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Zinc Microrocket Pills: Fabrication and Characterization toward Active Oral Delivery.

Rodolfo Mundaca-UribeBerta Esteban-Fernández de ÁvilaMaya HolayPooyath Lekshmy VenugopalanBryan NguyenJiarong ZhouAmal AbbasRonnie H FangLiangfang ZhangJoseph Wang
Published in: Advanced healthcare materials (2020)
Here the fabrication of a zinc (Zn) microrocket pill is reported, and its unique features toward active and enhanced oral delivery application are demonstrated. By loading Zn-based tubular microrockets into an orally administrable pill formulation, the resulting Zn microrocket pill can rapidly dissolve in the stomach, releasing numerous encapsulated Zn microrockets that are instantaneously activated and then propel in the gastric fluid. The released Zn microrockets display efficient propulsion without being affected by the presence of the inactive excipient materials of the pill. An in vivo retention study performed in mice clearly shows that the active pill dissolution and powerful acid-driven Zn microrocket propulsion greatly enhance the microrocket retention within the gastric tissue without causing toxic effects. By combining the active delivery feature of Zn microrockets with the oral administration of a pill, the Zn microrocket pill holds considerable potential for active oral delivery of various therapeutics for diverse medical applications.
Keyphrases
  • heavy metals
  • healthcare
  • risk assessment
  • machine learning
  • drug delivery
  • metabolic syndrome
  • adipose tissue
  • deep learning
  • insulin resistance
  • endothelial cells
  • endoscopic submucosal dissection