H. Büning, A. Schambach, Michael A. Morgan, Axel Rossi, Helena Wichova, H. Staecker, A. Warnecke, T. Lenarz
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Challenges and advances in translating gene therapy for hearing disorders
ABSTRACT Introduction: Although sensorineural hearing loss (SNHL) is the most common neurodegenerative disease in humans, no approved pharmaceutical interventions are currently available. The progression of inherited as well as acquired forms of hearing loss can be altered by transferring single genes to distinct cell types of the ear inner. The inner ear is an attractive target for gene therapy given its small size and localized anatomic nature, which is accessible through routine surgical approaches. Areas covered: SNHL is the symptom of a diverse group of disorders with specific requirements regarding the timing of therapeutic intervention, the target cell population, the delivery system and, of course, the therapeutic active “substance’. Expert opinion: Despite these challenges, which will be discussed in the following paper, the first human gene therapy clinical trial for an inner ear disease is already initiated, making this the perfect time to translate a great variety of therapeutic approaches from the laboratory into clinical routine.
期刊介绍:
Expert Review of Precision Medicine and Drug Development publishes primarily review articles covering the development and clinical application of medicine to be used in a personalized therapy setting; in addition, the journal also publishes original research and commentary-style articles. In an era where medicine is recognizing that a one-size-fits-all approach is not always appropriate, it has become necessary to identify patients responsive to treatments and treat patient populations using a tailored approach. Areas covered include: Development and application of drugs targeted to specific genotypes and populations, as well as advanced diagnostic technologies and significant biomarkers that aid in this. Clinical trials and case studies within personalized therapy and drug development. Screening, prediction and prevention of disease, prediction of adverse events, treatment monitoring, effects of metabolomics and microbiomics on treatment. Secondary population research, genome-wide association studies, disease–gene association studies, personal genome technologies. Ethical and cost–benefit issues, the impact to healthcare and business infrastructure, and regulatory issues.