Recent advances on Nigella sativa – A promising herb: Antihypertensive properties, thimoquinone nanoformulations, and health applications

Vinay Basavegowda Raghavendra , Niju Sagar , Lekhana Mylimane Kusha , K.L. Krishna , Minaxi Sharma , Kandi Sridhar , Rachitha Puttasiddaiah
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Abstract

Cardiovascular conditions such as coronary artery disease, stroke, vascular disease, and heart failure are made more likely to occur by hypertension. Hypertension doesn't typically present with symptoms until it has progressed, but it can cause serious, lifelong health problems. The cost of and potential side effects from antihypertensive drugs are concerns. As a result, in the current environment, it is essential to investigate the therapeutic potential of herbal medications with minimal side effects. It is well known that Nigella sativa and its active components, including thymoquinone, thymol, and nigericin, are potential phytomedicines with anti-inflammatory, hypotensive, calcium channel blocker, and diuretic properties that significantly lower blood pressure. This review covers the pharmacological effects, chemical composition, and antihypertensive qualities of N. sativa, with an emphasis on the health benefits and nanoformulations of thimoquinone. Moreover, a variety of nanotechnological formulations are employed to encapsulate thymoquinone. This review further provided the effectiveness of nanoparticles in lowering blood pressure and suggests combining them with N. sativa or thymoquinone to increase their antihypertensive effects.This study concluded the potential of N. sativa as a antihypertensive agent. Thimoquinone, a major component in N. sativa is extensively studied and nanofromulated bioactive compound that can be used in many agri-food-pharma industries.

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Nigella sativa - 一种前景广阔的草药的最新研究进展:抗高血压特性、噻莫醌纳米制剂和健康应用
高血压更容易引发冠心病、中风、血管疾病和心力衰竭等心血管疾病。高血压通常在病情恶化之前不会出现症状,但它会导致严重的终身健康问题。降压药物的成本和潜在副作用令人担忧。因此,在当前环境下,有必要研究副作用最小的草药的治疗潜力。众所周知,黑麦草及其活性成分(包括胸腺醌、胸腺酚和黑麦草素)是潜在的植物药,具有抗炎、降血压、钙通道阻滞剂和利尿剂的特性,可显著降低血压。本综述介绍了荠菜的药理作用、化学成分和抗高血压特性,重点是噻莫喹酮的健康益处和纳米制剂。此外,还采用了多种纳米技术制剂来封装胸腺醌。本综述进一步介绍了纳米颗粒在降低血压方面的功效,并建议将纳米颗粒与荠菜或胸腺醌结合使用,以增强其降压效果。胸腺醌是莴苣中的一种主要成分,已被广泛研究并制成纳米生物活性化合物,可用于许多农业、食品和医药行业。
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