Do not show category name
Off

Acar Tamersoy, MS

Acar
Tamersoy
MS

2010 – 2011

Acar Tameroy, MS - Vanderbilt University School of Medicine, Dept of Biomedical Informatics, Masters Thesis completed 2011, member

Publications

Awards

Symantec Research Labs Graduate Fellowship 2014-2015

Dilek Sabanci Scholarship 2007-2009

Acar Tamersoy, M.S.

PhD Student in Computer Science, Georgia Institute of Technology

Now: Assistant CMIO, Duke University

 

TamersoyAcarMS

Genie McPeek Hinz, MD, MS

Genie
McPeek Hinz
MD, MS
Masters Thesis committee (chair)
Vanderbilt University School of Medicine, Dept of Biomedical Informatics

Eugenia R. McPeek Hinz, M.D.

Associate Chief Health Information Officer

Dr. McPeek Hinz is Associate Chief Health Information Officer for Duke University Health System. She completed medical training at the Medical College of Virginia in Richmond Virginia and residency in Internal Medicine/Pediatrics at the Cleveland Clinic. After residency she stayed on at the Cleveland Clinic as a primary care physician at the Strongsville Family Health Center. In 2001 she became an early adopter of EpicCare subsequently training and sharing her knowledge of Epic first as a Physician Documentation Specialist and then Director of Clinical Informatics. Desiring to learn more about Clinical Informatics she completed a Master of Science in Biomedical Informatics at Vanderbilt University. Subsequently she joined the Duke University team in 2012 helping with the MaestroCare implementation. Dr. McPeek Hinz leads the 16 Physician Champions, four Provider Concierge Specialists as well as chairing the Provider Optimization Council that oversees the optimization process. She is a well-versed Epic builder interested in supporting the cognitive processing of providers within the framework of effective easily usable presentation of clinical data to support efficient electronic health record use.

For the past year and a half Dr McPeek Hinz has worked with Ed Hammond, PhD in the Duke Center for Clinical Informatics on a DOD grant on Data Visualization. That work led to a paper presented this past year at the AMIA preconference workshop on Visual Analytics in Healthcare titled “Temporal Visualization of Diabetes Mellitus via Hemoglobin A1c.” Research interests include Natural Language Processing in association with provider documentation, data visualization of clinical disease phenotypes and risk stratification models for ambulatory populations.

McPeek HinzGenieMD, MS

Anne Elizabeth Eyler, MD, MS

Anne
Elizabeth
Eyler
MD, MS
Assistant Professor
Rheumatology

Dr. Anne Eyler is a rheumatologist in Nashville, Tennessee and is affiliated with multiple hospitals in the area, including Tennessee Valley Healthcare System and Vanderbilt Hospital and Clinics. She received her medical degree from Vanderbilt University School of Medicine and has been in practice for 9 years. She is one of 4 doctors at Tennessee Valley Healthcare System and one of 19 at Vanderbilt Hospital and Clinics who specialize in Rheumatology.

Specialty: Rheumatology

Rheumatologists diagnose and treat arthritis, rheumatoid arthritis, scleroderma, systemic lupus erythematosis, Kawasaki Disease and other rheumatic diseases of the joints, soft tissue, and connective tissue. Many of these conditions are the result of autoimmune disorders.

 

Hospital Affiliations:

Northcrest Medical Center 
100 Northcrest Dr, Springfield, TN 37172
Vanderbilt University Hospital 
1211 22nd Ave S, Nashville, TN 37232
Veterans Affairs Medical Center - Nashville
1310 24th Ave S, Nashville, TN 37212
Alvin C. York Veterans Affairs Medical Center
3400 Lebanon Rd, Murfreesboro, TN 37129


 

Anne Eyler, MD, MS - Vanderbilt University School of Medicine, Dept of Medicine, fellowship research mentor and Arthritis Foundation Career Development Award mentor

Now: Assistant Professor in Rheumatology, VUMC

EylerAnneElizabethMD, MS

Andrea H. Ramirez, MD, MSCI

Andrea
H.
Ramirez
MD, MSCI

Andrea works on methods to mine phenotypes from the electronic medical record and to use next generation sequencing to understand susceptibility to drug-induced torsades. 

For more information

RamirezAndreaH.MD, MSCI