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A

Midhat Abdulreda, PhD

University of Miami

Aptamer Chimeras for the in vivo Modulation of Beta Cell Mass and Immunogenicity, Investigator

Ashu Agarwal, PhD

University of Miami

Engineering a Human Physiomimetic Islet Microsystem, Investigator
Real-time Detection of Insulin Surrogate Markers within Physiomimetic Islet Microsystems, Investigator

Joana Almaca, PhD

University of Miami

Changes in Human Islet Microvasculature during Type 1 Diabetes, Investigator

Mark S. Anderson, MD, PhD

University of California, San Francisco

Using Human Stem Cell-derived Thymic Epithelium to Remodel T1D Immune Tolerance, Investigator

Charles Ansong, PhD

Pacific Northwest National Laboratory

Mark Atkinson, PhD

University of Florida

Dana Avrahami-Tzfati, PhD

Hadassah-Hebrew University

B

Michael Betts, PhD

University of Pennsylvania

Penn Integrated Human Pancreas Analysis Program, co-Investigator

Sangeeta Bhatia, MD, PhD

Massachusetts Institute of Technology

A Vascularized 3D Biomimetic for Islet Function and Physiology, Investigator

Jeffrey Bluestone, PhD

University of California, San Francisco

Bernd Bodenmiller, PhD

University of Zurich

Single-Cell Analyses of Human Islets in T1D Using Highly Multiplexed Imaging, Investigator

Rita Bottino, PhD

Allegheny Health Network

Molecular Mechanisms of Physiologic Beta Cell Growth in Juvenile Human Pancreas, Co-Investigator

Michael Brehm, PhD

University of Massachusetts Medical School

Humanized Mouse Avatars for T1D, Investigator

Marcela Brissova, PhD

Vanderbilt University

Todd Brusko, PhD

University of Florida

Genetic Regulation of Human Beta Cell Destruction, Co-Investigator

Peter Buchwald, PhD

University of Miami

Kristin Burnum-Johnson, PhD

Pacific Northwest National Laboratory

Single Cell Resolution of Omics Analysis of T1D Islets, co-Investigator

C

Long Cai, PhD

California Institute of Technology

High-Resolution Analysis of Juvenile Human Pancreas Maturation, Investigator

Alejandro Caicedo, PhD

University of Miami

Richard Caprioli, PhD

Vanderbilt University

High-Resolution Analysis of Juvenile Human Pancreas Maturation, Investigator

Xiaojuan Chen, MD, PhD

Columbia University

Mice with Autologous Human T1D-Derived Immune Systems and iPSC-Derived Beta Cells, Co-Investigator

Chris Chen, MD, PhD

Boston University

A Vascularized 3D Biomimetic for Islet Function and Physiology, Investigator

Jing Chen, PhD

University of Florida

Genetic Regulation of Human Beta Cell Destruction, Co-Investigator

Amit Choudhary, PhD

Broad Institute

Development of Small Molecule-based Methods for Targeted Cargo Delivery to Beta Cells, Investigator

Karen Christman, PhD, FAHA

University of California at San Diego

D

Chunhua Dai, MD

Vanderbilt University

Molecular Mechanisms of Physiologic Beta Cell Growth in Juvenile Human Pancreas, Co-Investigator

George Daley, MD, PhD

Harvard Medical School

Humanized Mouse Avatars for T1D, Investigator

Nichole Danzl, PhD

Columbia University

Mice with Autologous Human T1D-Derived Immune Systems and iPSC-Derived Beta Cells, Co-Investigator

Sangeeta Dhawan, PhD

City of Hope

Targeting DNA Hydroxymethylation to Promote Human Beta Cell Function, Investigator

Juan Dominguez-Bendala, PhD

University of Miami

High-Resolution Characterization of Human Ductal Progenitor Cells and their Regeneration Potential, Investigator

Yuval Dor, PhD

Hebrew University of Jerusalem

E

Dieter Egli, PhD

Columbia University

Mice with Autologous Human T1D-Derived Immune Systems and iPSC-Derived Beta Cells, Co-Investigator

