensite precision Search Results


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Previous cohort studies of catheter ablation for neurally mediated syncope.
Fractionation Mapping Software Ensite Precision, supplied by Abbott Laboratories, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Previous cohort studies of catheter ablation for neurally mediated syncope.
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<t>EnSite</t> Precision (Abbott, St Paul, <t>MN)</t> <t>cavotricuspid</t> isthmus (CTI) voltage map (caudal view, 6 o'clock). Left: Minielectrodes (Turbo map; 255 points); Right: Conventional bipolar signals (196 points). Visual electroanatomical classification of the CTI into 3 longitudinal levels (inferolateral, central, and paraseptal isthmus) and 5 transversal segments (from 1 = anterior myocardial vestibule near tricuspid valve annulus to 5 = posterior membranous sector adjacent to the Eustachian valve and inferior vena cava). Purple indicates a local amplitude ≥70% of the individual maximum CTI voltage. The bipolar map on the right shows a single high-voltage bundle (segments C3/L3). Ablating this site did not delay local conduction. The minielectrode map (left) visualized much better the complex architecture showing 2 parallel conducting bundles and an additional oblique connection. Energy delivery at the oblique bundle delayed local conduction. Additional ablation at the second inferoseptal exit (segment S2) resulted in bidirectional conduction block (total ablation time 260 seconds). Yellow line = CTI length.
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<t>EnSite</t> Precision (Abbott, St Paul, <t>MN)</t> <t>cavotricuspid</t> isthmus (CTI) voltage map (caudal view, 6 o'clock). Left: Minielectrodes (Turbo map; 255 points); Right: Conventional bipolar signals (196 points). Visual electroanatomical classification of the CTI into 3 longitudinal levels (inferolateral, central, and paraseptal isthmus) and 5 transversal segments (from 1 = anterior myocardial vestibule near tricuspid valve annulus to 5 = posterior membranous sector adjacent to the Eustachian valve and inferior vena cava). Purple indicates a local amplitude ≥70% of the individual maximum CTI voltage. The bipolar map on the right shows a single high-voltage bundle (segments C3/L3). Ablating this site did not delay local conduction. The minielectrode map (left) visualized much better the complex architecture showing 2 parallel conducting bundles and an additional oblique connection. Energy delivery at the oblique bundle delayed local conduction. Additional ablation at the second inferoseptal exit (segment S2) resulted in bidirectional conduction block (total ablation time 260 seconds). Yellow line = CTI length.
Ensite Precision Version 2.0.1, supplied by St Jude Medical, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Abbott Laboratories ensite precision tm 3-d impedance-based mapping system
<t>EnSite</t> Precision (Abbott, St Paul, <t>MN)</t> <t>cavotricuspid</t> isthmus (CTI) voltage map (caudal view, 6 o'clock). Left: Minielectrodes (Turbo map; 255 points); Right: Conventional bipolar signals (196 points). Visual electroanatomical classification of the CTI into 3 longitudinal levels (inferolateral, central, and paraseptal isthmus) and 5 transversal segments (from 1 = anterior myocardial vestibule near tricuspid valve annulus to 5 = posterior membranous sector adjacent to the Eustachian valve and inferior vena cava). Purple indicates a local amplitude ≥70% of the individual maximum CTI voltage. The bipolar map on the right shows a single high-voltage bundle (segments C3/L3). Ablating this site did not delay local conduction. The minielectrode map (left) visualized much better the complex architecture showing 2 parallel conducting bundles and an additional oblique connection. Energy delivery at the oblique bundle delayed local conduction. Additional ablation at the second inferoseptal exit (segment S2) resulted in bidirectional conduction block (total ablation time 260 seconds). Yellow line = CTI length.
Ensite Precision Tm 3 D Impedance Based Mapping System, supplied by Abbott Laboratories, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Abbott Laboratories ensite precision last deflection
<t>EnSite</t> Precision (Abbott, St Paul, <t>MN)</t> <t>cavotricuspid</t> isthmus (CTI) voltage map (caudal view, 6 o'clock). Left: Minielectrodes (Turbo map; 255 points); Right: Conventional bipolar signals (196 points). Visual electroanatomical classification of the CTI into 3 longitudinal levels (inferolateral, central, and paraseptal isthmus) and 5 transversal segments (from 1 = anterior myocardial vestibule near tricuspid valve annulus to 5 = posterior membranous sector adjacent to the Eustachian valve and inferior vena cava). Purple indicates a local amplitude ≥70% of the individual maximum CTI voltage. The bipolar map on the right shows a single high-voltage bundle (segments C3/L3). Ablating this site did not delay local conduction. The minielectrode map (left) visualized much better the complex architecture showing 2 parallel conducting bundles and an additional oblique connection. Energy delivery at the oblique bundle delayed local conduction. Additional ablation at the second inferoseptal exit (segment S2) resulted in bidirectional conduction block (total ablation time 260 seconds). Yellow line = CTI length.
Ensite Precision Last Deflection, supplied by Abbott Laboratories, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Abbott Laboratories ensite precision research software
<t>EnSite</t> Precision (Abbott, St Paul, <t>MN)</t> <t>cavotricuspid</t> isthmus (CTI) voltage map (caudal view, 6 o'clock). Left: Minielectrodes (Turbo map; 255 points); Right: Conventional bipolar signals (196 points). Visual electroanatomical classification of the CTI into 3 longitudinal levels (inferolateral, central, and paraseptal isthmus) and 5 transversal segments (from 1 = anterior myocardial vestibule near tricuspid valve annulus to 5 = posterior membranous sector adjacent to the Eustachian valve and inferior vena cava). Purple indicates a local amplitude ≥70% of the individual maximum CTI voltage. The bipolar map on the right shows a single high-voltage bundle (segments C3/L3). Ablating this site did not delay local conduction. The minielectrode map (left) visualized much better the complex architecture showing 2 parallel conducting bundles and an additional oblique connection. Energy delivery at the oblique bundle delayed local conduction. Additional ablation at the second inferoseptal exit (segment S2) resulted in bidirectional conduction block (total ablation time 260 seconds). Yellow line = CTI length.
Ensite Precision Research Software, supplied by Abbott Laboratories, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


