Investigator

Laura L. Holman

Assistant Professor · University of Oklahoma Health Sciences Center, Gynecologic Oncology

LLHLaura L. Holman
Papers(1)
Image guided brachyth…
Collaborators(8)
Ying XiaoAllison QuickCara MathewsCarol AghajanianCharles A. LeathDmitriy ZamarinElizabeth E. HoppJessica Lowenstein
Institutions(9)
Unknown InstitutionUniversity of Pennsyl…The Ohio State Univer…Women and Infants Hos…Memorial Sloan Ketter…University Of Alabama…Icahn School of Medic…Medical College of Wi…U.T. MD Anderson Canc…

Papers

Image guided brachytherapy quality assurance on NRG GY017 investigating immunotherapy in addition to chemoradiation for locally advanced cervical cancer

Brachytherapy is a critical component of curative treatment in locally advanced cervical cancer. NRG GY-017 is a randomized Phase I trial of the anti-PD-L1 antibody atezolizumab administered neoadjuvantly and concurrently with chemoradiation (Arm A) or only concurrently with chemoradiation (Arm B) in patients with node positive locally advanced cervical cancer. Image guided brachytherapy (IGBT) was mandated in the protocol with a quality assurance (QA) workflow. Herein, we report the BT quality data on NRG GY-017 trial and practice patterns from the participating centers in this trial as a guide for future protocol brachytherapy QA. The participating sites were to submit brachytherapy plans online after BT was completed. IROC QA center compiled the BT fractions for each patient using the trial specific dosimetry evaluation template. An expert physician reviewer scored the contours and plans as per protocol, variation acceptable or major deviation as prespecified in the protocol dose metrics. The BT dosimetry results were available for 32 patients. Seventeen patients (53%) had intracavitary applicator, and 15 patients (47%) had hybrid or interstitial applicators. Point A directed planning was performed for 4 patients (12.5%) and 28 patients had volume directed plans (87.5%). For imaging use, 2 patients had MRI based plans, and 30 had CT based planning (94%). For the dose constraints compliance per protocol, 7 patients had 9 events scored as major deviations (22%). BT trial specific QA has the potential to enhance BT quality for clinical trials. This report will help guide future gynecologic BT trial data collection and QA process.

13Works
1Papers
8Collaborators

Positions

2015–

Assistant Professor

University of Oklahoma Health Sciences Center · Gynecologic Oncology

Education

2015

Fellowship

University of Texas MD Anderson Cancer Center · Gynecologic Oncology

2015

M.S. - Biomedical Sciences

University of Texas Graduate School of Biomedical Sciences at Houston

2011

Residency

Women and Infants Hospital of Rhode Island · Obstetrics and Gynecology

2007

M.D.

University of Illinois at Chicago College of Medicine

2003

B.S. - Cellular/Molecular Biology

Southeast Missouri State University

2003

B.A. - Chemistry

Southeast Missouri State University