TABLE 1 from Ultra-Deep Sequencing Reveals the Mutational Landscape of Classical Hodgkin Lymphoma

TABLE 1 from Ultra-Deep Sequencing Reveals the Mutational Landscape of Classical Hodgkin Lymphoma

<p>Patient characteristics and demographics</p>

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Bibliographic Details
Main Author: Felicia Gomez (17395547) (author)
Other Authors: Bryan Fisk (17395550) (author), Joshua F. McMichael (17395553) (author), Matthew Mosior (17395556) (author), Jennifer A. Foltz (15028812) (author), Zachary L. Skidmore (15026727) (author), Eric J. Duncavage (17395559) (author), Christopher A. Miller (15131459) (author), Haley Abel (17395562) (author), Yi-Shan Lee (20720158) (author), David A. Russler-Germain (15127618) (author), Kilannin Krysiak (17395568) (author), Marcus P. Watkins (17395571) (author), Cody A. Ramirez (17395574) (author), Alina Schmidt (17395577) (author), Fernanda Martins Rodrigues (17395580) (author), Lee Trani (17395583) (author), Ajay Khanna (17395586) (author), Julia A. Wagner (17395589) (author), Robert S. Fulton (17395592) (author), Catrina C. Fronick (15130664) (author), Michelle D. O'Laughlin (17395595) (author), Timothy Schappe (17141835) (author), Amanda F. Cashen (17395598) (author), Neha Mehta-Shah (15028830) (author), Brad S. Kahl (17395601) (author), Jason Walker (17395604) (author), Nancy L. Bartlett (17395607) (author), Malachi Griffith (15026775) (author), Todd A. Fehniger (17141853) (author), Obi L. Griffith (15026778) (author)
Published: 2025
Subjects:
Cancer
Molecular and Cellular Biology
Methods and Technology
Hematological Cancers
Lymphomas
Gene Technologies
High-throughput sequencing
Mutation detection methods
Comparative genomics
Single Cell Technologies
Genome Biology
Comparative transcriptomics
Functional genomics
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