Previous cohort studies of catheter ablation for neurally mediated syncope.

Journal: International Journal of Molecular Sciences

Article Title: Ganglionated Plexus Ablation Procedures to Treat Vasovagal Syncope

doi: 10.3390/ijms241713264

Figure Lengend Snippet: Previous cohort studies of catheter ablation for neurally mediated syncope.

Article Snippet: Fractionation mapping software (Ensite Precision, Abbott https://www.cardiovascular.abbott/us/en/hcp/products/electrophysiology/mapping-systems/ensite.html , accessed on 6 August 2023) , 18 (M) , VVS , LA, RA , NR , NR , NR , NR , 2021 [ ] .

Techniques: Biomarker Discovery, Functional Assay, Fractionation, Blocking Assay

Previous case studies of catheter ablation for neurally mediated syncope.

Journal: International Journal of Molecular Sciences

Article Title: Ganglionated Plexus Ablation Procedures to Treat Vasovagal Syncope

doi: 10.3390/ijms241713264

Figure Lengend Snippet: Previous case studies of catheter ablation for neurally mediated syncope.

Article Snippet: Fractionation mapping software (Ensite Precision, Abbott https://www.cardiovascular.abbott/us/en/hcp/products/electrophysiology/mapping-systems/ensite.html , accessed on 6 August 2023) , 18 (M) , VVS , LA, RA , NR , NR , NR , NR , 2021 [ ] .

Techniques: Biomarker Discovery, Fractionation, Software

EnSite Precision (Abbott, St Paul, MN) cavotricuspid isthmus (CTI) voltage map (caudal view, 6 o'clock). Left: Minielectrodes (Turbo map; 255 points); Right: Conventional bipolar signals (196 points). Visual electroanatomical classification of the CTI into 3 longitudinal levels (inferolateral, central, and paraseptal isthmus) and 5 transversal segments (from 1 = anterior myocardial vestibule near tricuspid valve annulus to 5 = posterior membranous sector adjacent to the Eustachian valve and inferior vena cava). Purple indicates a local amplitude ≥70% of the individual maximum CTI voltage. The bipolar map on the right shows a single high-voltage bundle (segments C3/L3). Ablating this site did not delay local conduction. The minielectrode map (left) visualized much better the complex architecture showing 2 parallel conducting bundles and an additional oblique connection. Energy delivery at the oblique bundle delayed local conduction. Additional ablation at the second inferoseptal exit (segment S2) resulted in bidirectional conduction block (total ablation time 260 seconds). Yellow line = CTI length.

