K
Kathryn Keenan
Researcher at GlaxoSmithKline
Publications - 5
Citations - 120
Kathryn Keenan is an academic researcher from GlaxoSmithKline. The author has contributed to research in topics: DNA methylation & Decitabine. The author has an hindex of 3, co-authored 5 publications receiving 34 citations.
Papers
More filters
Journal ArticleDOI
Discovery of a first-in-class reversible DNMT1-selective inhibitor with improved tolerability and efficacy in acute myeloid leukemia.
Melissa B. Pappalardi,Kathryn Keenan,Mark Cockerill,Wendy A. Kellner,Alexandra Stowell,Christian S. Sherk,Kristen Wong,Sarath Pathuri,Jacques Briand,Michael Steidel,Phil Chapman,Arthur Groy,Ashley K. Wiseman,Charles F. McHugh,Nino Campobasso,Alan P. Graves,Emma E. Fairweather,Thilo Werner,Ali Raoof,Roger J. Butlin,Lourdes Rueda,John R. Horton,David T. Fosbenner,Cunyu Zhang,Jessica L. Handler,Morris Muliaditan,Makda Mebrahtu,Jon Paul Jaworski,Dean E. McNulty,Charlotte Burt,H. Christian Eberl,Amy N. Taylor,Thau F. Ho,Susan Merrihew,Shawn W. Foley,Anna Rutkowska,Mei Li,Stuart Paul Romeril,Kristin M. Goldberg,Xing Zhang,Christopher S. Kershaw,Marcus Bantscheff,Anthony J. Jurewicz,Elisabeth A. Minthorn,Paola Grandi,Mehul Patel,Andrew B. Benowitz,Helai P. Mohammad,Aidan G. Gilmartin,Rab K. Prinjha,Donald J. Ogilvie,Christopher L. Carpenter,Dirk A. Heerding,Stephen B. Baylin,Peter A. Jones,Xiaodong Cheng,Bryan W. King,Juan I. Luengo,Allan M. Jordan,Ian D. Waddell,Ryan G. Kruger,Michael T. McCabe +61 more
TL;DR: The discovery of GSK3685032 is reported, a potent first-in-class DNMT1-selective inhibitor that was shown via crystallographic studies to compete with the active-site loop ofDNMT1 for penetration into hemi-methylated DNA between two CpG base pairs.
Journal ArticleDOI
MEK inhibitors overcome resistance to BET inhibition across a number of solid and hematologic cancers.
Anastasia Wyce,Jeanne J. Matteo,Shawn W. Foley,Daniel J. Felitsky,Satyajit R. Rajapurkar,Xi-Ping Zhang,Melissa C. Musso,Susan Korenchuk,Natalie Karpinich,Kathryn Keenan,Melissa Stern,Lijoy K. Mathew,Charles F. McHugh,Michael T. McCabe,Peter J. Tummino,Peter J. Tummino,Ryan G. Kruger,Christopher L. Carpenter,Olena Barbash +18 more
TL;DR: Investigating the biomarkers of activity of the clinical BET inhibitor GSK525762 across cancer cell lines and demonstrating that KRAS mutations are novel resistance biomarkers highlight a potential to enhance the clinical benefit of BET and MEK inhibitors and provide a strong rationale for clinical evaluation of BET/MEK combination therapies in cancer.
Proceedings ArticleDOI
Abstract 2994: Discovery of selective, noncovalent small molecule inhibitors of DNMT1 as an alternative to traditional DNA hypomethylating agents
Melissa B. Pappalardi,Mark Cockerill,Jessica L. Handler,Alexandra Stowell,Kathryn Keenan,Christian S. Sherk,Elisabeth A. Minthorn,Charles F. McHugh,Charlotte Burt,Kristen Wong,David T. Fosbenner,Mehul Patel,Jacques Briand,Helai P. Mohammad,Lourdes Rueda,Andrew B. Benowitz,Rab K. Prinjha,Dirk A. Heerding,Ryan G. Kruger,Ali Raoof,Allan M. Jordan,Bryan W. King,Michael T. McCabe +22 more
TL;DR: It is demonstrated that selective, non-covalent inhibitors of DNMT1 may provide benefit over traditional DNA incorporating hypomethylating agents.
Proceedings ArticleDOI
Abstract 4693: Mechanism-based combination strategies for BET inhibitors in NUT midline carcinoma
Anastasia Wyce,Peter Ernest Soden,Daniel J. Felitsky,Jeanne J. Matteo,Susan Korenchuk,Gary Thripp,Kathryn Keenan,Charles F. McHugh,Rab K. Prinjha,Christopher L. Carpenter,Nicholas Smithers,Olena Barbash +11 more
TL;DR: Mechanism-based combination strategies for BET inhibitors in NUT midline carcinoma are suggested and potential treatment strategies to improve response in this highly aggressive disease are suggested.
Journal ArticleDOI
A Chemical Acetylation-Based Mass Spectrometry Platform for Histone Methylation Profiling.
Francesca Zappacosta,Craig D. Wagner,Anthony Della Pietra,Sarah Gerhart,Kathryn Keenan,Susan Korenchuck,Chad Quinn,Olena Barbash,Michael T. McCabe,Roland S. Annan +9 more
TL;DR: In this article, a simplified MS-based platform for histone methylation analysis was proposed, which uses chemical acetylation with d0-acetic anhydride to collapse all the differently acetylated histone forms into one form, greatly reducing the complexity of the peptide mixture.