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MASCC Webinar: Prediction of Oral and Gastrointestinal Mucosal Toxicities

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MASCC Webinar: Prediction of Oral and Gastrointestinal Mucosal Toxicities

Wednesday, November 19, 2025

5:00 PM – 6:00 PM UTC
12:00 PM – 1:00 PM EST
6:00 PM – 7:00 PM CET

Agenda:

  1. IntroductionPaolo Bossi, MD (Chair)
  2. The Experience of Nausea and Vomiting: How to Design a Clinical Predictor of a Treatment-Induced Adverse EffectGeorge Dranitsaris, PhD

Objectives: 

    • Understand the steps in developing toxicity risk prediction tools in oncology, with a focus on nausea and vomiting
    • Illustrate the clinical application of toxicity prediction tools in oncology
    • Demonstrate how toxicity prediction tools can be used to improve the efficiency of clinical trials in oncology
  1. Predicting Oral and GI Toxicities in Supportive Oncology: Leveraging Clinical Data to Prevent Nutritional and Pain ConsequencesMellar Davis, MD

 Objectives: 

    • Drug-Related Genetic Risk Assessment: identify DPYD variants associated with 5-FU and capecitabine toxicity UGT1A1 conjugate associated with irinotecan mucositis and diarrhea
    • Individual Genomic Risk Factors: name at least 3 of the 4 categories of individual genetic risks: drug transporters, genes involved in DNA repair, inflammatory signalling pathways, epithelial healing genes
    • Clinical Application: correctly sequence opioid selection as: First line: Morphine (preferred over oxycodone). Second line: Buprenorphine and hydromorphone (preferred over methadone, all three preferred over fentanyl). Contraindicated: Codeine and tramadol (due to CYP2D6 dependence)
    • Treatment Protocol: identify benzylamine as the preferred initial intervention before morphine (where available)
  1. Emerging Predictors of Oral and GI Toxicities: From Biological and Microbiome-based Models to AI ModelsAkshat Singhal, PhD

Objectives: 

    • Describe the significance of biologically-informed AI models in patient care, including treatment and toxicity prediction
    • Examine a chemotherapy resistance model and discuss methods to extend such models for toxicity prediction
  1. Q&A
  2. Closing Remarks

Financial support provided by Nestlé Health Science.  

For US only Dietitians and Registered Nurses:

One CPEU is awarded in accordance with the Commission on Dietetic Registration’s CPEU Prior Approval Program for US Registered Dietitians. Provider #NE008. 
Funding from non-CPE revenue for CPE planning, development, review, and / or presentation has been provided by Nestlé Health Science. 
One contact hour is available for US Registered Nurses. Nestlé Health Science is a Continuing Education Provider approved by the California Board of Registered Nursing, Provider #11366.

There is no charge for attending this program.

Speakers:

Paolo Bossi

Paolo Bossi, MD (Chair)

George Dranitsaris

George Dranitsaris, PhD

Mellar Davis

Mellar Davis, MD

Akshat Singhal

Akshat Singhal, PhD

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