MathOnco

Mathematical Oncology

Ongoing efforts for mathematical oncology community growth.

Antifragile

Antifragility & convexity in dose response

The lab is exploring the role of antifragility along several research avenues. Read more..

Convexity

Antifragility & convexity in dose response

The lab is exploring the role of antifragility along several research avenues. Read more..

Agent-based models

Sadegh Marzban: Poster Award

Moffitt Scientific Symposium Postdoc's Choice Poster Award winner.

Trends in Cell Biology Cover Art

Agent-based methods facilitate integrative science in cancer

Recorded Talk: Spring School on applied mathematics in ecology

Talk: can we use the principles of convexity to guide treatment?

Agent-based models of cancer

Continuous space-time cellular automata modeling using Lenia.

Adaptive therapy

Published: a survey of open questions in adaptive therapy

Published in eLife: a collaboration of 12 scientists mapping out how to bridge mathematics and clinical translation.

Lenia

HIP-IMO 2024

Richa Trivedi and Anish Nelluri - HIP-IMO-2024

Sadegh Marzban: Poster Award

Moffitt Scientific Symposium Postdoc's Choice Poster Award winner.

Preprint: spatial interactions in immune escape

Spatial interactions modulate tumor growth and immune infiltration.

Radiation Oncology

Ari Barnett Joins EDIT Lab

IMO PhD Student Ari Barnett joins EDIT lab to build models of radiation therapy.

Dose Response

Published: Antifragility in Complex Systems

New open access publication in npjComplexity

HIP-IMO 2024

Richa Trivedi and Anish Nelluri - HIP-IMO-2024

Antifragility

Published: Antifragility in Complex Systems

New open access publication in npjComplexity

Mechanistic Learning

Recorded Talk: Fields Institute

Talk: mechanistic learning reveals the reciprocal cell fate transitions that drive disease progression in B-cell ALL