Unver, N. Et Al. 2022. Hollow microneedle array fabrication using a rational design to prevent skin clogging in transdermal drug delivery. JOURNAL OF MATERIALS CHEMISTRY B , vol.10, no.41 , 8419-8431.

Unver, N., ODABAŞ, S., DEMİREL, G., & GÜL, O. T., (2022). Hollow microneedle array fabrication using a rational design to prevent skin clogging in transdermal drug delivery. JOURNAL OF MATERIALS CHEMISTRY B , vol.10, no.41, 8419-8431.

Unver, Nur Et Al. "Hollow microneedle array fabrication using a rational design to prevent skin clogging in transdermal drug delivery," JOURNAL OF MATERIALS CHEMISTRY B , vol.10, no.41, 8419-8431, 2022

Unver, Nur Et Al. "Hollow microneedle array fabrication using a rational design to prevent skin clogging in transdermal drug delivery." JOURNAL OF MATERIALS CHEMISTRY B , vol.10, no.41, pp.8419-8431, 2022

Unver, N. Et Al. (2022) . "Hollow microneedle array fabrication using a rational design to prevent skin clogging in transdermal drug delivery." JOURNAL OF MATERIALS CHEMISTRY B , vol.10, no.41, pp.8419-8431.

@article{article, author={Nur Unver Et Al. }, title={Hollow microneedle array fabrication using a rational design to prevent skin clogging in transdermal drug delivery}, journal={JOURNAL OF MATERIALS CHEMISTRY B}, year=2022, pages={8419-8431} }