Journal: Heart Rhythm O2

Article Title: Minielectrode catheter technology for near zero-fluoroscopy substrate-guided ablation of typical atrial flutter

doi: 10.1016/j.hroo.2021.03.010

Figure Lengend Snippet: EnSite Precision (Abbott, St Paul, MN) cavotricuspid isthmus (CTI) voltage map (caudal view, 6 o'clock). Left: Minielectrodes (Turbo map; 255 points); Right: Conventional bipolar signals (196 points). Visual electroanatomical classification of the CTI into 3 longitudinal levels (inferolateral, central, and paraseptal isthmus) and 5 transversal segments (from 1 = anterior myocardial vestibule near tricuspid valve annulus to 5 = posterior membranous sector adjacent to the Eustachian valve and inferior vena cava). Purple indicates a local amplitude ≥70% of the individual maximum CTI voltage. The bipolar map on the right shows a single high-voltage bundle (segments C3/L3). Ablating this site did not delay local conduction. The minielectrode map (left) visualized much better the complex architecture showing 2 parallel conducting bundles and an additional oblique connection. Energy delivery at the oblique bundle delayed local conduction. Additional ablation at the second inferoseptal exit (segment S2) resulted in bidirectional conduction block (total ablation time 260 seconds). Yellow line = CTI length.

Article Snippet: EnSite Precision (Abbott, St Paul, MN) cavotricuspid isthmus (CTI) voltage map (caudal view, 6 o'clock).

Techniques: Blocking Assay

Voltage-guided ablation, complex cavotricuspid isthmus (CTI) electroanatomy, zero-fluoroscopy. A: EnSite Precision (Abbott, St Paul, MN) map during CTI-dependent atrial flutter, caudal view, 6 o'clock. Left: conventional bipolar voltage-AutoMap showing a single conduction pathway ( white borders ) with a central high-voltage area of 8 mm 2 (segments C3/4, maximum voltage [MV] 7 mV, blue borders). Right: Minielectrode-TurboMap showing an additional conductive bundle in the more anterior segments 2 (MV 8.2 mV, black borders) and the bundle connection. B: Treatment: Initial ablation of the central bundle prolonged the cycle length and terminated the flutter but without bidirectional conduction block (BCB). Successively targeting the anterior pathway resulted in BCB ( turquoise dot ). Left: right anterior oblique view; right: caudal view, 6 o'clock. Yellow dots = His bundle; inferior brown dots = CTI length; cranial brown dot = patent foramen ovale.

Journal: Heart Rhythm O2

Article Title: Minielectrode catheter technology for near zero-fluoroscopy substrate-guided ablation of typical atrial flutter

doi: 10.1016/j.hroo.2021.03.010

Figure Lengend Snippet: Voltage-guided ablation, complex cavotricuspid isthmus (CTI) electroanatomy, zero-fluoroscopy. A: EnSite Precision (Abbott, St Paul, MN) map during CTI-dependent atrial flutter, caudal view, 6 o'clock. Left: conventional bipolar voltage-AutoMap showing a single conduction pathway ( white borders ) with a central high-voltage area of 8 mm 2 (segments C3/4, maximum voltage [MV] 7 mV, blue borders). Right: Minielectrode-TurboMap showing an additional conductive bundle in the more anterior segments 2 (MV 8.2 mV, black borders) and the bundle connection. B: Treatment: Initial ablation of the central bundle prolonged the cycle length and terminated the flutter but without bidirectional conduction block (BCB). Successively targeting the anterior pathway resulted in BCB ( turquoise dot ). Left: right anterior oblique view; right: caudal view, 6 o'clock. Yellow dots = His bundle; inferior brown dots = CTI length; cranial brown dot = patent foramen ovale.

Article Snippet: EnSite Precision (Abbott, St Paul, MN) cavotricuspid isthmus (CTI) voltage map (caudal view, 6 o'clock).

Techniques: Blocking Assay