Yiyun Cao

Bugs, Epithelium and Diseases @CIBR （Chinese Institute for Brain Research）

[Yiyun Cao @Kikyo_95]

Cysteinyl leukotrienes stimulate gut absorption of food allergens to promote anaphylaxis in mice | Science https://t.co/AyZVlw39Tf

[Yiyun Cao @Kikyo_95]

Intestinal mast cell–derived leukotrienes mediate the anaphylactic response to ingested antigens | Science https://t.co/HML7oRJ8x0

[Yiyun Cao @Kikyo_95]

Beautiful review

[Tongtong Wang @ttwang0908]

Thrilled to share that my first REVIEW is online @NatRevNeurosci today! We highlighted the molecular and functional diversity of brain-to-body autonomic pathways 📖
Hope you enjoy reading it and find the resources helpful 🤗👇
https://t.co/1o6bXxhNDr

https://t.co/ueeUM8bDl8

[Yiyun Cao @Kikyo_95]

Beautiful!

[bioRxiv Neuroscience @biorxiv_neursci]

High-speed mapping of whole-mouse peripheral nerves at subcellular resolution https://t.co/iBSq8QGExP #biorxiv_neursci

[Yiyun Cao @Kikyo_95]

1st favorite paper in 2025!🥰 https://t.co/2CEA4MLTbR

[Yiyun Cao @Kikyo_95]

Striking findings opposite with what textbook says. It's a better model to understand how ISC are sitted between Paneth cells. Now question: why crypt cells need more protection than isthmus cells?

[Intestinal Cell News @Intestinal_Cell]

🔎 Check out this study led by Drs. Capdevila & Yan!

✅ Their findings support a model in which tissue regeneration originates from upper crypt cells that generate progeny propagating 🔃 bi-directionally along the crypt-villus axis.

@CellCellPress | https://t.co/BKf7NPpJup

[Yiyun Cao @Kikyo_95]

@leo_jwu It looks like also have chimera skin/hair follicle?!

[Yiyun Cao @Kikyo_95]

@leo_jwu Powerful platform to understand brain development!

[Yiyun Cao @Kikyo_95]

🥰

[Jun Wu Lab @leo_jwu]

Here is a video showing an adult rat-mouse chimera with a functional rat forebrain!

[Yiyun Cao @Kikyo_95]

I was totally shocked O_O

[Jun Wu Lab @leo_jwu]

In a pair of studies published in Cell today, we used interspecies blastocyst complementation to study brain function and evolution. https://t.co/v7oFHBp6oz.
https://t.co/5Eb4h7ktnw.

[nature @Nature]

This week in Nature: Close connections - atlas reveals vast network of host-microbiome interactions

Browse the full issue: https://t.co/rv6bRaqFxC

[Marcus Böhme @BoehmeMarcus]

Proud to share our groundbreaking research on the gut microbiota's role in brain aging. Following 500+ publications in Nature Aging, our work ranks 7th in mentions and 5th in citations @NatureAging @Pharmabiotic @jfcryan @ktguzz @Thomazsan et al.

https://t.co/p3CySMvraR

[Eric Topol @EricTopol]

Discovery of a brain-heart pathway mechanism for syncope (fainting), underpinning the reflex first described by Bezold in 1867 (later known as Bezold-Jarisch reflex)
https://t.co/VpxJQeBidv
https://t.co/H6mdnAKWxO
elegant work w/ scRNA-seq, #optogenetics
@vinnyaug1 @UCSD

[Xavier Lab @TheXavierLab]

MD/PhD student @k00kumar & colleagues introduce CAZyLingua, an AI tool to annotate Carbohydrate Active Enzymes. We uncovered several CAZymes linked with fibrosis prone diseases, and infant growth.

#IBD #IgG4RD #plm

https://t.co/UkXSoOLJzs

[Yiyun Cao @Kikyo_95]

@MytienTNguyen 🙌

[Yiyun Cao @Kikyo_95]

Check our latest review for 'vagal-gut-brain axis' We summarized the history of this filed and proposed exciting future directions. I'm glad to join this work with Rui Li at Bai Lab! https://t.co/3RgxwzxNHr

[Tera Levin @tera_levin]

🤔 What is the relationship between bacterial & animal immunity? In our new manuscript, we look across diverse eukaryotes, uncovering the evolutionary origins of three families of antiviral proteins: CD-NTases (including cGAS), STINGs, and Viperins. 1/ https://t.co/GV38dzvgsj

[Yiyun Cao @Kikyo_95]

very interesting paper showing new mechanism of immune cell-EEC interaction

[ChuanWu_Lab @CWu2009]

Thrilled to share our latest work on ⁦@ImmunityCP⁩ that lipid sensing regulates peripheral 5-HT release via #enterochromaffin cell. Great collaboration with ⁦⁦@WeiLuLab⁩ and Dr. Dingding An ⁦@BostonChildrens⁩ https://t.co/AuCjlK9G96

[Toni Choueiri, MD @DrChoueiri]

CD8+ T cells are not the whole story in cancer immunotherapy. In this @Nature article, CD4+ T cells (with the help of some myeloid cells) can eradicate MHC-deficient tumors not targeted by CD8+ T cells.

https://t.co/HHJOTydz6A