Sunnia T. Chen, MD

Resident physician @MayoMN_IMRES. Graduate of @OhioStateMed. Alumna of @PennEngineers. Aspiring cardiologist and data science enthusiast. | All views are my own

[Sunnia T. Chen, MD @sunniatchen]

Early onset of hypertension may be related to development of major cardiovascular events in patients on BTK inhibitors: https://t.co/276o8SeAL6

Excited to announce that my first-author #cardiooncology paper got published! Grateful for the amazing mentorship of @md_addison!

[Sunnia T. Chen, MD @sunniatchen]

@forthewen @UMNanes @FutureAnesRes @TheNRMP Congrats and welcome to Minnesota!

[Sunnia T. Chen, MD @sunniatchen]

Had a great time again at ACC this year! Full of incredible speakers, simulation stations, and puppies galore. And of course, a fantastic opportunity to present on how heart failure impacts rate vs. rhythm control of AFib. A big thank you to my mentor @abhishek_mbbs!
#ACC2023

[Abhishek @abhishek_mbbs]

Super talented and incredible @sunniatchen presenting on impact of HF on rate vs rhythm for AF . Photo bombed by the artificially intelligent @davidharmonMD @MayoCVFellows @MayoClinicCV @MayoMN_IMRES @MayoMN_IMRES

[Sunnia T. Chen, MD @sunniatchen]

Despite bearing a better safety profile as a next-generation BTKi, acalabrutinib still carries significant risk of dangerous heart rhythms.

https://t.co/fVI37u675s

Great job to everyone in this project! It was a pleasure working with you! @GambrilAlan @md_addison #cardioonc

[Sunnia T. Chen, MD @sunniatchen]

It’s been fantastic to work with you to finish off my med school adventure! Thank you!

[Daniel Addison, MD @md_addison]

Hypertension development after the initiation of next generation BTK inhibitor: https://t.co/TObgC0zM6K

Acalabrutinib: >8-fold increase in HTN.

Hypertension may be a class effect of BTKi’s

And associates with the risk of MACE

#CardioTwitter #cardooncology #Hypertension #cll

[Harvey Huang @HarveyHuangMed]

The shape of intracranial EEG signals reveals a lot about human brain connectivity. Here's our latest preprint: https://t.co/1VSoIHdBl5.
Electrical stimulation inputs to the ventral temporal cortex form unique shapes depending on stimulation location.
@dora_hermes @Kai_J_Miller

[Harvey Huang @HarveyHuangMed]

Honored to receive this fellowship for the upcoming year. Exciting projects to follow!

[Harvey Huang @HarveyHuangMed]

Grateful for the opportunity to learn from fantastic translational scientists and to talk about my own science!

@ACTScience #TS22xform #AcademicTwitter #phdlife #doubledocs

[Sunnia T. Chen, MD @sunniatchen]

Honored to present my abstract “Incident Hypertension and Clinical Outcomes After Acalabrutinib Initiation for B-Cell Malignancies” today at #ACC22! #cardiooncology

Many thanks to my PI ⁦@md_addison⁩, the lab, and the CLL group at OSUMC for their support on this project!

[Sunnia T. Chen, MD @sunniatchen]

Excited to end my medical school journey with the start of #ACC22!

[Sunnia T. Chen, MD @sunniatchen]

2 years in the making! #DreamTeam

[Harvey Huang @HarveyHuangMed]

My sr thesis is out! https://t.co/6iEvuJyyyg
Imagine a flight network: core airports (eg ORD) -> all airports big & small, but periphery airports (eg RST) -> big airports only. Chromatin can fold this way too! Core nodes = hyper-connected loops enriched for CTCF & severe daSNVs.

[Sunnia T. Chen, MD @sunniatchen]

Undoing a knot in your earphones is great, but undoing a loop in your DNA may have repercussions. Functional genome domains modeled as core-periphery networks show how hyperconnected loops land on core nodes. A grand conclusion to my senior thesis project! https://t.co/ou3NcMryPf