The Immune-Aging Project

The Immune-Aging Project

What We Do

We are currently establishing a webinar series, called the Burstcast. A unique platform for dynamic scientific dialogue on immune aging. Through this flagship initiative, we aim to facilitate new connections and accelerate the sharing of cutting-edge research in the field. As our community grows, we plan to introduce future initiatives that will expand into other areas of collaboration and discovery.

A stylized abstract image representing the flow of scientific data

Our Thinking: The Collaborative Science of Longevity

Aging is not an irreversible decline. We believe that by advancing our understanding of the immune system and aging biology, we can discover pathways that modulate the aging process and help us achieve healthy longevity. To achieve this, we believe in a community-driven approach where finding the right collaborator is like finding a substrate for an enzyme. We aim to facilitate open science and data sharing to help each other overcome bottlenecks in scientific work and bring fundamental science and industry work together. Our approach is to foster a dynamic dialogue that turns scientific insights into a living conversation, thereby accelerating breakthroughs for everyone.

An animated GIF of an abstract immune-system and aging concept

Team

The Immune-Aging Project is guided by a team passionate about collaborative science and healthy longevity. We are bringing together diverse expertise to foster a dynamic dialogue that turns scientific insights into a living conversation.

Headshot of Amit Agrawal

Amit Agrawal, Ph.D.

Amit is a systems biologist specializing in immune aging and senescent cell biology. His research at the Weizmann Institute of Science, resulted in uncovering the heterogenity among senescent cells and pathway that enables senescent cell in old tissue to play “hide & seek” with various immune cells.

Headshot of Julia Magdalena Majewska

Julia Magdalena Majewska, Ph.D.

Julia during her postdoctoral fellowship at Weizmann Institute of Science, demonstrated that senescent cells, like cancer cells, evade immune clearance by upregulating the immunosuppressive checkpoint PD-L1. Her work bridges together aging and immuno-oncology, highlighting a shared immune-evasion mechanism and its therapeutic potential. Julia recently joined the Bordeaux Institute of Oncology, where she investigates the aging immune system in clinical settings, with a focus on oncology-driven insights.

Webinar: Burstcast

(Launching in September 2025)

Welcome to Burstcast! Get ready for a live, 60-minute scientific dialogue that’s more like a dynamic podcast than a traditional webinar. Instead of a static lecture, your curiosity helps drive the discussion. The conversation flows through four distinct phases:

  1. Concept Hook (10 min): We start with a relatable story to frame the big scientific question.
  2. Bold Claim (5 min): The dialogue zeroes in on the one provocative, measurable claim the scientist is making.
  3. Interactive Data Reveal (30 min): This is the main event. Questions from the host and audience trigger the scientist to share specific data.
  4. Open Dialogue (15 min): We wrap up by discussing the work's impact and opening the floor for your questions.
A stylized image of a microphone representing the Burstcast webinar format

Get Involved

Whether you're a researcher, entrepreneur, student, or a curious mind, we believe you will enjoy the immune-aging science here.