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Selected application of peptide molecules as pharmaceutical agents and in cosmeceuticals

机译:选择肽分子作为药物和在化妆品中的应用

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ABSTRACT Introduction: Peptide molecules are being vastly investigated as an emerging class of therapeutic molecules in recent years. Currently, 60 peptides have been approved by the US Food and Drug Administration (FDA), and more would enter the market in near future. Peptides have already opened their ways into cosmeceutical and food industries as well. Areas covered: Antibodies, vaccines, and antimicrobial agents are the major classes of therapeutic peptides. Additionally, peptides may be employed in drug development to support cell penetration or targeting. The interest in antimicrobial peptides is surging due to the increasing risk of antibiotic-resistant pathogens. Peptide vaccines with their significant advantages compared with traditional vaccines, are expected to find their place in coming years, especially for cancer, microbial and allergen-specific immunotherapy. The usage of peptides in cosmeceuticals is also growing rapidly. Expert opinion: Peptide synthesis has become accessible, and advances in peptide engineering, sequencing technologies, and structural bioinformatics have resulted in the rational designing of novel peptides. All these advancements would lead to the more prominent roles of peptides in the mentioned areas. In this review, we discuss applications of peptides in different fields including Pharmaceuticals, cosmeceuticals, besides the critical factors in designing efficient peptide molecules.
机译:摘要介绍:近年来,肽分子被广泛调查作为新兴疗法的治疗分子。目前,美国食品和药物管理局(FDA)批准了60种肽,并且更多将在不久的将来进入市场。肽也已经开辟了各种方式进入了化妆品和食品工业。涵盖的区域:抗体,疫苗和抗微生物剂是治疗肽的主要类别。另外,肽可用于药物开发中以支持细胞渗透或靶向。由于抗生素抗性病原体的风险增加,抗菌肽对抗菌肽的兴趣是汹涌的。肽疫苗与传统疫苗相比具有显着的优势,预计将在未来几年内找到他们的位置,特别是对于癌症,微生物和过敏原特异性免疫疗法。在化妆品中的肽的用法也在迅速增长。专家意见:肽合成已变得可进入,肽工程,测序技术和结构生物信息学的进步导致了新型肽的理性设计。所有这些进步将导致肽在所述领域更加突出的角色。在该综述中,除了设计有效肽分子中的关键因素,我们讨论包括药物,化妆品的不同领域的肽的应用。

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