Estes Lab at BCM

Our lab studies several facets of GI infection by two enteric viruses (#rotavirus and #norovirus) utilizing stem-cell derived organoids/ enteroids.

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Congratulations, Dr. Mary Estes @EstesLab_BCM, one of the new members elected to the #AmericanAcademyofArtsandSciences! https://t.co/OpCwWCzmok

[Estes Lab at BCM @EstesLab_BCM]

New in @JVirology: How does the human norovirus particle assemble?

Particle assembly is facilitated by VP2 acting as a molecular bridge. We also share intriguing features making pandemic HuNoV VP2 unique in structure and sequence. https://t.co/hcIC7bY3kh

[Estes Lab at BCM @EstesLab_BCM]

And another one! From: @bcmhouston https://t.co/F13BhbdxYJ

[Estes Lab at BCM @EstesLab_BCM]

We are excited to share a breakthrough in #Norovirus research today! Inhibiting chemokine receptor signaling enables sustained GII.3 HuNoV replication and passaging in human intestinal enteroids, read here:
https://t.co/EW4SgnsDiO

[Estes Lab at BCM @EstesLab_BCM]

News report on this study:

https://t.co/H2PYF5OTiF

@BCMFromtheLabs @tmcddc @ScienceAdvances

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Why are #infants so vulnerable to #RSV infection? D. Nagaraj, A. Rajan @ORGAMEDLab, P Piedra, V. Avadhanula, @OrganoidDiva, @EstesLab_BCM et al found an answer. @bcmhouston @BCM_Pediatrics @BCMCME @DiscoverMag #miniNose #organoids https://t.co/TOGUrUdgaH

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Studying human #gutBiology just got easier! The Blutt Lab, the Mancini Lab et al built a high-speed #imaging/quantification pipeline for #human intestinal #organoids—lab-grown #miniGut models. @PLOSONE https://t.co/egm1TRpaBA @OrganoidDiva @EstesLab_BCM @BrittonTML @bcmhouston

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Some human GII.4 #norovirus are better than others at infecting cells; @vijiayyar, @EstesLab_BCM, V. Prasad, R. Atmar et al found an explanation @bcmhouston @BCMDeptMedicine @PNASNews https://t.co/R9d7PVZ9Qp

[Estes Lab at BCM @EstesLab_BCM]

Published today!
👉 https://t.co/O3G97KzkGo
Our study reveals diversity in how GII.4 human noroviruses enter intestinal cells by making distinct clusters on the cell surface and identifies key residues on the virus capsid mediating entry and clustering
@PNASNews @BCMFromtheLabs

[Estes Lab at BCM @EstesLab_BCM]

Winnie (Ngan Fung) Li et al. reveal how macrophages mount a defense against HuNoV by phagocytosing infected cells — check out our latest findings! 👇
https://t.co/XXZziGxhIP

@NganFungLi @bcmhouston @BCMFromtheLabs @CCoarfa @OrganoidDiva @sash_ramani

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Drs. V Prasad, S Kaundal, @EstesLab_BCM et al have discovered replication hubs for #human #norovirus. @ScienceAdvances @bcmhouston #biomolecularCondensates #enteroids #PositiveRNAvirus @bcm_gihep @BCMCancerCenter @CPRITTexas https://t.co/3oFf4rKxUZ

[Estes Lab at BCM @EstesLab_BCM]

@bcmhouston with support from wonderful collaborators: @allisonspeer5 @SaraDiRienzi @BrittonTML @OrganoidDiva @sash_ramani

[Estes Lab at BCM @EstesLab_BCM]

Check out our latest publication by Dr. Ettayebi et al. reporting new insights in HuNoV cultivation in human intestinal enteroids:  https://t.co/xBTtFyAPaN

Many unique enteroids cultures were evaluated, you may find these data useful for further optimizing HuNoV cultivation!

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Don't miss Dr. M Estes's @EstesLab_BCM presentation on #MiniGuts next Monday! @bcm_gihep @BCMGradSchool @BCM_MSTP @BCM_GradDiverse @bcmhouston

[Estes Lab at BCM @EstesLab_BCM]

Congratulations to Dr. Miranda Lewis who defended her dissertation and completed her PhD! 🥳
Next, she will be a postdoctoral researcher at MSKCC with Dr. Gretchen Diehl.

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Gastrointestinal discomfort? S Crawford, Zheng Liu, @huntrsmith, @EstesLab_BCM et al found a new explanation for how #rotavirus makes you sick. #diarrhea @PNASNews @BCMGradSchool @CPRITTexas @NIH @bcm_gihep https://t.co/vRWw35PKRK via @bcmhouston

[From the Labs at Baylor College of Medicine @BCMFromtheLabs]

Check out our first Image of the Month of 2024! #Human intestinal #enteroids, courtesy of Drs. S. Crawford, H. Smith, @EstesLab_BCM. @bcm_gihep https://t.co/QSzCnSM8U3 via @bcmhouston

[Estes Lab at BCM @EstesLab_BCM]

The loss of sucrase isomaltase, villin, NHE3, tight junction proteins (ezrin) and cell adhesion molecules (E-cadherin), leads to malabsorptive diarrhea. A similar phenotype is observed in DGAT1 knock out human intestinal organoids. (3/3)

[Estes Lab at BCM @EstesLab_BCM]

Check out this publication by co-authors Dr. Zheng Liu and Hunter Smith @huntrsmith and Dr. Sue Crawford!
https://t.co/N3xnRBUPRi

This shows a new pathophysiological mechanism for rotavirus (RV)-induced malabsorptive diarrhea.
@BCMfromthelabs @bcm_gihep (1/3)

[Estes Lab at BCM @EstesLab_BCM]

The triacylglycerol synthesizing enzyme DGAT1 is degraded during RV infection of intestinal cells, resulting in decreased expression of key proteins involved in nutrient absorption. (2/3)