Abstract

Pharmacological and chemical probes are foundational tools for asking basic biological and translational questions. They complement genetic strategies, such as CRISPR and RNA interference technologies. Together, these strategies enable biologist and clinician scientist to advance biomedical research and accelerate discovery of the next generation of therapeutics.
This special issue focuses on chemical probes and pharmacological tools (CPPT) that target kinases. We encourage reports of kinase-targeted inhibitor and degrader molecules development and validation; studies of SAR for novel and existing kinase pharmacological tools; work that invalidates previously reported tools or describes new insights into systems and conditions that need to be taken into account when using a specific tool; development of assays to characterize small molecules across the kinome, both those aimed at selectivity profiling as well as those that measure proteomic/signaling effects of kinase inhibition; and developing tools and assays for visualization of kinase signaling networks and how they respond to genetic and/or small molecule perturbations. Moreover, studies that address questions related to polypharmacological effects, especially when accompanied by method and assay development work are also of interest. Work on non-human kinases (such as microbial kinases) would also be considered if addresses an important aspect of kinase CPPT development and validation.
Special Issue Editors, Milka Kostic, PhD, Dana-Farber Cancer Institute, and Bruce J. Melancon, PhD
Areas of interest include, but are not limited to: Kinase-targeted inhibitor and degrader molecules development and validation Studies of SAR for novel and/or existing kinase-targeted pharmacological tools Use cases that describe new systems and/or conditions for using existing tools, or invalidate the tool in a given context Assays for developing and screening kinase Assay development for studying kinase signaling, including imaging tools and probes, and probes for understudies kinases
Contributions will receive prompt and thorough peer review, feedback, and decision. Please refer to our
Editorial or technical questions?
Contact Taylor Bowen (assay_eo@liebertpub.com)
