Not the official Science Advances cover of this month, but you can still find it in the current issue! Check our latest paper where we used 3D-CODA to design assembloids that mimic the complexity of human fallopian tubes. Paper: https://t.co/e3jTJ55iQp

Thrilled see our paper out in @Nature ! 🤩 Wonderful collaboration with @GoCasteloBranco. Kudos to my amazing postdoc @Di_0579 at @YaleEngineering and Leslie Kirby from Goncalo's lab @karolinskainst. Huge team science with @YaleMed @UCSF @ASTARsg https://t.co/IF7XbnS1q0

Last night, we recognized members of our community who model the values of #RadicalCollaboration. Congratulations to Drs. Anirban Maitra (@Aiims1742), Alexander Ling (@MassGenBrigham), and Sohrab Shah (@SohrabShah @MSKCancerCenter), Cory Abate-Shen (@columbia), and Dinah Singer,

🤩 Glad to be part of this AI-driven spatial biology revolution at @AtlasXomics with @LatchBio and @10xGenomics, @vizgen_inc @TakaraBioUSA . In particular, spatial epigenomics & multi-omics reveals the mechanistic insights and empower therapeutic development 🤩

Check out our newest student spotlight on 2026 Siebel Scholar, Yining Zhu, and learn more about his research on how to better design lipid nanoparticles, that can carry genetic instructions (like mRNA) into the body to help treat diseases such as cancer. https://t.co/fgvoJjkNvh

Four #HopkinsBME doctoral students have been named 2026 Siebel Scholars, an honor that recognizes students in bioengineering fields for outstanding achievement in academia, research, and leadership.

We use CODA to map human endometrial tissue in 3D and at single-cell resolution, a map that then serves as a blueprint to design a multi-compartment multicellular assembloid of the endometrium. Read about our approach to organoids/assembloids here: https://t.co/ABJrYxhtlA

I am honored to be selected as one of the 𝗦𝗶𝗲𝗯𝗲𝗹 𝗦𝗰𝗵𝗼𝗹𝗮𝗿𝘀 𝗖𝗹𝗮𝘀𝘀 𝗼𝗳 𝟮𝟬𝟮𝟲 at @JohnsHopkins. I'm immensely grateful to my mentors at Hopkins, including @deniswirtz, @sashankreddy and @AshleyKiemen. Read more:

@JohnsHopkins remained 16th for a second year in a row in the @timeshighered World University Rankings for 2026 which compares 2,191 colleges and universities in 115 countries and territories from around the globe. https://t.co/oGvSLLHPYu

We have developed a new workflow to map whole human organs in 3D & at single-cell resolution Colleague Prof. Luciane Kagohara mapped out the transcriptomic profile + aneuploidy of ovarian precancerous lesions (STIC) in healthy fallopian tube. More here: https://t.co/UoTgbRKGT0

We have developed a new workflow to map in 3D at single-cell resolution whole human organs. Prof. Rong Fan (Yale) mapped out immune cell populations in the vicinity of ovarian precancerous lesions in healthy women and found no enrichment. More here: https://t.co/UoTgbRKGT0

Multimodal SRS imaging reveals metabolic remodeling in ovarian precancerous lesions. In collaboration with Prof. Lingyan Shi (UCSD), we integrated spatial metabolomics into a new 3D tissue mapping workflow at single-cell resolution More here: https://t.co/UoTgbRKGT0

Ashley Kiemen delivered the Rising Star Keynote this evening at the AACR Special Conference on Advances in Pancreatic Cancer Research. #AACRpan25 @AshleyKiemen

This is what the human fallopian tube looks like as one travels through its different sections. We have developed a new 3D single-cell tissue mapping workflow to automatically/accurately detect ovarian cancer precancerous lesions (STICs). More here: https://t.co/UoTgbRKGT0

Our new workflow maps whole human fallopian tubes at single-cell resolution. In healthy FTs, we detected (many) STIC precancerous lesions. We can also simulate virtual sectioning as done in the clinic and show how current protocols undersample FTs. Here: https://t.co/UoTgbRK93s

Amazing news. Congrats to all awardees, including @DoloffLab’s very own Jessica Stelzel. Shoutout to Mao Lab’s Yining Zhu and @deniswirtz lab’s André Forjaz as well! https://t.co/IsRkxnRC45 @JHUBME @INBT_JHU @TTECJHU @HopkinsEngineer @HopkinsMedicine @JHUMaterials

Using a new workflow, we map ciliated (green) and secretory cells (pink) that line the epithelium of whole human fallopian tube. With age (menopause), the number of ciliated cells decreases and the number of secretory cells increases. More here: https://t.co/UoTgbRKGT0

Amazing!!

Startling: all 5 "normal" fallopian tubes in this whole-organ study had tiny precancerous lesions - total 99 lesions(!). Mostly dormant, but 2/5 had proliferative lesions. CH was just the start. Whole-organ profiling will probably reveal many more surprises in other tissues ...

We have developed a new workflow to map whole human organs at single-cell resolution, while integrating spatial transcriptomics, proteomics, and metabolomics. We applied this workflow to map precancerous lesions of the fallopian tubes. More here: https://t.co/UoTgbRK93s

This work was done by an amazing team of PhD students, undergraduate students, postdoctoral fellows, and wonderful colleagues at Hopkins, Yale (Rong Fan and team), UCSD (Lingyan Shi and Yajuan Li), the Max Planck Institute (David Zwicker), and U. Florida (Mark Atkinson and team).