Abdelfattah El Ouaamari, PhD

Rutgers University

Neuromodulation for Type 1 Diabetes: Harnessing Sensory Innervation to Promote Regeneration and Function of Insulin-Producing Cells., Investigator

Carmella Evans-Molina, MD, PhD

Indiana University

Workshop for Continued Harmonization of Beta Cell Death Assays, Investigator

F

Michael Feldman, MD, PhD

University of Pennsylvania

Penn Integrated Human Pancreas Analysis Program, co-Investigator

Kenichiro Furuyama, MD, PhD

University of Geneva

Beta-cell Regeneration by Islet Cell Type Interconversion: Exploiting Islet Cell Plasticity for Diabetes Recovery, Co-Investigator

G

Paul Gadue, PhD

Children's Hospital of Philadelphia

Kyle Gaulton, PhD

University of California, San Diego

Single Cell Analysis of the Human Pancreas in Type 1 Diabetes, Investigator

Steven George, MD, PhD

University of California, Davis

A 3D Biomimetic Human Islet to Model Beta Cell Function in Health and Disease, Investigator

Ronald Gill, PhD

University of Colorado at Denver

Analysis of Human Autoreactive T Cell Receptors in vivo, Investigator

Benjamin Glaser, MD

Hadassah-Hebrew University

Robin Goland, MD

Columbia University

Mice with Autologous Human T1D-Derived Immune Systems and iPSC-Derived Beta Cells, Co-Investigator

David Gorkin, PhD

University of California, San Diego

Single Cell Analysis of the Human Pancreas in Type 1 Diabetes, Co-Investigator

Peter Gottlieb, MD

University of Colorado at Denver

Analysis of Human Autoreactive T Cell Receptors in vivo, Co-Investigator

Viviana Gradinaru, PhD

California Institute of Technology

High-Resolution Analysis of Juvenile Human Pancreas Maturation, Investigator

Carla Greenbaum, MD

Benaroya Research Institute

Non-invasive Detection of Cell Death in Type 1 Diabetes: Insight into Novel Disease Mechanisms, Investigator

Dale Greiner, PhD

University of Massachusetts Medical School

Humanized Mouse Avatars for T1D, Investigator

Markus Grompe, MD

Oregon Health & Science University

In vivo Targeting of Diabetes-relevant Human Cell Types with rAAV Vectors, Investigator

H

David Harlan, MD

University of Massachusetts Medical School

Chuan He, PhD

University of Chicago

Interrogation of Dynamic RNA Modifications in Beta Cells in Type 1 Diabetes, Investigator

Matthias Hebrok, PhD

University of California, San Francisco

Using Human Stem Cell-derived Thymic Epithelium to Remodel T1D Immune Tolerance, Investigator

Pedro Herrera, PhD

University of Geneva

Martin Hetzer, PhD

Salk Institute

Linking Islet Cell Function and Identity from in vitro to in situ, Investigator

Dirk Homann, MD

Mount Sinai Hospital

Human Islet-Infiltrating T cell Biology: Reactivity, Structure and Function, co-Investigator

Chris Hughes, PhD

University of California at Irvine

Dan Huh, PhD

University of Pennsylvania

A Vascularized 3D Biomimetic for Islet Function and Physiology, Investigator

J

Eddie James, PhD

Benaroya Research Institute

HLA multimer based characterization of Islet Resident CD4+ T Cells that Target Beta Cell Epitopes and Neo-epitopes, Investigator

K

Klaus Kaestner, PhD, MS

University of Pennsylvania

John Kappler, PhD

National Jewish Medical & Research Center

Analysis of Human Autoreactive T Cell Receptors in vivo, Co-Investigator

Jeff Karp, PhD

Brigham and Women's Hospital

Islet on a Chip, Co-Investigator

Mark Kay, MD, PhD

Stanford University

In vivo Targeting of Diabetes-relevant Human Cell Types with rAAV Vectors, Investigator

Sally Kent, PhD

University of Massachusetts Medical School

Human Islet-Infiltrating T cell Biology: Reactivity, Structure and Function, Investigator

