The Image Guided Cancer Therapy (IGCT) Research Program helps strategically aggregate faculty interested in this research from Diagnostic Imaging, Surgery and Radiation Oncology. The intention is to empower multidisciplinary teams of physicians and scientists to address the clinical challenges and technology barriers using resources of the program to drive the translation of innovative science directly to patient care.
Workshop: Interactive sessions targeted to engage attendees in discussions and activities designed to advance the program's goals
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The Importance of Reproducible Research in High-Throughput Biology
December 12, 2024
Keith Baggerly, Ph.D.
Professor
Department of Bioinformatics and Computational Biology, (retired) -
Open Access, Public Good, and FAIR Science: Principles of the Effective Scientific Dissemination
August 24, 2024
C. Dave Fuller, MD, PhD
Professor
Radiation Oncology Department -
Introduction to Medical Imaging & Radiology - Breast
October 22, 2024
Megan J. Kalambo, MD
Associate Professor
Department of Breast Imaging MD Anderson Cancer Center -
Bayesian Clinical Trial Design Workshop
September 16, 2024
The Image Guided Cancer Therapy Research Program together with the CCSG Image-Driven Biology-Informed Therapy Program Workshop Series presents
“Bayesian Clinical Trial Design Workshop”
Session I: Clinical Trial Overview & Bayesian Basics
J. Jack Lee, PhD, DDS – Professor of Biostatistics
Session II: Bayesian Early-Phase Clinical Trial Designs
Ruitao Lin, PhD – Assistant Professor of BiostatisticsSession III: Analyzing Imaging Data for Implementation of Bayesian Approaches
Suprateek Kundu, PhD – Associate Professor of BiostatisticsSession IV: Running Bayesian Clinical Trials
C. Dave Fuller, MD, PhD – Professor of Radiation Oncology -
Human Brain Finite Element Mesh Generation from Patient MRI Data
March 6, 2023
Travis Thompson,PhD
Assistant Professor
Department of Mathematics & Statistics
Texas Tech UniversityPart I: Motivation and an Introduction to the Software Pipeline
(30 min, virtual and in person)Part II: Building Your First Finite Element Human Brain Mesh with the SVMTk
(90 min, virtual and in person)Part III: Hands-On Mesh Generation Open Lab
(90 min, in person only - No virtual option