Heart failure Epigenomics and Molecular Epigenetics Laboratory // Genome Institute of Singapore @astar_research, Cardiovascular Research Institute @NUSingapore
Singapore
Joined June 2018
- Tweets155
- Following88
- Followers401
- Likes133
Foo Lab retweeted
In @ScienceMagazine we used single cell multiomics, human PET imaging, and in vivo lineage tracing to identify FAP as a marker of modulated vascular cells in coronary artery disease. We used anti FAP BiTE therapy to reduce plaque burden in vivo.
science.org/doi/10.1126/scie…
Foo Lab retweeted
Another year, another retreat for the Foo lab, this time in the shabby chic Lotus Resort at Desaru, Johor Malaysia. Getting to know you, learning science from each other, scientific mentorship and leadership practice. @NUSMedicine @TheFooLab
Foo Lab retweeted
Plz repost!
New Postdoc Position: Join our lab at UA Sarver Heart Center to develop nanoparticle & protein delivery platforms for cardiac regeneration. PhD in nanotech/biomed eng/pharm sci required; in vivo delivery a plus. Email: [email protected] #Postdoc #Nanomedicine #Regeneration
Foo Lab retweeted
We discover RUNX1 as a nodal regulator of human cardiac recovery and uncover a druggable epigenetic mechanism in macrophages that orchestrates functional, structural, and molecular features of organ recovery @LavineLab @m_alexanian @Amgen @ImmunoFibHF
biorxiv.org/content/10.1101/…
Foo Lab retweeted
Our Spatial Transcriptomics study of human #aortic full thickness punches shows smooth muscle cell clusters in early atherosclerotic #plaque, and an iron-driven macrophage-like cell state that can be targeted to prevent progression @10xGenomics @TheFooLab
biorxiv.org/content/10.1101/…
Foo Lab retweeted
@CircRes Interorgan Crosstalk in #HF & #Cardiometabolic Diseases Compendium
CV, #Kidney, #Liver, & Metabolic Interactions in #HF: Breaking Down Silos ahajrnls.org/3ZtHfJQ
by @rsyf2 @josephahill @FaiezZANNAD @ShahzebKhanMD @JenHoCardiology @leahkosyakovsky et al
Foo Lab retweeted
Organs don't work in silos !! It's time to track outcomes across the disease specialities, when they are so much metabolism driven today @NUSMedicine ahajournals.org/doi/full/10.…
Foo Lab retweeted
We use CITE-seq, Xenium, human PET imaging, and in vivo lineage tracing to identify FAP as a marker of modulated SMCs in human coronary artery disease and show that treatment with an anti FAP bi-specific T cell engager reduces plaque burden in vivo biorxiv.org/content/10.1101/…
Foo Lab retweeted
Open faculty positions announcement: 2 advanced HF faculty positions are available at The University of Arizona. All faculty ranks. Competitive salaries and startups. Message me for more details. Plz repost.
Foo Lab retweeted
None of this team entered science to make a high salary. Several could well have a luxury life doing something else. So each time we get a chance to let the hair down and put fun into our science and team building, we make the best of it. A lab retreat to remember @TheFooLab
Foo Lab retweeted
The wonderful joys of hanging out with younger people...and learning from them about their aspirations and big dreams @TheFooLab going into the new year (early) @NUSMedicine @CvdNus
Foo Lab retweeted
Grateful for the plug for RESET. We are still on a drive to enrol participants..... free scans and tests, and a 5yr long follow up with the medical team... on a look out for causes and drivers of early heart and metabolic disease @CvdNus @TheFooLab medicine.nus.edu.sg/reset_la…
Episode 3 of CBmE&U is out! Professor Roger Foo at @NUSMedicine answers questions from @juliansavulescu and @sinead_prince about Project RESET, personalized medicine, and whether we have free will. Listen online: buzzsprout.com/2384633
Foo Lab retweeted
#ICYMI: Asns marks cardiomyocyte dedifferentiation @yike_zhu @TheFooLab @NUSingapore @NUSMedicine @chesterleedrum @zentiang @meekelee @Circulation @rsyf2 #AHAJournals
Discovery of asparagine synthetase, Asns, as a novel molecular marker & essential mediator of cardiomyocyte dedifferentiation, a cellular transition state to cardiac regeneration, via the #mTORC1 pathway @chesterleedrum @zentiang ahajournals.org/doi/10.1161/…
Foo Lab retweeted
We've found that the cell adherens junction is crucial for cardiomyocyte development through the NF2-YAP-AMOT protein complex @NUSMedicine @NUSResearch @CvdNus @TheFooLab @Meekelee
Foo Lab retweeted
last week we were richly treated to a big CV giant speak to us about the myths of cardiac stem cell ...there is too much fraud and handwaving, and we have to tread there carefully @NUSResearch @NUSMedicine @CvdNus @TheFooLab @astar_research
Foo Lab retweeted
We have a new episode out!
Dr. Roger Foo (@rsyf2) from @NUSingapore joins us to discuss his work studying the genetics of #HeartDisease. 🫀
Listen now: shorturl.at/abdhs
Foo Lab retweeted
Thank you to @rsyf2 for taking us on a journey into your 'intoxicating and bewildering world of molecular and cell biology' as part of our #ISHRAusSpotlight this month!
#cardiotwitter @TheFooLab @NUSingapore
Foo Lab retweeted
To friends far and wide...working in science in #Singapore is great fun... #fighting_heartdisease together
Foo Lab retweeted
Congrats to @MatiasIAutio (@rsyf2 lab), Talal bin Amin et al for cataloging the recently mobile #TransposableElements that make humans different from each other! These #transposon types drive human #polymorphism, #SomaticVariants & disease. #MobileElements rdcu.be/cAQtR
Foo Lab retweeted
Interested in working on translational and impactful projects developing RNA therapeutic technology together with world class experts? Please do get in touch. See the advert attached. @LavenniahA @rsyf2 @TheFooLab @CvdNus
