a Department of Pharmaceutics , ISF College of Pharmacy , Moga , India.
b Department of Pharmaceutics , Shobhit University , Meerut , India.
Artif Cells Nanomed Biotechnol. 2018;46(sup2):539-551. doi: 10.1080/21691401.2018.1463230. Epub 2018 Apr 24.
Science of drug delivery has achieved tremendous milestones in the last few decades. Emergence of novel drug delivery techniques and the most popular nanotechnology directed the drug delivery to another level. Without any doubt, present technology holds the proficiency to approach even the intercellular targets. Between all these success auras, there lies wads of giant challenges. One such challenge is delivering the molecule directly to the blood stream. Parenteral route is considered as the most effective route for delivering active pharmaceutical substances, but is associated with major disadvantages of painful drug delivery. Modern drug delivery suggests several approaches to outstrip this painful phenomenon. In the present article, we represent a new systematic vision to understand the ability and desirability of mucosal sites to achieve painless drug delivery. Human mucosa presents supreme proximity to the blood circulation that one can even observe with naked eye. Advances in drug delivery provide numerous approaches to exploit the mucosa for systemic reach. However, the revolutionary success is still unapproachable, with an understandable reason of associated complexities and challenges. This manuscript summarizes the significance of each mucosal site, on the basis of anatomical-physiological grounds. Particular attention is given to rationalize the selection of disease and a suitable drug delivery approach for its treatment.
药物输送科学在过去几十年中取得了巨大的里程碑。新型药物输送技术的出现和最流行的纳米技术将药物输送提升到了另一个水平。毫无疑问,目前的技术有能力接近甚至是细胞内的目标。在所有这些成功的光环下,存在着大量的巨大挑战。其中一个挑战是将分子直接输送到血液中。肠外途径被认为是输送活性药物物质的最有效途径,但与药物输送疼痛等主要缺点有关。现代药物输送提出了几种方法来克服这种疼痛现象。在本文中,我们提出了一种新的系统观点,以了解粘膜部位实现无痛药物输送的能力和可取性。人体粘膜与血液循环的距离非常近,甚至可以用肉眼观察到。药物输送的进步提供了许多利用粘膜进行全身给药的方法。然而,革命性的成功仍然遥不可及,原因是存在相关的复杂性和挑战。本文基于解剖生理学基础,总结了每个粘膜部位的重要性。特别关注合理选择疾病和适合其治疗的药物输送方法。