Jason Fish (@fishlab_uhn) 's Twitter Profile
Jason Fish

@fishlab_uhn

Vascular biologist at University Health Network

ID: 1273939661988249600

linkhttps://www.uhnresearch.ca/researcher/jason-fish calendar_today19-06-2020 11:24:37

580 Tweet

856 Followers

524 Following

Thomas Wälchli (@thomaswalchli) 's Twitter Profile Photo

I'm very excited to share our paper "Single-cell atlas of the human brain vasculature across development, adulthood and disease" - lnkd.in/dRjimb4u published in Nature! Further reading: - lnkd.in/dpMAbrFy (Nat Rev Neurosci) - lnkd.in/d42nGSBR (JCI Insight)

Sonya MacParland (@macparlandsonya) 's Twitter Profile Photo

Congrats Dr. Cheng Michael Cheng on a successful PhD defense and thanks to Rod Russell for being an excellent external examiner and presenting his unpublished work on cell death pathways induced during viral infections! #liverlaughlove

Congrats Dr. Cheng <a href="/michaelchengly/">Michael Cheng</a> on a successful PhD defense and thanks to <a href="/RodRussell99/">Rod Russell</a> for being an excellent external examiner and presenting his unpublished work on cell death pathways induced during viral infections! #liverlaughlove
Mingxia Gu (@mingxiagu) 's Twitter Profile Photo

🚀 Thrilled to share our new publication in Nature CVR! We revealed the crucial role of a newly described APOE+ valve interstitial cell subtype in human valve remodeling. Huge thanks to our amazing collaborators! 🙌 Jason Spence Ya-Wen Chen YutzeyLab Simon Miao

Blair K. Gage (@blairkgage) 's Twitter Profile Photo

We are recruiting multiple graduate students to explore funded projects on how #Stemcell-derived LSECs gain and maintain their functions. Bring your #Cellculture #CRISPR #scRNAseq skills to fight #LiverDisease and #HemophiliaA as a #CellTherapist. ohri.ca/profile/bgage/…

Jason Fish (@fishlab_uhn) 's Twitter Profile Photo

Incredibly honoured to receive this award! This recognizes the hard work of my lab members, mentoring and support from colleagues, the fantastic collaborations that we have been involved with, and an outstanding research environment. UHN Research Department of Laboratory Medicine & Pathobiology Peter Munk Cardiac Centre

Hellmut Augustin (@hellmutaugustin) 's Twitter Profile Photo

Now published in the Sept. 5 issue of Cell: A holistic view of the vascular endothelium as a systemically disseminated organ. Go to cell.com/cell/fulltext/… if you want to learn more about the beauty and importance of endothelial cells in health and disease.

Now published in the Sept. 5 issue of <a href="/CellCellPress/">Cell</a>: A holistic view of the vascular endothelium as a systemically disseminated organ. Go to cell.com/cell/fulltext/… if you want to learn more about the beauty and importance of endothelial cells in health and disease.
Department of Laboratory Medicine & Pathobiology (@uoft_lmp) 's Twitter Profile Photo

Join us TOMORROW for a special seminar titled "Elucidating RNA processing mechanisms within nuclear compartments using RNA proximity labeling" with Laboratory Medicine and Pathobiology Tenure Stream Candidate, Nadiya Khyzha, PhD. Friday, September 27, 11 am - 12 pm MSB 4279

Join us TOMORROW for a special seminar titled "Elucidating RNA processing mechanisms within nuclear compartments using RNA proximity labeling" with Laboratory Medicine and Pathobiology Tenure Stream Candidate, Nadiya Khyzha, PhD. 

Friday, September 27, 11 am - 12 pm
MSB 4279
Ariane Marelli (@drarianemarelli) 's Twitter Profile Photo

Congratulations to Dr. Jason Fish for winning the 2024 Mid-Career Excellence Award in Blood and Blood Vessel Research! Dr. Fish’s background in gene regulation of blood vessels came together beautifully as he delivered his lecture entitled “Oncogenic signaling in the

Congratulations to Dr. Jason Fish for winning the 2024 Mid-Career Excellence Award in Blood and Blood Vessel Research!

Dr. Fish’s background in gene regulation of blood vessels  came together beautifully as he delivered his lecture entitled “Oncogenic signaling in the
AHA Science (@ahascience) 's Twitter Profile Photo

This AHA scientific statement discusses the pathogenic mechanisms that link three prevalent cardiac diseases of adults: ➡️Heart failure ➡️Atrial fibrillation ➡️Coronary heart disease These are three disorders that can lead to cognitive impairment and poor brain health.

