Pompano Lab

PhD student in Chemistry

Joined: Sep 2018

pa5ze@virginia.edu

BSc in Chemistry, University of Virginia

Research: Oxygen sensing in ex vivo tissue

PhD student in Chemistry

Joined: Summer 2018

Jmz3gm@virginia.edu

BS in Chemistry and Biology, Olivet Nazarene University, Bourbornnais, IL

R&D internship at CSL Behring (biopharmaceuticals), Feb 2016 - May 2017

NSF Graduate Research Fellow, 2019-2022

Research: Tissue-engineered models of immunity, analytical methods for biomaterials

PhD student in Chemistry

Joined: Fall 2018

src3qd@virginia.edu

BA in Chemistry, Bethany College, Lindsborg, KS

UVA Presidential Neuroscience Fellow, 2021-2022

Dept. of Chemistry Hecht Fellow, 2022-2023

Research: 3D-printed multi-organ-on-a-chip with novel pump platform

PhD Student in Microbiology, Immunology, and Cancer Biology

Joined: Spring 2019

agb2kp@virginia.edu

BS in Biochemistry, Elon Univeristy

Research: Vaccine adjuvants' influence on antigen processing and presentation in the lymph node

PhD Student in Chemistry

Joined: Fall 2019

hbm8g@virginia.edu

Dept. of Chemistry Hecht Fellow, 2023-2024

BS in Chemistry, Austin Peay State University

Research: Biocompatible microfluidics for long-term, local stimulation of tissue slices

PhD Student in Biomedical Engineering

Joined: Spring 2021

km7yu@virginia.edu, LinkedIn

2022-24 Trainee Fellow of the UVA Cancer Center

2018-2019 UVA Visiting Research Graduate Traineeship Program

MS in Biomedical Engineering and Ecological Engineering, VUTBR, Czech Republic

BS Biomedical Engineering and Bioinformatics, VUTBR, Czech Republic

Research: Multi-organ models of tumor immunity

PhD Student in Chemistry

Joined: Fall 2021

xjt6ha@virginia.edu

BS and MS in Chemistry at UNCW

Research: Microfluidics for bioanalytical chemistry

PhD Student in Chemistry

Joined: Fall 2022

hzp9wp@virginia.edu

T32 fellow on NIH Biotechnology Training Grant

BS in Chemistry at UNC Chapel Hill

PhD Student in Chemistry

Joined: Fall 2022

ss5kj@virginia.edu

BS in Biochemistry and Molecular Biology, University of South Carolina

PhD student in Chemistry

Joined: Fall 2023

xfu7qq@virginia.edu

BS in Chemistry, University of Peradeniya Sri Lanka

PhD Student in Chemical Engineering

Joined: Fall 2023

kkn8js@virginia.edu

MS in Polymer Engineering, BS in Chemical Engineering

Current Focus: Developing methods for lymphocyte recirculation without damage or shear activation through the multi-organ chip

PhD Student in Chemistry

Joined: Fall 2023

njq9tq@virginia.edu

BS in Chemistry, University of North Carolina at Chapel Hill

ill3dw@virginia.edu

Joined: Fall 2021

Major: Chemistry with Specialization in Biochemistry

Research focus: Determining methacryloyl functionalization of GelMA using NMR

crv3cy@virginia.edu

Joined: September 2021

Research focus: Unidirectional organ-on-a-chip pump

blz4mv@virginia.edu

Joined: Spring 2022

https://www.linkedin.com/in/bertram-zhai/

Major: BS in Chemistry and BA in Computer Science

Research focus: Exploring T Cell moblity and the use of computational models

Joined: Fall 2022

pcd3yh@virginia.edu

https://www.linkedin.com/in/elyana-glory-zewdie-00935123b/

Major: BS in Biochemistry

Current Focus: Comparing how state of a lymph node tissue and its microenvironment affects its diffusivity

Joined: Fall 2022

yjn5xe@virginia.edu

Major: BS in Biology

Current Focus: Cataloguing the function of stromal cells from human tonsil samples

Joined: Fall 2022

uqw5ps@virginia.edu

BS in Biochemistry and religious studies minor

Current Focus: Understanding how human T cells migrate on lymph node models

Joined: Fall 2022

zvf2fg@virginia.edu

BS in Biochemistry and Data Analytics Minor

Current Focus: Investigating methods to handle and maintain viability of tonsil tissue culture

Joined: Fall 2022

mcz3vx@virginia.edu

BA in Cognitive Science concentrating in psychology

Current Focus: Determining effective ways to handle a human tonsil tissue

Joined: Fall 2022

gdn4tq@virginia.edu

Major in Chemical Engineering

Current Focus: Characterizing the physical and biochemical changes of tumor-draining lymph nodes