Julio Flores

General Surgery Resident @UCSF
MD/PhD @einsteinmed

[UCSF GS Residency @UCSFGSResidency]

Welcome to all these superstars, and congratulations!!!

[Meelad Dawlaty @MDawlaty]

Our work on how Tet-driven DNA demethylation regulates neural specification is published in @ScienceAdvances Hope you find it interesting. Congrats to Ian MacArthur & all authors & @masako_suzuki . @EinsteinMed @Einstein_SCI @EinsteinGenes @EinsteinPhD | https://t.co/zHcjDu3VXZ

[Meelad Dawlaty @MDawlaty]

Our study on enzymatic & non-enzymatic roles of Tet3 in lineage specification is published in Communications Biology. Hope you find it interesting. Congrats to Harmony Ketchum & collaborator @masako_suzuki . @EinsteinMed @EinsteinPhD @Einstein_SCI https://t.co/kFKx4I50hw

[ISEH @ISEHSociety]

Congratulations to our 2023 ExpHem Young Investigator Award Winners: Anna Rydström @Lund_Stem and @juliocflrs! This Young Investigator award celebrates high-quality articles published in ExpHem by young investigators. Don’t miss these articles and more: https://t.co/f6bYhAerze

[Keisuke_Ito_Lab (Old) @The_Ito_Lab]

Julio @juliocflrs, your unwavering dedication has paved the way for this prestigious Experimental Hematology Young Investigator Award @ISEHSociety. This honor is truly well-deserved – our heartfelt congratulations! @MDawlaty @Einstein_SCI

[Meelad Dawlaty @MDawlaty]

Our study on role of Tet2 partnering with Sin3a in ESCs to regulate enhancers is published in ⁦@iScience_CP⁩ . Hope you find it interesting. Congrats @juliocflrs ⁦@SimoneSidoli⁩ ⁦@EinsteinMed⁩ ⁦@Einstein_SCI⁩ ⁦@EinsteinGenes⁩ https://t.co/Pj20A7HSRg

[Keisuke_Ito_Lab (Old) @The_Ito_Lab]

So proud to join @MDawlaty & @juliocflrs, at @Einstein_SCI @EinsteinMed @CDTMI_Einstein, in this great work! Our new study in Exp Hematology @ISEHSociety describes the differing impacts of Tet2’s catalytic dependent and independent roles on myeloid and lymphoid lineages with age.

[Meelad Dawlaty @MDawlaty]

Our collaborative study with @The_Ito_Lab on nonenzymatic roles of Tet2 in bone marrow is published in Exp Hematology @ISEHSociety Hope you find it interesting. Congrats to Julio @juliocflrs Kyoko & other authors ⁦@Einstein_SCI⁩ ⁦@EinsteinMed⁩ https://t.co/UAkZPf0VQY

[Julio Flores @juliocflrs]

Happy to share that last week I successfully defended my PhD thesis! I will be forever grateful to my mentor @MDawlaty, collaborators @SimoneSidoli and @The_Ito_Lab, and fellow grad students and colleagues that supported me throughout. Onto clerkships next!

[Meelad Dawlaty @MDawlaty]

Congratulations to Dr. Julio Flores @juliocflrs , MDPhD student in our lab @EinsteinGenes @Einstein_SCI @EinsteinMed on successfully defending his PhD thesis on the role of Tet2 in ESCs and HSCs. Stay tuned for his papers as they come online in the near future.

[Meelad Dawlaty @MDawlaty]

Our study on the role of Tet1 in regulation of ESC cell cycle is now published in the journal Cells @MDPIOpenAccess. Hope colleagues find it interesting. Congrats to Stephanie & other authors. @EinsteinGenes @EinsteinMed
https://t.co/YIbnhBPDS8 #mdpicells via @MDPIOpenAccess

[EMBO Reports @emboreports]

Keisuke Ito @EinsteinMed and coworkers show that ablation of Nucleophosmin 1 induces HSC #aging and #inflammation to develop myelodysplastic syndrome exacerbated by #p53 loss. #stemcells #leukemia

-> https://t.co/zrx2umEeOR

[Meelad Dawlaty @MDawlaty]

Tet-mediated DNA demethylation regulates specification of hematopoietic stem and progenitor cells during mammalian embryogenesis https://t.co/lBrw5mOhKJ

[Meelad Dawlaty @MDawlaty]

Our study on non-catalytic roles of Tet1 in regulation of bivalent genes, ESC biology and development is now published in Nucleic Acid Research @NAR_Open . Congrats to Stephanie & Qin and other authors, and thanks to collaborators @zhengdy @SteidlUli @EinsteinGenes @EinsteinMed

[EinsteinGenetics @EinsteinGenes]

And @MDawlaty lab🥳🎄

[Julio Flores @juliocflrs]

@kemzzz_ Coming home to MPI

[Reanna Doña @read_on_a_gene]

Thankful to have virtually hosted @IntMedAbel at @EinsteinMed to discuss his research in Cardiometabolic Disease driven by Mitochondrial Mechanisms and some pointers for MD/PhD trainees in mentorship and individual development.

Thank you for the thoughtful discussion! 👏🏾👏🏾👏🏾