Rohner, N., Purdue, L., & Von Recum, H.(2020).Affinity-based polymers provide long-term immunotherapeutic drug delivery across particle size ranges optimal for macrophage targeting.Journal of Pharmaceutical Sciences.
Rohner, N., Schomisch, S., Chak, A., Marks, J., & Von Recum, H.(2020).Mo1288 ENDOSCOPIC LOCAL INJECTION OF SIROLIMUS TO PREVENT ESOPHAGEAL STRICTURE POST-ENDOSCOPIC SUBMUCOSAL DISSECTION.Gastrointestinal Endoscopy,91(6).
Rohner, N., Nguyen, T., & Von Recum, H.(2020).Affinity Effects on the Release of Non-Conventional Antifibrotics from Polymer Depots..Pharmaceutics,12(3).
Rohner, N., Schomisch, S., Marks, J., & Von Recum, H.(2019).Cyclodextrin Polymer Preserves Sirolimus Activity and Local Persistence for Antifibrotic Delivery over the Time Course of Wound Healing.Molecular Pharmaceutics,16(4),1766-1774.
Rohner, N., Schomisch, S., Marks, J., & Von Recum, H.(2019).Cyclodextrin Polymer Preserves Sirolimus Activity and Local Persistence for Antifibrotic Delivery over the Time Course of Wound Healing..Molecular pharmaceutics,16(4),1766-1774.
Juric, D., Rohner, N., & Von Recum, H.(2019).Molecular Imprinting of Cyclodextrin Supramolecular Hydrogels Improves Drug Loading and Delivery.Macromolecular Bioscience,19(1).
Rohner, N., Dogan, A., Robida, O., & Von Recum, H.(2019).Serum biomolecules unable to compete with drug refilling into cyclodextrin polymers regardless of the form.Journal of Materials Chemistry B,7(35),5320-5327.
