Welcome to our networking event on myeloid malignancies!
You are invited to join our networking event on myeloid malignancies during the 2023 Association of Molecular Pathologists Annual Meeting & Expo in Salt Lake City, Utah. You will be meeting your expert peers and discussing the advantages of molecular investigation of complex variants in myeloid malignancies. With topics as minimal residual disease you will also have the chance to see SOPHiA DDM Platform in action. Reserve your seat to this exclusive event on Wednesday, November 15th starting at 6:30 pm. We will only be a 6 minute walk close to the congress venue.
About the Event
What
SOPHiA GENETICS Networking Event
Date
November 15th, 2023 (Wednesday)
Where
The Capital Grille
40 E 100 S #100, Salt Lake City, UT 84111, United States
(6 minute walk)
Time
6:30 PM
Agenda
6:15 - 6:45 pm
Registration and refreshments
6:45 - 6:55 pm
Welcome and introduction
Sandra Peregrin, Sr. Director Medical Affairs
6:55 - 7:15 pm
Many Hats: Utilization of NGS for Diagnosis and Disease Surveillance in Acute Myeloid Leukemia
Mohammad Omar Hussaini, MD, Director of Molecular Hematopathology, Moffitt Cancer Center
7:15 - 7:35 pm
Detection of cytogenetically cryptic, disease-defining gene fusions in AML with NGS
Noah Brown, Clinical Assoc. Prof., Director, Molecular Diagnostics Laboratory, Roger Cancer Center, University of Michigan Health
7:35 - 7:45 pm
Q&A
7:45 - 9:00 pm
Dinner & networking
Why attend?
Discover how SOPHiA DDMTM enables accurate detection of cryptic fusions, minimal residual disease (MRD).
Learn how you can easily interpret complex genomic variants for hematological malignancies.
Connect with your peers Enjoy a networking environment with your peers and users of SOPHiA DDMTM Platform.
Discuss the future of NGS in hematological malignancy research and educational & technical development needs.
Meet us at Myeloid Malignancies Event
If you’d like to attend our networking event, please register through the button below, and we will reach out to you with more information.