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Welcome to the Asimakopoulos Lab at UCSD!
Updates coming soon!

The Asimakopoulos Lab is recruiting!
Email Fotis at:

Our lab has major areas of interest in 1) multiple myeloma modeling, 2) tumor microenvironment and tumor immunology and 3) novel approaches for cancer vaccines.

1) Myeloma: Our lab focuses on multiple myeloma, the second most common blood cancer. Myeloma is a growing problem in the ageing population and despite great advances in therapy in the last 15-20 years, it remains incurable for the vast majority of patients. Despite effective modern and more traditional treatment approaches, almost all patients will see their disease come back at some point in their course. For many of our patients myeloma can become a “chronic condition”: unfortunately however, the myeloma cancer cells tend to evolve more aggressive and drug-resistant with time, and when they come back, they often come back with vengeance. We are working towards the goal of making myeloma a problem that most patients can overcome and conquer for good, through the construction and application of better myeloma animal models.

2) Tumor microenvironment and tumor matrix-immune cross-talk: We are interested in the regulation of homeostasis, activation and function of intratumoral dendritic cells and macrophages. The myeloid tumor infiltrate holds the secret for improved immunotherapy efficacy whether mediated through endogenous effectors (cytotoxic T cells, NK cells) or engineered effectors (CAR-T, CAR-NK). In the last few years, we have focused on mechanisms by which tumor matrix remodeling controls the polarization and function of intratumoral myeloid antigen-presenting cells.

3) New approaches for "in situ" cancer vaccines: Turning living tumors into their own vaccines (so-called "in situ" vaccines) has emerged as a hot topic for cancer treatment in recent years. The idea is that you pour immune “gasoline” into a tumor site to ignite a hotbed of battle between immune cells and tumor cells. The result is that the body’s fighter troops (T cells, a type of immune cell) can be intensity-trained to tackle all the machinations of their crafty opponent (the cancer) and can carry on their tumor-killing mission in faraway tumor sites that they later travel to, anywhere in the body. So how do we turn living tumors into their own vaccine? By enhancing the boot-camp training of the fighter troops (T cells). How do we achieve this? By empowering the drill-sergeant cells. The drill sergeant is a type of immune cell called dendritic cell. The drill sergeant knows danger when she sees it and can train the cadets (naïve T cells) to become seasoned fighters (effector T cells). How do we empower the drill sergeant?  Our lab recently defined an unexpected role for the tumor stroma (the sheath of the tumor) in controlling the behavior of the drill sergeant dendritic cells (Papadas, Cell Reports, 2022). This actually makes sense because the drill sergeants typically remain at the edge of the tumor even when the battle inside the tumor rages between the fighter troops and cancer cells. Small bits from the tumor sheath can affect the mighty drill sergeants. One of these bits, called versikine, acts like slow-release steroids for the drill sergeants. We are building on our recent discovery of versikine as a booster for drill-sergeant dendritic cells in order to generate better in situ ("living") cancer vaccines.


Recent News

The Asimakopoulos Lab elected to membership of the American Society for Clinical Investigation (ASCI), class of 2023



Founded in 1908, the American Society for Clinical Investigation is one of the oldest and most esteemed nonprofit honor societies of physician-scientists. Membership is by election only, and only researchers who are 50 years of age or younger are eligible for nomination to the Society. Therefore, membership in the ASCI is a recognition of a researcher’s significant contributions, at a relatively young age, to the understanding of human disease. The Society counts among its ranks more than 3,000 members, many of whom are leaders in academic medicine and industry. Many members have been recognized with election to the U.S. National Academy of Sciences and the National Academy of Medicine. The ASCI is also proud to have among its membership winners of the Nobel Prize and the Lasker Award. The ASCI convenes an annual meeting with the Association of American Physicians and American Physician Scientists Association, and the Society self-publishes the prestigious Journal of Clinical Investigation (founded 1924) and JCI Insight (founded 2016).

Congratulations to our recent PhD graduate Thanos Papadas for winning a SITC Young Investigator Award for his oral presentation: "Stromal remodeling controls dendritic cell abundance and activity in the tumor microenvironment" at SITC 2021!

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Active and Completed Research Funding

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Consider Donating to Myeloma Research

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