LJI’s Global Autoimmune Institute Assistant Professor Sam Myers, Ph.D., explores how to control how immune cells behave by first understanding how they “think”. Myers uses mass spectrometry and proteomics to uncover how immune cells make decisions—and what goes wrong in autoimmune, inflammatory, and other diseases. While the Myers Laboratory focus is on protein mass spectrometry and quantitative proteomics, they integrate genomics, chemical biology, and genetic engineering to delineate how various signaling pathways integrate into the gene expression machinery to drive immune cell activation and differentiation.
Life Without Disease Event Series
La Jolla Institute’s community lecture series “Life Without Disease” provides San Diegans with an opportunity to hear about the latest advances in immune research and learn first-hand about the exciting research conducted at the Institute. The seminars are delivered by leading figures in immunology and are offered at no charge to the public several times each year.
Upcoming
Outsmarting Autoimmune Disease
If we want to control how immune cells behave, we first need to understand how they “think” and “make decisions.” Learn how LJI’s Global Autoimmune Institute Assistant Professor Sam Myers, Ph.D., uses mass spectrometry and proteomics to uncover how immune cells make decisions—and what goes wrong in autoimmune, inflammatory, and other diseases.
Past Seminars
07
Nov
2024
Outsmarting Autoimmune Disease featuring Dr. Sam Myers
06
Mar
2024
Fighting disease by revealing the hidden side of the genome
Ferhat Ay, Ph.D., is building some of the world’s smallest maps. These maps trace the wiring inside a cell’s nucleus to reveal how genes interact and how the body fights disease. Only about 2% of our DNA accounts for genes; the remaining 98% harbor regulatory switches that control when and how active each gene is. Some switches are positioned right next to the gene they control, but some are far apart and brought close together as our DNA folds into a complex 3D shape inside the cell nucleus. Join Ay as he discusses how he uses computational tools to understand how individual variations in the intricate 3D architecture of our genome directly impact how our immune system fights disease.
04
Oct
2023
A new window into disease risk
LJI Assistant Professor Dr. Tal Einav harnesses computational biology and physics to study how the body fights disease. His research sheds light on how different groups – women and men, children and seniors – combat viral infections, cancers, and much more. Dr. Einav will share how leveraging models and algorithms can help us design better vaccines and accelerate the field of personalized medicine.
16
Mar
2023
Uncovering the roles of T cells in neurodegenerative diseases
LJI Research Assistant Professor Cecilia Lindestam Arlehamn, Ph.D., investigates how the immune system’s T cells may contribute to Parkinson’s disease, Alzheimer’s disease, ALS, and even long COVID. Her research has revealed how T cells can target vulnerable neurons in patients with Parkinson’s disease, potentially driving disease onset. Her recent work centers on the question: Could inflammatory T cells lead to ALS and long COVID symptoms as well? Dr. Lindestam Arlehamn will share her findings so far and the next steps in her quest to help patients with these diseases.
03
Nov
2022
How the Immune System “Sniffs” out Disease
Dr. Marco Orecchioni has pioneered work showing that immune cells in your arteries can “sniff ” out their surroundings and cause in lammation. These cells, called macrophages, have the same kind of olfactory receptors found in the nose. As these macrophages detect early markers of cardiovascular disease, they kick off an in lammatory response and make matters worse. Dr. Orecchioni’s work suggests we could block this process to stop heart disease progression
24
Oct
2019
Personalized cancer vaccines: Enabling the cure from within
On a molecular level, no two tumors are alike. Dr. Stephen Schoenberger will discuss how personalized cancer vaccines use these differences to mobilize the immune system against cancer cells.
06
Jun
2019
Dengue and Zika immunity: a complicated relationship
In many regions of the world, dengue and Zika virus go hand in hand. Dr. Sujan Shresta will discuss why prior exposure to dengue can both protect against or worsen infection with Zika.
21
Mar
2019
When your body turns against you
For reasons not yet understood, autoimmune disorders are on the rise, from type 1 diabetes and multiple sclerosis to lupus and rheumatoid arthritis. The numbers are staggering: 1 in 12 Americans and 1 in 9 women will develop an autoimmune disorder. Most autoimmune diseases are caused when malfunctioning T cells start attacking the body’s own tissues. La Jolla Institute Professor Dr. Michael Croft, one of the world’s foremost experts on T cell biology, discusses the latest insights into what happens when the immune system goes rogue, as well as, ongoing efforts to treat and prevent autoimmunity.
16
Oct
2018
From cause to cure: Striking the right cord in type 1 diabetes research
During their early life, immune cells learn to get along with the body’s own cells. In individuals with type 1 diabetes (T1D) that tolerance breaks down and immune cells selectively destroy insulin-producing beta cells in the pancreas. Dr. Matthias von Herrath discusses the latest insights into why beta cells become the target of a misdirected immune attack.
16
Mar
2018
Battle of the ages: Vaccine scientists versus HIV and influenza
Dr. Shane Crotty discusses his pioneering vaccine research, which seeks to discover why some viruses have evaded all efforts to create an effective vaccine.
