Jalal Ahmed presented exciting insights into enhancing CAR T cell therapy in solid tumors in the last talk of this "Novel Approaches" session. His talk focused on how radiotherapy (RT) can improve the effectiveness of CAR T cells in solid tumors.

🗺 To finish this second day of the Immunorad conference, Brian D. Brown presented exciting research on how tumor microenvironment (TME) composition impacts immunotherapy (IO) success.

Dr. Sierra McDonald presented complementary findings from the P-RAD clinical trial and a genetically engineered TNBC mouse model:

⭐ Exciting takeaways from Anguraj Sadanandam, Ph.D.'s talk on AI and single-cell data analysis. He began by discussing the challenges of data-driven algorithms, emphasizing that cancer evolution is multifactorial and requires diverse data inputs.

Timothy Chan kicked off the "Cancer Immunogenomics and Radiation Therapy" session with a detailed talk emphasizing the need for biomarker identification to improve the efficacy of RT/IO combinations.

⌚️To finish this session, Sean Pitroda presented extensive research on “Immunogenomic Responses to Combination SBRT and Immune Checkpoint Blockade in Metastatic NSCLC.” , from a recently published work originally from COSINR randomized phase I trial.

Exciting updates from Gaorav Gupta on the P-RAD trial—the first randomized study comparing aPD-1 alone vs. aPD-1 + RT in early-stage, LN metastatic, TNBC, and high-risk HR-HER2- breast cancer:

Great insights from Dr. Kristina Young’s talk on targeting TGF-β in rectal cancer, showing that TGF-β directly impact CD8+ T-cells anti-tumor efficacy

🌟 Exciting Insights from Alan Melcher's talk on T Cell Dynamics and Radiotherapy in Rectal Cancer! 🌟 During his presentation, Prof. Melcher highlighted how a strong immune response to radiotherapy mimics viral infection.

⭐️Kicking off the second day of ImunoRad, Anne-Gaëlle Goubet presented an exciting talk on leveraging Flash Radiotherapy for immune engagement and tumor control.

Dr. Ben Chetrit stressed the need for developing innate immune strategies, particularly targeting Notch4 to reverse macrophage-related immunosuppression.

"Radiation Therapy-Induced Modulation of the Tumor Immune Microenvironment" kicked off with insights from James Welsh on novel strategies to tackle checkpoint resistance.

📷 Gut-Immune Axis: Healthy gut microbiome dysbiosis can enhance the immune system's ability to fight cancer cells 📷Low-dose #radiation: When combined with specific gut bacteria, can boost the response to immunotherapy and may drive the #abscopal effect. Prospective study inc

Dr. @Laurence Zigvogel's introductory presentation shed light on the revolutionary potential of the #gut #microbiome in combating cancer. 📷 #Antibiotics: Disrupting the delicate balance of gut bacteria with antibiotics can hinder the effectiveness of immunotherapy.