Why the study?
Can potassium channels be effectively targeted for therapeutic intervention in oncology?
Can potassium channels be effectively targeted for therapeutic intervention in oncology?
Potassium channels represent a promising therapeutic target in oncology, with potential strategies ranging from small molecule blockade to gene therapy.
Hypothesis-generating for potassium channel targeting in oncology; prospective trials needed before clinical consideration.
Ion channels are involved in a variety of tumors. In particular, potassium channels are expressed abnormally in many cancer types, where their pharmacologic manipulation impairs tumor progression. Since this group of molecules has been successfully targeted for decades in other therapeutic areas, there is a significant body of knowledge on the pharmacology of potassium channels. Several groups of potassium channels with defined molecular identities have been proposed as candidates for therapeutic intervention. The strategies put forward range from classical small molecule blockade to gene therapy approaches, and include the use of potassium channels as targets for adjuvant therapy. We will discuss the reasons for these proposals and explore possible future developments.
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Stühmer et al. (2010) studied this question.
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