OUR LAB
The Weinstein Lab is part of the Center for Immunity and Inflammation at Rutgers New Jersey Medical School. The interplay between B and T cells in adaptive immunity is essential for production of anti-pathogen antibodies during infections and following vaccination. Similar pathways of T-B cell interactions likely lead to genesis of potentially pathogenic antibodies in autoimmunity. Mounting evidence suggests that in autoimmune diseases such as systemic lupus erythematosus (lupus), CD4+ T cells drive the generation of autoantibody-producing B cells via the germinal center (GC) reaction, with initiation of autoreactive B cell memory and long-lived plasma cell formation; however, the development and interaction of pathogenic T and B cells in comparison to the acute, pathogen-specific response are not well defined.
OUR FOCUS
Our research is primarily focused on understanding a subset of effector CD4 T cells, known as a T follicular helper (Tfh) cells, which interacts with germinal center B cells and extrafollicular B cells to generate antibody production in these B cells. Our lab combines advanced approaches in cellular immunology and genomics to investigate the dynamic genetic regulation and function of pathogenic T and B cells from early to advanced autoimmunity in comparison to those following pathogen challenge.
Illustration provided courtesy of Cami Chen
Confocal Image of germinal centers in lupus taken by the Weinstein Lab
PEOPLE
Assistant Professor, Chancellor Scholar
Jason Weinstein
Jason has long-held an interest in immunology, particularly in understanding T-B collaboration in normal and autoimmune responses. As a graduate student at the University of Florida, he studied the mechanisms underlying the generation of autoreactive B and T lymphocyte responses in lupus. As a postdoctoral fellow at Yale he examined the developmental requirements of T follicular helper cells, with the goal of applying these findings to autoimmunity. Jason used state-of-the-art bioinformatics and functional genomics to identify novel Tfh-cell specific enhancer elements from chronically inflamed human tonsils. Jason then integrated bioinformatics and genomics tools with cellular immunology approaches to examine how Tfh cells regulate the GC response in acute viral and helminth infections, models of type 1 and type 2 immune responses, respectively, with the goal to then dissect chronic autoimmune models for similarities.
Graduate Student
Lab Technician
Who we are
The Lab
Associate Professor, Chancellor Scholar
Jason Weinstein
Jason has long-held an interest in immunology, particularly in understanding T-B collaboration in normal and autoimmune responses. As a graduate student at the University of Florida, he studied the mechanisms underlying the generation of autoreactive B and T lymphocyte responses in lupus. As a postdoctoral fellow at Yale he examined the developmental requirements of T follicular helper cells, with the goal of applying these findings to autoimmunity. Jason used state-of-the-art bioinformatics and functional genomics to identify novel Tfh-cell specific enhancer elements from chronically inflamed human tonsils. Jason then integrated bioinformatics and genomics tools with cellular immunology approaches to examine how Tfh cells regulate the GC response in acute viral and helminth infections, models of type 1 and type 2 immune responses, respectively, with the goal to then dissect chronic autoimmune models for similarities.
Graduate Student
Dan joined the Weinstein lab in September 2019 as an undergraduate and then full-time as a lab tech in August 2020. He investigated how potential pharmacological agents may be used to intervene with Tfh and GC B cell development and interaction in systemic autoimmunity. Dan joined as a graduate student in 2024 where he focuses on understanding pathogenic Tfh cells in lupus. Dan graduated from New Jersey Institute of Technology with a B.A. in Biological Sciences. In his free time, he enjoys mountain biking, ice hockey and hiking.
Dan Mayer
Graduate Student
Eden joined the Weinstein lab family in June 2022 as a pre-doctoral student (I3 track) looking into the developmental requirements of T follicular helper cells and CD11c+ Tbet+ B cells in viral infection. Her project has since shifted into the regulation of overactivated Tfh cells and the effects on the B cell response in viral infection and lupus. She graduated from Binghamton University with a degree in Biochemistry where she studied both GLT-1 transporters and amyloid beta plaque aggregation. Her hobbies include hiking, cooking, and playing with her dog.