Seung Kim, MD, PhD

Stanford University

Stephan Kissler, PhD

Joslin Diabetes Institute

Generating Novel Sources of Functional Human Insulin-secreting Cells for T1D Modeling, Investigator

Rohit Kulkarni, MD, PhD

Joslin Diabetes Center

Irina Kusmartseva, PhD

University of Florida

Integrated Program for Human Pancreas Analysis, co-Investigator

L

Julia Laskin, PhD

Pacific Northwest National Laboratory

Single Cell Resolution of Omics Analysis of T1D Islets, co-Investigator

Wendell Lim, PhD

University of California, San Francisco

Therapeutic Targeting of the Human Islet Environment, Investigator

Amelia Linnemann, PhD

Indiana University School of Medicine

Real-time in vivo Analysis of Islet Redox Dynamics, Investigator

Emma Lundberg, PhD

KTH Royal Institute of Technology

Linking Islet Cell Function and Identity from in vitro to in situ, Investigator

M

Patrick MacDonald, PhD

University of Alberta

Linking Islet Cell Function and Identity from in vitro to in situ, Investigator

Rene Maehr, PhD

University of Massachusetts Medical School

Humanized Mouse Avatars for T1D, Co-Investigator

Clayton Mathews, PhD

University of Florida

Genetic Regulation of Human Beta Cell Destruction, Investigator

Douglas Melton, PhD

Harvard University

Thomas Metz, PhD

Pacific Northwest National Laboratory

Single Cell Resolution of Omics Analysis of T1D Islets, co-Investigator

Everett Meyer, MD, PhD

Stanford University

CAR T Cell Targeting of Human Islets, Investigator

Aaron Michels, MD

University of Colorado at Denver

Analysis of Human Autoreactive T Cell Receptors in vivo, Co-Investigator

Jason Moore, PhD

University of Pennsylvania

Penn Integrated Human Pancreas Analysis Program, co-Investigator

N

Ali Naji, MD, PhD

University of Pennsylvania

Hiroyuki Nakai, MD, PhD

Oregon Health & Science University

In vivo Targeting of Diabetes-relevant Human Cell Types with rAAV Vectors, Investigator

Maki Nakayama, MD, PhD

University of Colorado at Denver

Analysis of Human Autoreactive T Cell Receptors in vivo, Co-Investigator

Harry Nick, PhD

University of Florida

Single-Cell Analyses of Human Islets in T1D Using Highly Multiplexed Imaging, co-Investigator

Jeremy Norris, PhD

Vanderbilt University

High-Resolution Analysis of Juvenile Human Pancreas Maturation, Investigator

O

Galya Orr, PhD

Pacific Northwest National Laboratory

Single Cell Resolution of Omics Analysis of T1D Islets, co-Investigator

P

Kit Parker, PhD

Harvard University

Islet on a Chip, Co-Investigator

Ricardo Pastori, PhD

University of Miami

High-Resolution Characterization of Human Ductal Progenitor Cells and their Regeneration Potential, Investigator

Ed Phelps, PhD

University of Florida

Engineering a Human Physiomimetic Islet Microsystem, Co-Investigator

Al Powers, MD

Vanderbilt University

Sebastian Preissl, PhD

University of California, San Diego

Single Cell Analysis of the Human Pancreas in Type 1 Diabetes, Co-Investigator

Q

Stephen Quake, PhD

Stanford University

Linking Islet Cell Function and Identity from in vitro to in situ, Investigator

R

Camillo Ricordi, MD

University of Miami

Michael Roper, PhD

Florida State University

Modular Monitoring of Hormone Release from Human Islets, Investigator

Kole Roybal, PhD

University of California, San Francisco

Therapeutic Targeting of the Human Islet Environment, Co-Investigator

Holger Russ, PhD

University of Colorado, Denver

Elucidating the Human Beta Cell Translatome in Health and Disease, Investigator

S

Maike Sander, MD

University of California, San Diego

Alexei Savinov, MD

Sanford Research/Univ. of South Dakota

Genetic Regulation of Human Beta Cell Destruction, Co-Investigator

Desmond Schatz, MD

University of Florida

Non-invasive Detection of Cell Death in Type 1 Diabetes: Insight into Novel Disease Mechanisms, Investigator

