01852nas a2200217   4500000000100000008004100001260002800042653001900070653001900089653001400108653001800122653002100140653001300161100001200174245018500186856008400371300001000455490000700465520114800472022001401620       2024                            d  bEgyptian Knowledge Bank10aDrug Discovery10aessential oils10aHelminths10amarine source10anatural products10apropolis1 aAbaza S00aRecent advances in identification of potential drug targets and development of novel drugs in parasitic diseases: Part V: The value of natural products in drug discovery: Helminths  uhttps://puj.journals.ekb.eg/article_378612_ed943930554ef33cbc61447c39e8d611.pdf  a57-730 v173 a<p>Almost all the current drugs used to treat neglected tropical diseases have some drawbacks including cytotoxicity, limited availability, and the emergence of resistant strains. The clinical significance of a natural product was recognized as a novel target against pathogens by identifying its mechanisms of action. Such products are commonly used for treating severe parasitic diseases such as malaria, leishmaniasis, Chagas' disease, schistosomiasis, and filariasis. A significant drawback of natural products is their limited supply. However, sustainable production is possible by utilizing bioengineering technology to facilitate the biosynthesis of derivatives with similar biological activities and discover new families of natural products by cultivating bacteria, fungi, endophytes, and marine creatures. Advances in genetic engineering technology, i.e., molecular farming, enabled investigators to focus on developing novel safe drugs from natural products. This review aims to highlight recent advances in discovering novel drugs extracted from natural products of herbal and marine sources for treating helminthic diseases.</p>
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