This AHA scientific statement discusses the pathogenic mechanisms that link three prevalent cardiac diseases of adults:

➡️Heart failure
➡️Atrial fibrillation
➡️Coronary heart disease

These are three disorders that can lead to cognitive impairment and poor brain health.
Nazish Sayed MD, MS, PhD (@nazish_sayed) 's Twitter Profile Photo

Our paper on endothelial - cardiomyocyte crosstalk in #LongCovid is now online Nature Cardiovascular Research. It highlighting the importance of early vascular health monitoring in patients with #LongCovid. Dilip Thomas Stanford CVI Stanford Surgery mary hawn Stanford Vascular nature.com/articles/s4416…

Heather Ross (@hearthealthydoc) 's Twitter Profile Photo

⛰️ #TestYourLimits is gearing up for another expedition...and it's a BIG one! In 2023, we reached new heights in Ecuador, overcoming obstacles & celebrating team wins. This Nov. we have something extra special in store. Can you guess where we're going? ➡️ youtube.com/watch?v=NpReQj…

Canadian Cardiac Oncology Network (@ccardiacon) 's Twitter Profile Photo

Don’t miss our next CCON Webinar on Nov 8th at 12pm EST! We will hear from Drs. Dinesh Thavendiranathan (dineshpmcc) & Ian Paterson (Heart Institute) about the role of cardiac MRI in cardio-oncology 🫀🩺 Register here: tinyurl.com/yrvzmspy

Don’t miss our next CCON Webinar on Nov 8th at 12pm EST! We will hear from Drs. Dinesh Thavendiranathan (<a href="/dineshpmcc1/">dineshpmcc</a>) &amp; Ian Paterson (<a href="/HeartInstitute/">Heart Institute</a>) about the role of cardiac MRI in cardio-oncology 🫀🩺

Register here: tinyurl.com/yrvzmspy
Milica Radisic (@milicaruoft) 's Twitter Profile Photo

#exosomes from cardiomyocytes hurt and from endothelial cells aid vascularization Endothelial extracellular vesicles enhance vascular self-assembly in engineered human cardiac tissues doi.org/10.1088/1758-5… via BF

#exosomes from cardiomyocytes hurt and from endothelial cells aid vascularization
Endothelial extracellular vesicles enhance vascular self-assembly in engineered human cardiac tissues doi.org/10.1088/1758-5… via <a href="/Biofabrication/">BF</a>
Banting & Best Diabetes Centre (@bbdc_uoft) 's Twitter Profile Photo

Our next Trainee Lab Seminar Series will take place in-person on  Friday, Nov. 15 at 12 p.m. at the Toronto General Hospital. Members from Drs. Tony K.T. Lam, Jason Fish and Laura Chiavaroli labs will present their latest research. Learn more & register. mailchi.mp/4a1ee55d61ad/b…

Our next Trainee Lab Seminar Series will take place in-person on  Friday, Nov. 15 at 12 p.m. at the Toronto General Hospital. Members from Drs. <a href="/TonyKTLam/">Tony K.T. Lam</a>, <a href="/FishLab_UHN/">Jason Fish</a> and Laura Chiavaroli labs will present their latest research. Learn more &amp; register. mailchi.mp/4a1ee55d61ad/b…
Banting & Best Diabetes Centre (@bbdc_uoft) 's Twitter Profile Photo

On #WorldDiabetesDay we celebrate the next generation of diabetes researchers - like Cori Lau from Jason Fish. Cori shares why diabetes research matters to him. #WDD2024

On #WorldDiabetesDay we celebrate the next generation of diabetes researchers - like Cori Lau from  <a href="/FishLab_UHN/">Jason Fish</a>. Cori shares why diabetes research matters to him. #WDD2024
UHN STEM Pathways (@uhnstempathways) 's Twitter Profile Photo

We're back with another PA Day at UHN! We have two exciting sessions today with students from schools across the GTA coming in to explore #STEM. Stay tuned for some fun snapshots. 💡

We're back with another PA Day at UHN! We have two exciting sessions today with students from schools across the GTA coming in to explore #STEM. Stay tuned for some fun snapshots. 💡
Stephanie Protze (@stephirispro) 's Twitter Profile Photo

So excited to share the first paper from the lab! We identified CD34 as a marker of the heart’s SAN pacemaker cells enabling their isolation from stem cell differentiation cultures, advancing future disease modeling and biological pacemaker applications. nature.com/articles/s4146…