Eden Hirsch
Graduate Student
The Weinstein lab B cell aficionado and Detroit Tigers fan.
Rebecca Francis
Lab Technician
Mansi
Mansi Bhargava
Lab Mascot
Erratum joined the Weinstein lab in 2018 after Jason failed to properly review an order for a 2-liter bottle. Erratum is our fearless 20-liter mascot reminding us to double check our math.
Erratum
Former Lab Members
Krzysztof Zembrzuski
Resident NYU
Olivia Antao
Scientist at Regeneron
Natasha Rasnick
College
Gina Sanchez
Medical Writer
Kyleigh Petersen
Medical School
SELECTED PUBLICATIONS
CONTACT US
Jason Weinstein
205 S. Orange Ave.
Cancer Center G-1216
Newark, NJ. 07103
973-972-3161
jason.weinstein@rutgers.edu
PEOPLE
Assistant Professor, Chancellor Scholar
Jason Weinstein
Jason has long-held an interest in immunology, particularly in understanding T-B collaboration in normal and autoimmune responses. As a graduate student at the University of Florida, he studied the mechanisms underlying the generation of autoreactive B and T lymphocyte responses in lupus. As a postdoctoral fellow at Yale he examined the developmental requirements of T follicular helper cells, with the goal of applying these findings to autoimmunity. Jason used state-of-the-art bioinformatics and functional genomics to identify novel Tfh-cell specific enhancer elements from chronically inflamed human tonsils. Jason then integrated bioinformatics and genomics tools with cellular immunology approaches to examine how Tfh cells regulate the GC response in acute viral and helminth infections, models of type 1 and type 2 immune responses, respectively, with the goal to then dissect chronic autoimmune models for similarities.
Graduate Student
Lab Technician
Who we are
The Lab
Associate Professor, Chancellor Scholar
Jason Weinstein
Jason has long-held an interest in immunology, particularly in understanding T-B collaboration in normal and autoimmune responses. As a graduate student at the University of Florida, he studied the mechanisms underlying the generation of autoreactive B and T lymphocyte responses in lupus. As a postdoctoral fellow at Yale he examined the developmental requirements of T follicular helper cells, with the goal of applying these findings to autoimmunity. Jason used state-of-the-art bioinformatics and functional genomics to identify novel Tfh-cell specific enhancer elements from chronically inflamed human tonsils. Jason then integrated bioinformatics and genomics tools with cellular immunology approaches to examine how Tfh cells regulate the GC response in acute viral and helminth infections, models of type 1 and type 2 immune responses, respectively, with the goal to then dissect chronic autoimmune models for similarities.
Graduate Student
Dan joined the Weinstein lab in September 2019 as an undergraduate and then full-time as a lab tech in August 2020. He investigated how potential pharmacological agents may be used to intervene with Tfh and GC B cell development and interaction in systemic autoimmunity. Dan joined as a graduate student in 2024 where he focuses on understanding pathogenic Tfh cells in lupus. Dan graduated from New Jersey Institute of Technology with a B.A. in Biological Sciences. In his free time, he enjoys mountain biking, ice hockey and hiking.
Dan Mayer
Graduate Student
Eden joined the Weinstein lab family in June 2022 as a pre-doctoral student (I3 track) looking into the developmental requirements of T follicular helper cells and CD11c+ Tbet+ B cells in viral infection. She graduated from Binghamton University with a degree in Biochemistry where she studied both GLT-1 transporters and amyloid beta plaque aggregation. Her hobbies include hiking, cooking, and playing with her dog.
Eden Hirsch
Graduate Student
Rebecca Francis
Lab Technician
Mansi
Mansi Bhargava
Lab Mascot
Erratum joined the Weinstein lab in 2018 after Jason failed to properly review an order for a 2-liter bottle. Erratum is our fearless 20-liter mascot reminding us to double check our math.
Erratum
Former Lab Members
Krzysztof Zembrzuski
Resident NYU
Olivia Antao
Scientist at Regeneron
Natasha Rasnick
College
Gina Sanchez
Medical Writer
Kyleigh Petersen
Medical School
SELECTED PUBLICATIONS
CONTACT US