🛈 Please note: Certain image, microscopy, and interactive file formats cannot be hosted on this website. These materials will be provided separately during the workshop.
Session 1 • Friday, July 10, 2026
In this first session, Fernando Santana, Ph.D., introduces the foundational concepts for using large language models in scientific image analysis, including how to describe images in four dimensions (sample, imaging, structure, and question), evaluate image quality, and distinguish execution from discovery workflows. Participants learn how to build AI-assisted image analyses, interpret overlays, set thresholds, and validate results against known ground truth before trusting AI-generated results.
Instructor: L. Fernando Santana, Ph.D.
No additional data files for Session 1.
Session 2 • Friday, July 17, 2026
In this session, Fernando Santana, Ph.D., extends AI-assisted image analysis to time-varying calcium imaging. Participants learn how to describe calcium recordings, build and validate a calcium event detector using a large language model, measure calcium sparks, transients, and propagating waves, and use quantitative measurements to generate new biological hypotheses.
Instructor: L. Fernando Santana, Ph.D.
Session 3 • Friday, July 24, 2026
In this session, Fernando Santana, Ph.D., demonstrates how to build an AI-assisted segmentation and colocalization analysis pipeline for multichannel microscopy images. Participants learn how to segment biological structures, compare multiple colocalization metrics, distinguish meaningful spatial relationships from chance using statistical controls, and validate AI-generated analyses before applying them to their own datasets.
Instructor: L. Fernando Santana, Ph.D.
Session 4 • Friday, July 31, 2026
In this final session, Manuel F. Navedo-Morales, Ph.D., introduces AI-assisted analysis of super-resolution microscopy data, emphasizing the transition from pixel-based images to localization point clouds. Participants learn how to use large language models to perform cluster analysis, quantify nanoscale spatial organization, validate findings using randomized controls, and build reproducible workflows for single-molecule localization microscopy (SMLM) analysis.
Instructor: Manuel F. Navedo-Morales, Ph.D.
No additional data files for Session 4.
Q&A |
Coming Soon |
| Questions and answers from all four sessions, organized by topic. | Available after the workshop series. |
For questions about the workshop, assistance with materials, or requests for files that cannot be hosted on this website, please contact:
Adriane Joo, Ph.D. (she/her/hers)
Director of Research Strategy and Innovation for Basic Sciences
Date: Wednesday, July 22, 2026, 1–2 p.m. Pacific Time
Format: Zoom Webinar
Audience: Faculty considering or planning to submit HHMI applications
The HHMI Application Strategy Workshop brought together UC Davis HHMI investigators, Freeman Hrabowski Scholars, and research development leaders to share practical advice on an application process that differs fundamentally from NIH R01 grant writing. Because HHMI invests in scientists rather than individual projects, applicants must convey a bold, cohesive scientific vision, a distinctive research identity, and the potential to pursue high-risk, high-impact questions—not a fixed experimental roadmap. Drawing on their own experiences, panelists discussed how they framed their applications, moved beyond familiar NIH conventions, and positioned their work for HHMI review.
Facilitated by Adriane Joo, Ph.D., Director of Research Strategy and Innovation for Basic Sciences, Dean’s Office, School of Medicine, UC Davis Health.
A cleaned, lightly edited transcript of the full panel discussion and Q&A.
Key takeaways from the discussion, organized by topic.
Faculty planning to apply to the current HHMI competition may contact Matt Boitano, Director of Foundation Engagement, at mboitano@ucdavis.edu for one-on-one support with defining the scope of an application, reviewing draft materials, and receiving detailed feedback.
2028 competition dates:
Beginning with the 2028 cycle, HHMI will select applicants for these programs through a single, combined competition, with review tailored to each career stage.
Hear directly from HHMI’s Science Programs team about its early career programs, what reviewers look for in candidates, and how to prepare a strong application.