Rod Passman

Northwestern Medicine

Author of 4 ePosters

 eCatalog Module
Basic/Translational Science -> Whole Animal Electrophysiology and Pharmacology (includes Neurohumoral Modulation) D-BT01 - Cardiac Electrophysiology Society (CES): Lunch and Young Investigator Award Poster Session (ID 41) Special Session

D-BT01-12 - Reactive Oxygen Species Contribute To Frequency Characteristics In Atrial Fibrillation - A New Mechanism Underlying Maintenance Of Atrial Fibrillation? (ID 855)

Authors
Disclosure
 M. Rottmann: Nothing relevant to disclose.
Audio File Upload
Basic/Translational Science -> Whole Animal Electrophysiology and Pharmacology (includes Neurohumoral Modulation) D-BT01 - Cardiac Electrophysiology Society (CES): Lunch and Young Investigator Award Poster Session (ID 41) Special Session

D-BT01-18 - Acute Scavenging Of Reactive Oxygen Species Significantly Reduces Af Frequency At Discrete And Measureable ‘Hot Spots’ In The Atria - A Potential New Target For Af Ablation? (ID 857)

Authors
Disclosure
 M. Rottmann: Nothing relevant to disclose.
Audio File Upload
Basic/Translational Science -> Whole Animal Electrophysiology and Pharmacology (includes Neurohumoral Modulation) D-PO06 - Poster Session VI (ID 26) Poster

D-PO06-005 - Reactive Oxygen Species Contribute To Frequency Characteristics In Atrial Fibrillation - A New Mechanism Underlying Maintenance Of Atrial Fibrillation? (ID 1338)

Authors
Disclosure
 M. Rottmann: Nothing relevant to disclose.
Audio File Upload
Basic/Translational Science -> Whole Animal Electrophysiology and Pharmacology (includes Neurohumoral Modulation) D-PO06 - Poster Session VI (ID 26) Poster

D-PO06-015 - Acute Scavenging Of Reactive Oxygen Species Significantly Reduces Af Frequency At Discrete And Measureable ‘Hot Spots’ In The Atria - A Potential New Target For Af Ablation? (ID 1342)

Authors
Disclosure
 M. Rottmann: Nothing relevant to disclose.
Audio File Upload