@ZongmingMa Profile picture

Zongming Ma

@ZongmingMa

Occasionally a teacher, always a student. Data, model, method, theory. I enjoy all aspects of learning from data and experience.

Joined January 2023
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Very happy to see the paper out today on NBT. See the thread by @NancyZh60672287 for some perspectives about batch integration that have motivated this work.

What gets erased when you integrate single cell data, and can you recover it? Finally, we know what happens and how to recover the lost signals. So excited to share CellANOVA, published online today in NBT! go.nature.com/4hZnzW5



Zongming Ma Reposted

The @Yale #HTAN Center, with a team led by @RongFan8, @Halene_lab, @ZongmingMa, & @MinaXu7, is constructing a comprehensive spatiotemporal molecular and cellular atlas of human lymphomas as a resource for mechanistic discovery. cancer.gov/about-nci/orga…

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Zongming Ma Reposted

Extremely excited to join the @NCIHTAN consortium!!! Here is how we started our first Yale HTAN HuLymSTA center meeting 🥰 with @MinaXu7 @Halene_lab @ZongmingMa @YaleCancer @YaleEngineering @YaleMed

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The @Yale #HTAN Center, with a team led by @RongFan8, @Halene_lab, @ZongmingMa, & @MinaXu7, is constructing a comprehensive spatiotemporal molecular and cellular atlas of human #lymphomas as a resource for mechanistic discovery. cancer.gov/about-nci/orga…

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Zongming Ma Reposted

Excited to share our first preprint on a novel spatial multi-omics technology that co-profiles five modalities within the same tissue section. Great collab w/ @marekbartosovic and @DrMingyaoLi . Kudos to my postdoc Pengfei Guo and PhD student @LiranMao ! biorxiv.org/content/10.110…


Zongming Ma Reposted

Congratulations to @RongFan8, Mina L. Xu, MD, Stephanie Halene, MD, Dr Med, @HaleneLab and @ZongmingMa, who received an @NIH #U01 award to create the Center for Human #Lymphoma Spatiotemporal Atlas (HuLymSTA). yalecancercenter.org/news-article/y… @SmilowCancer @YaleMed @YNHH @yalepathology


It has been my great privilege to have had @nandysagnik as a student. May your career a wonderful journey! I am proud of you.

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Congrats to @ZhuBokai and the wonderful team! Ever feeling frustrated with annotating cells from a spatial-omics dataset with a small targeted panel? CellSNAP helps by leveraging info from cell location and tissue image via a parallel GNN architecture. biorxiv.org/content/10.110…

1🔬/ Excited to share our latest preprint led by @ShuxiaoC , @Shenggao10 , @GarryPNolan , @SizunJ , @ZongmingMa , and with help from @shaleklab, Scott and more! biorxiv.org/content/10.110…

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Zongming Ma Reposted

AI is all in the news, but scientists have been deploying its cousins machine learning and neural nets for nearly a decade in cancer research. One of the limitations in getting as many "eyes on the target" in studying cancer is that each KIND of target needs a different sensor…


Zongming Ma Reposted

Nobel Prize winner Katalin Karikó was 'demoted 4 times' at her old job. How she persisted: 'You have to focus on what's next' cnb.cx/3tqKkxm


Have you ever wondered if meaningful signals have been removed after batch correction? If so, please see below for a recent study with Jane Zhang, Nancy Zhang and other collaborators on how to retain meaningful signals and correct batch effects at the same time.

What gets erased when you integrate #singlecell data across samples/studies, and can you get it back? When samples are from e.g. healthy & disease, should you simply massage cells together? FINALLY, I feel we can answer this question: doi.org/10.1101/2023.0…



Cannot agree more! @GarryPNolan

There are hidden and embedded relationships in deep data that allow information transfer across knowledge domains (read that as RNA, protein, chromatic) even with "weakly linked" datasets. What does this mean? It means, to me, the end of worrying about running all 'omic…



Zongming Ma Reposted

Human languages have similar structures that describe the world. Researchers use the parallel languages of proteins, RNA, & epigenetics to describe cells/tissues. Such similarities can now fuse independent modalities w/ high fidelity. biorxiv.org/content/10.110…

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