We are delighted to announce that The Cary Council's 2nd annual signature event: An Evening with DocStars will be on UT Southwestern Medical Center's West Campus on October 25, 2018. We hope you will plan to attend an exciting evening under the stars, featuring music, outstanding food, and thrilling opportunities to see medicine in action through interactive technology.
T H U R S D A Y, O C T O B E R 2 5, 2 0 1 8
6 : 3 0 – 9 : 3 0 P M
UT Southwestern Medical Center
West Campus Building 3, 9th Floor
2001 Inwood Road
E V E N T C O – C H A I R S :
Amanda Eagle George
C H A I R M A N :
Click here to preview the unique auction items offered at the event. The auction will be live online on Monday, October 22 — even if you can't attend An Evening with DocStars, you can still support The Cary Council and medical research at UT Southwestern by bidding on these incredible items!
Event Sponsorship and Ticket Form
Thank You to Our Sponsors
M E D I A S P O N S O R
P L A T I N U M
John Eagle Dealerships
Eugene McDermott Foundation
G O L D
Patricia Dedman Foundation
Beth F. Kahn Family
ZeoCap Partners and The Constantine Family
S I L V E R
Goldman Sachs and Amber and Grafton Ifill
Lisa and Matt Rose
B R O N Z E
Kathy and Gene Bishop
Itzel and Nathan Crow
Beverly and Larry Dale
Amanda and Chris George
Abby and Michael Gregory
Linda and Mitch Hart
Patty and James Huffines
Barrell and Jacob Jones
Katten, Muchin, Rosenman
Gay and Bill Solomon
Lauren and Thomas Woolley
D O N A T I O N S
Whitney and Jay Grogan
McGray & McGray Land Surveyors
Catherine and Will Rose
Lizzie and Dan Routman
Prasanna Alluri, M.D., Ph.D.
Building targeted therapies to overcome treatment-resistant breast cancer
Dr. Alluri earned his medical degree at the University of Minnesota Medical School and received a doctorate in chemical biology from UT Southwestern Medical Center. He then completed a research fellowship in translational oncology and a residency in radiation oncology at the University of Michigan Medical School, where he was also a chief resident. Dr. Alluri has received many recognitions for both his research contributions and clinical care, including the Conquer Cancer Foundation of ASCO/Breast Cancer Research Foundation Young Investigators Award in 2017.
Specialized in the treatment of breast cancer, Dr. Alluri hopes to address a primary obstacle all patients with metastatic breast cancer face—their tumors’ resistance to treatment. The goal of his project is to understand on a molecular level how tumors develop treatment resistance and to devise new targeted therapies to overcome resistance. To accomplish this, Dr. Alluri and his team will comprehensively analyze the genetic sequence of treatment-resistant patient tumors to understand how resistance works and identify new potential drug targets specific to each patient. By working with breast cancer cell lines, they have already identified a promising drug that inhibits growth of these treatment-resistant cells, providing clues into cellular pathways that may overcome resistance. As part of this project, they will further investigate this drug in mouse models of resistant tumors.
David Greenberg, M.D.
Addressing the global antibiotic resistance health crisis
Dr. Greenberg obtained his medical degree from Baylor College of Medicine, where he also completed a residency in internal medicine. While completing a subsequent fellowship in infectious disease from the National Institutes of Health (NIH), he was awarded the National Institute of Allergy and Infectious Disease Merit Award. Dr. Greenberg has also received numerous accolades for teaching including the UT System Regents’ Outstanding Teaching Award.
In his work, Dr. Greenberg aims to address the global antibiotic resistance health crisis. By using whole genome sequencing to read the DNA code for every gene within resistant bacteria, scientists hope to understand how those bacteria became resistant to certain antibiotics and determine which other antibiotics may still work. While it is now possible to cheaply and quickly sequence many entire genomes, complex computing is required to analyze the massive amounts of resulting data. To tackle this problem, Dr. Greenberg’s team is developing a sophisticated computer algorithm that will not only predict whether a strain of bacteria is resistant but also be used to discover new forms of resistance. Using samples from UT Southwestern clinics, they will focus on five of the most pressing bacterial strains to refine this algorithm. The goal of this project is to better understand the many different ways antibiotic resistance can occur at a molecular level and push the field forward in developing innovative diagnostics for infectious diseases.
Animesh (Aashoo) Tandon, M.D., M.S.
Developing life-saving monitoring techniques for babies with congenital heart disease
During Dr. Tandon’s medical training at the University of Michigan Medical School, he performed a research fellowship at the National Institute of Neurological Disorders and Stroke/NIH through the Howard Hughes Medical Institute/NIH Research Scholars (Cloister) Program. He completed his pediatric residency and categorical pediatric cardiology fellowship at Cincinnati Children’s Hospital Medical Center. During fellowship, he earned a Masters in Clinical and Translational Research from the University of Cincinnati and then completed an advanced imaging fellowship at Children’s Healthcare of Atlanta/Emory University.
Dr. Tandon’s work focuses on infants diagnosed with congenital heart disease. For survival, these babies need three surgeries at ~1 week, at 4-6 months, and at ~2-5 years of age. The time between the first and second surgeries is particularly critical, as these infants are at increased risk of harmful health events and experience a death rate 20 times higher than healthy infants. Current monitoring techniques don’t provide doctors enough time to detect health deteriorations and better prevent these deaths. To do so, Dr. Tandon and his team propose that these infants wear special biosensors at home to continuously monitor data. The team will use advanced machine learning techniques to analyze massive amounts of collected data and to recognize patterns that precede dangerous health events. These patterns can then be used to predict future events, prompting medical intervention hours or days before the infant’s health becomes critical.
About The Cary Council
The Cary Council is dedicated to carrying on Dr. Edward H. Cary’s legacy to “inspire a great citizenship to greater deeds.”
In September 2015, Southwestern Medical Foundation and UT Southwestern launched The Cary Council, a group of emerging community leaders, whose mission is to support and strengthen the work of the Medical Center and Foundation. The Council was created to educate the next generation about the critical role medical research, education, and patient care plays in improving our health and making Dallas a world-class city. Learn more.
Funds raised from An Evening with DocStars support young UT Southwestern investigators working on promising early stage research. Philanthropy is vital in advancing early-stage research, which may be too nascent to qualify for other funding sources. Finalists will be chosen by UT Southwestern faculty and the recipient(s) will be selected by The Cary Council. Funds raised from last year's inaugural event enabled The Cary Council to give three grants to young researchers to further their work.
The Cary Council Steering Committee
Michael Kahn, Chairman
Amanda Dillard Shufeldt