Yue-Hin “Tom” Loke, MD

Pediatric Cardiologist and K-Space traveler. CFD enthusiast.

[Yue-Hin “Tom” Loke, MD @LokeCmr]

#SCMR2023 very proud of our work this year, particularly our engineer Vincent's most important contribution - K, the 4D flow cat, now official lab mascot of the 3DCVL @ljolivieri @Dr_AshishDoshi

[Dr. Kanwal M Farooqi @Kfarooqi]

🏃‍♀️ Cmon over to Silver Pearl 3!!!
Everything you ever wanted to know about….
#3Dprinting and modeling from the EXPERTS 🔥👌🔥👌🔥👌
#SCMR22
@SCMRorg @ljolivieri @purviparwani @purviparwani @DrJenniferCo_Vu @Jason_N_Johnson @iamritu @rajdoc2005 @chiarabd @RayRcnita
@sven_plein

[Anu Dodeja, MD, FACC @anudodejamd]

3D models virtual and printed can help with complex CHD allowing for personalized care & precision medicine 🧲❤️@SCMRorg @scmrchd #SCMR23 @DrJenniferCo_Vu @Jason_N_Johnson @Kfarooqi @DrBabyHearts @CMRdoc @purviparwani @RayRcnita

[Yue-Hin “Tom” Loke, MD @LokeCmr]

@ljolivieri @AlsaiedTarek @Kfarooqi @DrJenniferCo_Vu People in the know

[Laura Olivieri @ljolivieri]

4D flow cat. If you know, you know. Product of the 3D Cardiac Vis Lab #SCMR23 ⁦@AlsaiedTarek⁩ ⁦@Kfarooqi⁩ ⁦@DrJenniferCo_Vu⁩ ⁦@LokeCmr⁩

[Dr. Kanwal M Farooqi @Kfarooqi]

Couldn’t be more proud of our former fellow @KidsAtColumbia and current imaging fellow @ChildrensNatl
Dr Nicole Marella 👌
This superstar ⭐️ presented her work on RV modeling in HLHS
#whyCMR
#WomeninSTEM #SCMR23
@ljolivieri @MikeDiLorenzoMD @ShannonNNees
@SCMRorg

[Tarek Alsaied @AlsaiedTarek]

👏presentations at the moderated poster session by @Bravo__MD @obyrne_md #AHA22 #AHA2022 more to learn about Digoxin in single ventricle and Fontan 🫀liver disease @AHAScience #CardioTwitter #CardioEd #EchoFirst #Whycmr

[David Mirren @davidmcgeoch9]

If you agree with Garak we should be friends 🖖 @StarTrek

[Yue-Hin “Tom” Loke, MD @LokeCmr]

When your son is a tough critic and walks all over your research #ACC22

[Children's National Hospital 🏥 @ChildrensNatl]

This cardiovascular surgeon isn’t just an outstanding surgeon, she’s a talented ceramicist! Check out the clay pieces she sculpts, capturing diagnosis & surgical outcomes for patients:

[Yue-Hin “Tom” Loke, MD @LokeCmr]

National conference abstract character limit = 1900. Figure = 300 characters.

So we need to convey a complex idea in the space of 4.5 tweets. In proper English.

😵‍💫

[Yue-Hin “Tom” Loke, MD @LokeCmr]

@HsiaoMDPhD @purviparwani @AJR_Radiology @javierurmeneta1 @LopezOpitz @DanielVargasMD @danilorenzatti @NASCISociety @thoracicrad Too much eccentricity and vorticity! ;)

[Albert Hsiao 蕭, MD, PhD, FNASCI, FSCMR, FAHA 🐳 @HsiaoMDPhD]

Considerations for how to apply #4dflow #whyCMR in clinical cardiovascular imaging are published in @AJR_Radiology. What's the diagnosis here? #radres @javierurmeneta1 @LopezOpitz @DanielVargasMD @danilorenzatti @purviparwani @NASCISociety @thoracicrad https://t.co/vUJMPovnPh

[Dr. Glaucomflecken @DGlaucomflecken]

The easy residency

[Journal of CMR @journalofCMR]

Moving beyond size: vorticity and energy loss are correlated with right ventricular dysfunction and exercise intolerance in repaired Tetralogy of Fallot
https://t.co/jj5XaifVva

[CMR Papers @CMRPapers]

Combining patient-specific, digital 3D models with tele-education for adolescents with CHD https://t.co/Nn0QBcc0GZ

[Yue-Hin “Tom” Loke, MD @LokeCmr]

@HeartofaDoc Welcome!

[Yue-Hin “Tom” Loke, MD @LokeCmr]

Super nerdy stuff that I've been working on the past several years, that just got published - Use of computational fluid dynamics to investigate Tetralogy of Fallot. #chd #whycmr @Dr_AshishDoshi

https://t.co/tBQSaBqzIp (view-only PDF)
https://t.co/LyVHjNX6se

[Michael O'Byrne @obyrne_md]

Great news for #CHD patients: @US_FDA approves the @Medtronic Harmony trans catheter valve for dysfunctional native outflow tracts. Dramatically expands the swath of patients with RVOT dysfunction who can get PVR without open heart surgery.

https://t.co/agadbfk1sk

[Michael Clemens @m_clem]

Pediatric deaths from influenza in the United States, last four flu seasons.

Present season: one.

https://t.co/q8IBNm10p2