相关期刊:《BMEMat(BioMedical Engineering Materials)》《Frontiers of Materials Science》《Advances in Chemical Engineering and Science》《Microsystems & Nanoengineering》更多>>
Various hydrogels have been explored to create minimally invasive microneedles(MNs)to extract interstitial fluid(ISF).However,current methods are time-consuming and typically require 10–15 min to extract 3–5 mg of I...
A microneedle(MN)array is a novel biomedical device adopted in medical applications to pierce through the stratum corneum while targeting the viable epidermis and dermis layers of the skin.Owing to their micron-scale ...
The work was funded by ExVivo Labs Inc.,OCE and NSERC.
Microneedle technologies have the potential for expanding the capabilities of wearable health monitoring from physiology to biochemistry.This paper presents the fabrication of silicon hollow microneedles by a deep-rea...
We acknowledge the partial support of the Office of Naval Research(ONR)(Grant No.N0014-16-1-2550).
We present a facile,low-cost and cleanroom-free technique for the fabrication of microneedles using molds created by laser ablation.Microneedle mold with high aspect ratios is achieved on acrylic sheet by engraving a ...
CHA acknowledges the Australian Government for an ARC Future Fellowship(FT120100216);LEB was supported by an NHMRC senior research fellowship.
Development of microneedles for unskilled and painless collection of blood or drug delivery addresses the quality of healthcare through early intervention at point-of-care.Microneedles with submicron to millimeter fea...