Seçkin EnginORCID icon for 0000-0002-1982-7820

Karadeniz Technical University Turkey

Seçkin Engin received his BS in Pharmacy (2013) from Gazi University in Türkiye and a Ph.D. in Pharmacology (2020) from the Health Sciences Institute of Karadeniz Technical University in Türkiye. He currently works as a full-time researcher and lecturer in the Department of Pharmacology at the Faculty of Pharmacy at the Karadeniz Technical University. He has published multiple scientific papers and book chapters as the lead author in peer-reviewed international journals. He is also a journal peer reviewer and a member of the editorial boards of journals. His research interests include smooth muscle pharmacology and urogenital system pharmacology, which are focused on identifying novel drugs or drugs repurposing for cystitis and diabetic urological complications such as erectile dysfunction and diabetic cystopathy.

Seçkin Engin

1books edited

2chapters authored

Latest work with IntechOpen by Seçkin Engin

Despite remarkable advances in pharmaceutical sciences, traditional and de novo drug discovery and development face significant barriers to obtaining marketing approval, including long timeframes, substantial financial investment, and high failure rates. Thus, a lot of effort is being made to bring out novel approaches to deal with the debilitating challenges facing the global pharmaceutical industry. Drug repurposing (or drug repositioning) represents one of the alternative strategies for traditional drug discovery, in which the process aims to seek new uses for already approved or investigational drugs beyond their original indication. Drug repurposing has been largely preferred owing to superior benefits related to reduced drug discovery timelines and costs. To date, a number of drugs have been successfully repurposed by providing effective solutions to various diseases that are especially hard to manage, making the drug repurposing a growing trend. This book's chapters offer comprehensive topics on drug repurposing and repurposed drugs.

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