Paolo Serafini, PhD

University of Miami

Aptamer Chimeras for the in vivo Modulation of Beta Cell Mass and Immunogenicity, Investigator

Anath Shalev, MD

University of Alabama at Birmingham

Development of an Early Diagnostic Biomarker and Novel Treatment Strategy for T1D, Investigator

Leonard Shultz, PhD

The Jackson Laboratory

Humanized Mouse Avatars for T1D, Investigator

Hans Snoeck, MD, PhD

Columbia University

Mice with Autologous Human T1D-Derived Immune Systems and iPSC-Derived Beta Cells, Co-Investigator

Stephan Speier, PhD

Paul-Langerhans-Institute Dresden

In situ Analysis of Functional Endocrine, Vascular, and Immune Cell Interactions During Early Postnatal Development of the Human Pancreas, Investigator

Cherie Stabler, PhD

University of Florida

Engineering a Human Physiomimetic Islet Microsystem, Investigator

Ben Stanger, MD, PhD

University of Pennsylvania

Lawrence Stern, PhD

University of Massachusetts Medical Center

Human Islet-Infiltrating T cell Biology: Reactivity, Structure and Function, Investigator

Andrew Stewart, MD

Mount Sinai Hospital

Molecular Mechanisms of Physiologic Beta Cell Growth in Juvenile Human Pancreas, Investigator

Doris Stoffers, MD, PhD

University of Pennsylvania

Penn Integrated Human Pancreas Analysis Program, co-Investigator

Philip Streeter, PhD

Oregon Health & Science University

CAR T Cell Targeting of Human Islets, co-Investigator

Lori Sussel, PhD

University of Colorado, Denver

Single Cell Resolution of Omics Analysis of T1D Islets, Investigator

Megan Sykes, MD

Columbia University

Mice with Autologous Human T1D-Derived Immune Systems and iPSC-Derived Beta Cells, Investigator

T

Qizhi Tang, PhD

University of California, San Francisco

Therapeutic Targeting of the Human Islet Environment, Co-Investigator

Naohiro Terada, MD, PhD

University of Florida

Genetic Regulation of Human Beta Cell Destruction, Co-Investigator

Fabrizio Thorel, PhD

University of Geneva

V

Prashanth Vallabhajosyula, MD

University of Pennsylvania

Discovery and Investigation of Noninvasive Diagnostic Potential of Circulating Pancreatic Islet Beta Cell Exosomes as Biomarkers of Beta Cell Injury, Investigator

W

Bridget Wagner, PhD

Broad Institute

Development of Small Molecule-based Methods for Targeted Cargo Delivery to Beta Cells, Co-Investigator

Mark Wallet, PhD

University of Florida

Genetic Regulation of Human Beta Cell Destruction, Co-Investigator

HIRN Investigator

Peng Wang, PhD

Mount Sinai Hospital

Molecular Mechanisms of Physiologic Beta Cell Growth in Juvenile Human Pancreas, Co-Investigator

Clive Wasserfall

University of Florida

Single-Cell Analyses of Human Islets in T1D Using Highly Multiplexed Imaging, Collaborator

Ryan White, PhD

University of Cincinnati

Modular Monitoring of Hormone Release from Human Islets, Investigator

Christopher Wright, D Phil

Vanderbilt University

High-Resolution Analysis of Juvenile Human Pancreas Maturation, Investigator

Y

Yong-Guang Yang, MD, PhD

Columbia University

Mice with Autologous Human T1D-Derived Immune Systems and iPSC-Derived Beta Cells, Co-Investigator

Mingder Yang, PhD

University of Florida

Integrated Program for Human Pancreas Analysis, co-Investigator

Z

Ken Zaret, PhD

University of Pennsylvania

Joe Zhou, PhD

Weill Cornell Medical College

Generating Novel Sources of Functional Human Insulin-secreting Cells for T1D Modeling, Investigator