2025 May 12-13th, 15th Annual Moffitt Scientific Symposium, Moffitt.

Ana presented a poster: "In silico modeling of cell-stroma mechanical interactions in DCIS progression" and Hannah presented poster: "Developing a virtual cohort for adoptive cell therapy in bladder cancer". Grest discussions! Congratualtions to Hannah for winning a Quantitative Science Poster Award

 

2025 May 11-15th, Bi-annual meeting of the Society of Industrial and Applied Mathematics, Dynamical Systems group (SIAM-DS)

Podium talk "Modeling Adoptive Cell Therapy in Bladder Cancer Using Physics-Informed Neural Network with Biology Constraints" was presented by Kayode.

 

2025 March 18th, IMO Research in Progress seminar

Ana presented a summary of her PhD researech project: "Investigating tumor-stroma physicochemical interactions in DCIS microinvasions".

 

2025 March 14th, QuantSci Pi Day celebration.

Pi Day celebration by the Quantitative Sciences Division -- Rejniak Lab: Tyler, Kasia, Hannah, Kayode, Ana, and Emilie.

 

2025 January 26th, a new paper from Guevara lab with our contribution: "Effector T Cells under Hypoxia have an Altered Transcriptome Similar to Tumor-Stressed T Cells Found in Non-Responsive Melanoma Patients" has been published in Journal for ImmunoTherapy of Cancer. link to publication

 

2025 February 1-7th, Gordon Research Seminar and Conference on Physical Science of Cancer

Ana will present her work "In silico model of cell-stroma mechanical interactions in DCIS progression" in collaboration with Mehdi Damaghi lab at Stony Brook University

 

2025 January 8th, a new preprint from our lab: "Optimizing the Efficacy of Vaccine-Induced Immunotherapy in Melanomas" by Ibrahim Chamseddine and two prior HIP-IMO interns Manoj Kambara and Priya Bhatt, in collaboration with Shari Pilon-Thomas lab, and Kasia Rejniak, has been published in BioRxiv, link to the article