publications & presentations
Regulatory Science for Prosthetic Vein Valves
(Presentation) Development of a Regulatory Science Tool for Steady Flow Characterization of Prosthetic Vein Valves, UMN BME Industry Grand Rounds Dec. 2024
Evaluation of an engineered vascular graft exhibiting somatic growth in lambs to model repair of absent pulmonary artery branch
(Co-author) Nature Communications Medicine Oct. 2024
Evaluation of an engineered vascular graft exhibiting somatic growth in lambs to model repair of absent pulmonary artery branch - Communications Medicine
Syedain et al. evaluate growth of biologically-engineered grafts grown from donor ovine fibroblasts in a sacrificial fibrin gel implanted into the left pulmonary branch of 3-month old lambs. The grafts exhibit extensive site-appropriate recellularization and increase in diameter and length until the lambs reach adulthood.
Zeeshan H. Syedain
Cell-based endothelialization approaches for emergency coronary artery bypass surgery
(Invited 1st author), European Symposium on Vascular Biology Apr. 2023
Development of a Modular, Biocompatible Thiolated Gelatin Microparticle Platform for Drug Delivery and Tissue Engineering Applications
(Co-author) Regenerative Biomaterials Feb. 2021
Development of a modular, biocompatible thiolated gelatin microparticle platform for drug delivery and tissue engineering applications
Abstract. The field of biomaterials has advanced significantly in the past decade. With the growing need for high-throughput manufacturing and screening, the ne
Hannah A Pearce
Effect of Substrate Stiffness on Human Intestinal Enteroids Infectivity by Enteroaggregative E. coli
(Co-author) Acta Biomaterialia Sep. 2021
Effect of Substrate Stiffness on Human Intestinal Enteroids Infectivity by Enteroaggregative Escherichia coli
Human intestinal enteroids (HIE) models have contributed significantly to our understanding of diarrheal diseases and other intestinal infections, but their routine culture conditions fail to mimic the mechanical environment of the native intestinal wall. Because the mechanical characteristics of th…
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Engineering an Intestinal Model Using Fused-Deposition 3D Printing and Milifluidics
(Conference poster) Biomedical Engineering Society Oct. 2020
BMES 2020 - Google Drive
Google Scholar profile
Tate Shannon
University of Minnesota - Geciteerd door 27 - Tissue engineering and regenerative medicine
