Cell Biology UTSW
@CellUtsw
Followers
721
Following
305
Media
65
Statuses
506
We are a diverse group of scientists using multi-disciplinary approaches to investigate how cells are built and function in health and disease states
Joined October 2020
The UTSW Department of Cell Biology is officially on Twitter! We are a diverse group of scientists using multi-disciplinary approaches to understand cell organization and function in health and disease states. Check here for updates on our science and activities! #CellBiology
0
5
42
We remember William “Bill” Neaves, former Assistant Professor in our Cell Biology department (joined UTSW 1972), who just passed away in 2025. From research to leadership as Dean and Medical School Dean, his legacy continues to inspire.
1
0
0
RT @NobelPrize: Six days. Six prizes. Six weeks away. 🎉. Keep an eye on our social channels starting on 6 October to find out who has becom….
0
85
0
RT @NobelPrize: "The more you learn and know about the world, the more mysterious it gets." . Craig Mello speaks about the mystery of our w….
0
84
0
RT @HenneLab: Thankful for this writeup in @JCellBiol highlighting work from our group and the @Schliekerlab examining molecular factors th….
0
9
0
📢We are hiring! The Department of Cell Biology has two tenture track faculty positions open. Apply below: .
jobs.utsouthwestern.edu
Discover Assistant Professor - Cell Biology and other Faculty and Physicians jobs in Dallas, TX and apply online today!
Love cell biology? Come be our neighbor! The Dept of Cell Biology @CellUtsw is advertising two tenure-track Assistant Professor positions. See ads below for details:.
0
4
6
📢We are hiring! The Department of Cell Biology has two tenure track faculty positions available. See below for more information.
Assistant Professor of Cell Biology - Dallas, Texas - UT Southwestern Medical Center - Cell Biology - #sciencejobs.
0
16
18
📢The Department of Cell Biology is hiring! We have two tenure track faculty positions open. See below for more information and how to apply. 🧫🧪🔬.
jobs.utsouthwestern.edu
Discover Assistant Professor - Cell Biology and other Faculty and Physicians jobs in Dallas, TX and apply online today!
1
14
20
RT @UTSWMedCenter: We’re deeply saddened by the passing of David “Davo” Mangelsdorf, Ph.D., Professor and Chair of Pharmacology at UTSW, wh….
0
19
0
RT @ADiaz_PhD: We’re delighted to invite the @UTSWMedCenter community to the Annual SURF & Amgen Scholars Research Symposium on August 6!.J….
0
8
0
RT @cell_club: PIEZO1 drives trophoblast fusion and placental development.
nature.com
Nature Communications - Here they show that PIEZO1, a force-sensing ion channel, is important for trophoblast fusion during placental development. It triggers calcium entry that activates the...
0
16
0
RT @NobelPrize: What qualities do you need to be a successful scientist? . 2018 medicine laureate Tasuku Honjo shares what he believes are….
0
141
0
RT @NicastroLab: 🎉 Congrats to Yanhe, Kangkang, @AmirrasoulTava1, @loonggui & co-authors for revealing the atomic structure of RS3, a Giga-….
0
2
0
RT @J_Cell_Sci: Manolo Rios, Jeffrey Woodruff and colleagues @CellUtsw use purified human proteins to define the minimal modules for centro….
0
1
0
RT @JCellBiol: Our July cover ( shows a confocal timelapse imaging of #Celegans one-cell embryo expressing fluoresc….
0
12
0
Banerjee et al. identified a new cancer pathway where BLTP2 regulates plasma membrane fluidity by balancing phosphatidylethanolamine and phosphatidylcholine—key to breast cancer cell aggressiveness.
nature.com
Nature Cell Biology - Banerjee et al. report that the Vps13-like lipid transport protein BLTP2 regulates plasma membrane fluidity by maintaining phosphatidylethanolamine homeostasis. BLTP2 also...
Excited to announce my publication from my research in the Prinz lab in Nature Cell Biology! 🌟 We've uncovered a new pathway regulated by the tube-like lipid transport protein BLTP2, which cancer cells utilize to control their plasma membrane fluidity.
0
0
5
RT @ASCBiology: 🧠 How do neurons know where to go? @UToledo’s Guofa Liu reveals how MYC regulates the miR-92–Robo1 pathway to guide axons a….
molbiolcell.org
In the developing spinal cord, translational repression of Robo1 expression by microRNA-92 (miR-92) in precrossing commissural axons (CAs) inhibits Slit/Robo1-mediated repulsion facilitating commis...
0
2
0
RT @cell_club: Transferrin receptor controls both autophagosome formation and closure via phosphatidylinositol 3-phosphate synthesis: Devel….
cell.com
Puri et al. demonstrate that the transferrin receptor promotes autophagy by recruiting VPS34 complex I by binding its component VPS15, enabling PI(3)P synthesis. This PI(3)P is crucial not only for...
0
10
0
Congratulations to @gdanuser1, Dr. Gaudenz Danuser, on his new role at the Institute of Human Biology! We are grateful for his years of service at @UTSWMedCenter and for the impact he has made through his leadership and scientific contributions! We wish him continued success!.
📢Big News! #TeamIHB welcomes Gaudenz Danuser, Co-Director for Computational Biology! Under his leadership, we will build a new research core with bespoke capabilities to drive breakthrough discoveries in human biology! 👏@gdanuser1 #RocheInnovation #pRED
0
0
6
RT @cell_club: Endoplasmic reticulum–mitochondria contacts are prime hotspots of phospholipid peroxidation driving ferroptosis. https://t.co….
nature.com
Nature Cell Biology - Sassano et al. identify endoplasmic reticulum–mitochondria contact sites as the intracellular location where phospholipid peroxidation first occurs to promote...
0
24
0