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Gastric Electrical Stimulation Research Studies

Investigators

12144-Choi, Jennifer

Jennifer N. Choi, MD

Associate Professor of Clinical Surgery

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14689-Selzer, Don

Don J. Selzer, MD

Willis D. Gatch Professor of Surgery

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37976-Ward, Matthew

Matthew P. Ward, PhD

Adjunct Assistant Professor of Medicine

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16009-Nakeeb, Attila

Attila Nakeeb, MD

Professor of Surgery

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5155-Siwiec, Robert

Robert M. Siwiec, MD, MS

Assistant Professor of Clinical Medicine

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5144-Wo, John

John M. Wo, MD

Douglas Rex Professor of Gastroenterology and Hepatology

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4915-Nowak, Thomas

Thomas V. Nowak, MD

Professor of Clinical Medicine

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5084-Wittles, Joel

Joel M. Wittles, MD

Associate Professor of Clinical Medicine

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Open Research Studies for Gastric Electrical Stimulation

Surgical gastric electric stimulation for the treatment of chronic intractable nausea and vomiting from diabetic or idiopathic gastroparesis

Enrolling: Yes

Principle Investigator: John M. Wo, MD

Duration: 5 years

Primary Outcomes Measured: Gastroparesis Symptoms Scores

Secondary Outcomes Measured: Quality of Life

Interested in this study? Please contact the coordinator below:

Megan Jarrett
mrattin@iu.edu
(317) 278-0695

View the study on clinicaltrials.gov

Cardiac vagal effects of GES in patients with gastroparesis and vagal nerve action potentials in vagus nerve (funded by SPARC (Stimulating Peripheral Activity to Relieve Conditions). Alteration of GI hormones by Gastric Electrical Stimulation

Enrolling: Yes

Principle Investigator: Thomas Nowak

Duration:

Primary Outcomes Measured:

Secondary Outcomes Measured:

Interested in this study? Please contact the coordinator below:
Anita Gupta
anigupta@iu.edu
(317) 948-9227

View the study on clinicaltrials.gov

Cardiac Vagal Effects of Gastric Electrical Stimulation and Vagal Nerve Action Potentials in Vagus nerve in Patients with Gastroparesis- Randomized Phase

Enrolling: Yes

Principle Investigator: Thomas Nowak, MD

Duration: TBD

Primary Outcomes Measured:The objective of this study is to determine if GES may influence vagal outflow via vagal afferent fibers that terminate in the Central Nervous System (CNS).

Secondary Outcomes Measured:To determine whether programming the GES device to produce optimal CNAPs results in better resolution of symptoms than empiric increases in stimulus current and frequency. 

Interested in this study? Please contact the coordinator below

Anita Gupta

317-278-0406
anitgupta@iu.edu