Appraisal, recent advancement, and impacts of nanomedicine in cardiac asthma

Jeetendra Kumar Gupta, Abdul Razak Mohamed Sikkander, Faizan ul Haque Nagrami, Krishan Kumar, Nitin Wahi
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Abstract

Cardiopulmonary asthma is a type of coughing, not an external appearance of asthma. Depending on persistent symptoms, this full-to-the-brim situation can be used to survive a therapeutic emergency. Liquid composition in the lungs and the area around the airways may result from heart failure. This demonstrates how the direction causes symptoms such as shortness of breath, coughing, and bursting at the seams which are likecipher and asthma symptoms. The common condition known as asthma is brought on by airway sensitivity, which can lead to constrictions, most noticeably leading to breathing difficulty. Heart failure treatment is trained to ease the effects of cardiac asthma and heart failure symptoms. Current developments in nano science and nanotechnology point towards a wealth of novel ideas for understanding and treating cardiovascular, pulmonary, and hematological conditions. Asthma is a common complaint that provokes the airways through various causes. Additionally, these instances consistently run into issues with their management schedule pertinent to the collection of the complaints. Asthma quantifiable treatment currently relies primarily on glucocorticoid medication therapy; however, the development of more effective treatments is hampered by glucocorticoid conflict as well as numerous elevated possessions due to deprived drug delivery. Our fundamental understanding of cardiac asthma nano medicine therapy is updated in this review.
纳米药物在心脏性哮喘中的评价、最新进展及影响
心肺哮喘是一种咳嗽,不是哮喘的外在表现。根据持续的症状,这种完全溢出的情况可以用于治疗紧急情况。肺部和气道周围的液体成分可能是心力衰竭的结果。这说明了方向是如何引起呼吸急促、咳嗽和爆裂等症状的,这些症状类似于肺结核和哮喘症状。常见的哮喘是由气道敏感引起的,这可能导致收缩,最明显的是导致呼吸困难。心力衰竭治疗的目的是缓解心脏哮喘和心力衰竭症状的影响。当前纳米科学和纳米技术的发展为理解和治疗心血管、肺部和血液疾病指明了丰富的新思路。哮喘是一种常见的疾病,它通过各种原因刺激呼吸道。此外,这些实例总是遇到与收集投诉相关的管理时间表问题。哮喘可量化治疗目前主要依靠糖皮质激素药物治疗;然而,更有效的治疗方法的发展受到糖皮质激素冲突的阻碍,以及由于药物输送被剥夺而导致的大量高拥有量。这篇综述更新了我们对心脏哮喘纳米药物治疗的基本认识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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