Guilherme Godoy, MD, MS

Guilherme Godoy, MD, MS

Baylor College of Medicine

Houston, Texas

Guilherme Godoy, MD, MS, serves as assistant professor of urology at the Baylor College of Medicine (BCM) in Houston, Texas. He joined the faculty of the Scott Department of Urology at BCM in 2012 and has been the chief of the urology service at Ben Taub General Hospital (Harris Health System), since 2017.

Dr. Godoy earned his medical degree from Fundacao Universitaria do ABC in Sao Paulo, Brazil. His training includes an internship and residency in urology at Santa Casa De Sao Paulo in Vila Buarque, Brazil, and a fellowship in urologic oncology at BCM. Dr. Godoy has also completed urologic oncology fellowship training at Vancouver General Hospital, New York University, and Memorial Sloan-Kettering Cancer Center. He earned his MS in clinical investigations at BCM and has remained active in clinical research, translational studies, and clinical trials, mostly focused on prostate, urothelial (upper and lower urinary tract), and testicular cancers.

Dr. Godoy’s expertise includes early diagnosis, minimally invasive approaches (endoscopic and robotic), utilization of molecular and genetic tools for personalized decision-making, management of hereditary cancers, and surgical management of complex/large genitourinary (GU) tumors. His clinical areas of interest include adrenal and kidney tumors, urothelial cancers (upper and lower urinary tract including ureter, renal pelvis, bladder, and urethra), prostate cancer, penile cancer, and testicular and paratesticular cancers. Dr. Godoy also specializes in the utilization of intestinal segments for urinary tract reconstructions, and coordination of multidisciplinary approaches to manage complex intra-abdominal, retroperitoneal, and pelvic tumors. Dr. Godoy is responsible for and moderates the GU Tumor Board Meetings at Baylor St. Luke’s Medical Center as well as the St. Luke’s International GU Tumor Board Meetings.

Talks by Guilherme Godoy, MD, MS

Decisional Tools to Determine Need for Biopsy and Re-Biopsy in Men with Elevated PSAs

Guilherme Godoy, MD, MPH, Assistant Professor of Urology and Urology Oncology at Baylor College of Medicine, in Houston, Texas, discusses how and when to use elevated PSA and other markers to determine whether a biopsy is needed. Dr. Godoy cautions that relying solely on an abnormal level for a sensitive biomarker like PSA can lead to false positives and overtreatment, noting that an elevated PSA is an indicator of the prostate but not necessarily of cancer. He reminds physicians to consider the PSA level related to the size of the prostate before jumping ahead to other steps. Dr. Godoy describes how oft-overlooked PSA derivatives in conjunction with family history and other risk factors can be used to individualize risk and personalize assessments for a patient. He then presents an array of current and emerging molecular, genetic, and imaging-based testing options. The 4Kscore assesses the probability of high-risk cancer (Gleason 7 or higher) in the biopsy and informs risk of metastatic disease in 20 years. This test can also indicate risk stratification for mortality. Urine-based tests such as SelectMDx and EPI ExoDx Prostate Intelliscore similarly provide risk stratification for biopsy-naïve men, while tissue-based tests such as ConfirmMDx are useful when a patient has had a previous negative prostate biopsy. He summarizes with a diagram of the clinical integration of MRI and molecular markers illustrating how these testing options should be used.

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Active Surveillance – When Can You Continue Watching and When Do You Intervene?

Guilherme Godoy, MD, MPH, Assistant Professor of Urology and Urology Oncology, Dov Kadmon, MD, Professor of Urology, and Michael A. Brooks, MD, Assistant Professor of Urology and Oncology, all at Baylor College of Medicine in Houston, Texas, discuss active surveillance (AS) for prostate cancer by using numerous case studies outlining patient characteristics, evaluation methods and diagnosis, the discussion and decision-making process, treatment, and outcome data to illustrate best practices. Their panel discussion covers magnetic resonance imaging (MRI)-fusion biopsy and systematic biopsy and highlights the need to use both as they are complementary. The doctors also discuss risk-benefit analysis; the role of urine, blood, and genomic testing; treatment algorithms, and important considerations such as those surrounding the patient’s overall health and life expectancy. Dr. Kadmon highlights the importance of integrating experience, common sense, and research. He emphasizes that integrating prostate MRI in AS protocol is imperative and MRI is important both when starting AS and in follow up. The doctors caution that MRI is not infallible; if the follow-up MRI is negative but there is strong suspicion for progression, a regular follow-up biopsy is justified. They advise that these follow-up biopsies be done for a reason and not just not based on an arbitrary time interval. Dr. Kadmon reiterates the point that a fusion biopsy and a systematic biopsy are complementary and should be carried out simultaneously and concludes by reviewing success elements involved in prostate MRI, including the equipment and protocols used, the experience of the radiologist, and whether the radiology program includes a quality improvement feedback loop, emphasizing that all these factors are important.

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Urologic Debate Part 1: MRI vs. Molecular Markers – Which One Should I Use? MRI Perspective

In the first part of this urologic debate, Guilherme Godoy, MD, MPH, Assistant Professor of Urology and Urology Oncology at Baylor College of Medicine in Houston, Texas, argues for multiparametric MRI (mpMRI) as the better diagnostic tool for finding prostate cancer as compared to molecular markers. He observes that while there are many different commercial markers available to aid decision-making before diagnosis, at initial diagnosis, and after treatment, mpMRI can help in all three of these prostate cancer management spaces. Dr. Godoy also argues that while molecular tests may inform risk, a biopsy preceded by MRI will still be necessary, and that biopsy can be improved and optimized by mpMRI. He then discusses different techniques and equipment that can be used with mpMRI, how to interpret and report the results from mpMRI, and the trial evidence for mpMRI’s effectiveness. Dr. Godoy concludes that mpMRI functions as “the ideal biomarker,” as it increases accuracy and decreases the number of biopsies and helps to optimize care after cancer diagnosis.

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Prostate Cancer Early Diagnosis Screening

Guilherme Godoy, MD, MPH, details the controversies surrounding the evolving United States Preventive Services Task Force (USPSTF) recommendations on PSA screening. He then emphasizes the need for individualizing risk assessment in clinical decisions-making for prostate cancer.

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