Key result
Potassium channel modulators offer promising therapeutic targets for treating various diseases.
Why the study?
Current therapies for various diseases are clearly suboptimal, motivating the development of specific potassium channel modulators as therapeutic interventions.
Potassium channels represent a promising target for future therapeutic drug development across various diseases.
May guide future potassium channel drug development; leaves open clinical translation pending prospective trials.
The potassium channel superfamily presents a rich source of targets for therapeutic intervention. Indeed, the development of specific potassium channel modulators could lead to the effective treatment of various diseases for which current therapies are clearly suboptimal. Numerous factors play a role in determining whether the successful clinical development of such drugs can ever be achieved. However, the large body of information accumulated over the last few years on the structure and function of potassium channels is expected to drive drug-development efforts in the pharmaceutical industry on these targets, with the ultimate goal of developing therapies that will improve patient quality of life.
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García et al. (2005) conducted a review in Various diseases. Potassium channel modulators was evaluated. Potassium channel modulators present a rich source of targets for therapeutic intervention that could lead to effective treatments for various diseases.
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