Nunzia Caporarello (@ncaporarello) 's Twitter Profile
Nunzia Caporarello

@ncaporarello

Assistant Professor. Stritch school of medicine - Loyola University Chicago. Lung Fibrosis + pulmonary vasculature + aging

ID: 1199919337718636544

calendar_today28-11-2019 05:14:14

36 Tweet

115 Followers

230 Following

NAVBO (@vascularbiology) 's Twitter Profile Photo

Next Tuesday, Nov. 15, 1:00PM EST, Join us in a NAVBO Symposium: Pulmonary Vascular Diseases. Featuring speakers of #IVBM22 Drs. Akiko Hata, Hasina Outtz Reed, Marlene Rabinovitch. Organized by Mabruka Alfaidi, Associ. Director Trans. Res @CHVR and supported by #NAVBOOnline Register here bit.ly/3TQC2H7

Next Tuesday, Nov. 15, <a href="/1/">1</a>:00PM EST, Join us in a NAVBO Symposium: Pulmonary Vascular Diseases. 

Featuring speakers of #IVBM22  Drs. Akiko Hata, Hasina Outtz Reed, Marlene Rabinovitch. Organized by <a href="/MaAlfaidi/">Mabruka Alfaidi, Associ. Director Trans. Res @CHVR</a> and supported by #NAVBOOnline

Register here bit.ly/3TQC2H7
Science Magazine (@sciencemagazine) 's Twitter Profile Photo

Extracellular vesicles are emerging as key players in endothelial cell reprogramming and in the abnormal #angiogenesis that accompanies #cancer and drives tumor growth. Learn more in Science Signaling: scim.ag/wx

Extracellular vesicles are emerging as key players in endothelial cell reprogramming and in the abnormal #angiogenesis that accompanies #cancer and drives tumor growth.

Learn more in <a href="/scisignal/">Science Signaling</a>: scim.ag/wx
Denis Wirtz (@deniswirtz) 's Twitter Profile Photo

AI-based CODA method maps the architecture and spatial cellular composition of tissues and organs in 3D. For instance, here is the vasculature in mouse lungs. Download paper here: nature.com/articles/s4159… or here: biorxiv.org/content/10.110…

AI-based CODA method maps the architecture and spatial cellular composition of tissues and organs in 3D.

For instance, here is the vasculature in mouse lungs.

Download paper here: nature.com/articles/s4159…
or here: biorxiv.org/content/10.110…
NAVBO (@vascularbiology) 's Twitter Profile Photo

**HAPPENING TOMORROW** You can't miss our symposium on vascular stem cells, featuring talks from these great scientists. Register now: members.navbo.org/calendar-of-ev…

**HAPPENING TOMORROW** You can't miss our symposium on vascular stem cells, featuring talks from these great scientists. Register now: members.navbo.org/calendar-of-ev…
Nunzia Caporarello (@ncaporarello) 's Twitter Profile Photo

Happy to share that our latest manuscript focused on the role of the matricellular protein CCN3 in supporting lung endothelial homeostasis and function is now out! Thanks to all the coauthors Patrick link @aj_haak Daniel Tschumperlin for the great support! Happy reading 🫁

AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Authors led by Nunzia Caporarello demonstrate that the matricellular protein CCN3, a regulator of lung #endothelial function, may represent a therapeutic target to facilitate #vascular repair and promote resolution of #PulmonaryFibrosis: ow.ly/nUq850MoaKf Daniel Tschumperlin Patrick link

Authors led by <a href="/NCaporarello/">Nunzia Caporarello</a> demonstrate that the matricellular protein CCN3, a regulator of lung #endothelial function, may represent a therapeutic target to facilitate #vascular repair and promote resolution of #PulmonaryFibrosis:

ow.ly/nUq850MoaKf

<a href="/dtschump1/">Daniel Tschumperlin</a> <a href="/P_a_link/">Patrick link</a>
Farida Ahangari (she/her) (@farida_ahangari) 's Twitter Profile Photo

miR-33 inhibitor, a new potential therapy for lung fibrosis! Kudos to everyone in #Kaminskilab and all the team of collaborators! #CUREIPF, #mir33PFPaper, insight.jci.org/articles/view/…

Nunzia Caporarello (@ncaporarello) 's Twitter Profile Photo

To all the current (and future!!!) endothelial cells lovers in the lung! Happy to share our new review article summarizing current findings related to the vascular contributions to lung repair and fibrosis. Enjoy the reading 🫁! pubmed.ncbi.nlm.nih.gov/37126595

Nunzia Caporarello (@ncaporarello) 's Twitter Profile Photo

Happy to announce that the latest work from Dr. Giovanni Ligresti’s lab is out! Fascinating story about endothelial transcriptional states in progressive lung fibrosis…Happy reading! rdcu.be/dMdE3 #aging #vasculature #lung #fibrosis

NAVBO (@vascularbiology) 's Twitter Profile Photo

In ONE WEEK! Join us Tuesday September 24th at 1:00PM ET for a #NAVBO symposium on the role of microcirculation in lung pathology feat. Drs. Vaughan, Yuan, & Knipe! Organized by J 👉 Register tinyurl.com/yu26kt3n Andy Vaughan also on bluesky Ke Yuan @rsknipe

In ONE WEEK! Join us Tuesday September 24th at 1:00PM ET for a #NAVBO symposium on the role of microcirculation in lung pathology feat. Drs. Vaughan, Yuan, &amp; Knipe! Organized by
<a href="/Julie_LD42/">J</a>

👉 Register tinyurl.com/yu26kt3n

<a href="/vaughandy/">Andy Vaughan also on bluesky</a> 
<a href="/KeYuan_BCH/">Ke Yuan</a> 
@rsknipe
Nunzia Caporarello (@ncaporarello) 's Twitter Profile Photo

Please, join us for the upcoming NAVBO Symposium on Vascular Control of Organ Function and Disease! Great Speakers and Topics! Info & Registration here 👇

JCI insight (@jci_insight) 's Twitter Profile Photo

.MoraRojasAgingLab The Ohio State University Wexner Medical Center show that fatty acid oxidation is required for proper lung function and efficient breathing, its loss leads to buildup of partially developed cells and the inability to fix the damaged air sacs in the lungs: insight.jci.org/articles/view/…

.<a href="/MR_AgingLab/">MoraRojasAgingLab</a> <a href="/OSUWexMed/">The Ohio State University Wexner Medical Center</a> show that fatty acid oxidation is required for proper lung function and efficient breathing, its loss leads to buildup of partially developed cells and the inability to fix the damaged air sacs in the lungs: insight.jci.org/articles/view/…