Lemos Lab for Regenerative Medicine

We work on the exciting boundaries of organ regeneration, tissue bioengineering and disease modeling. @HarvardMed
@BrighamWomens

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@geochurch Get us a Neanderthal, George!

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

We’re happy to present a novel tissue-bioengineering method for the generation of implantable synthetic autologous lymphoid tissue using hPSCs. We thank Dr Church and Dr Abdi for the collaborative effort.
https://t.co/E92fDMuaA0
@geochurch @harvardmed @MassGenBrigham

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak @kkariko @WeissmanLab Brilliant!

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

Deeply thankful to the National Cancer Institute for funding our R01 research project to investigate the molecular mechanisms of a rare kidney tumor using human induced pluripotent stem cells. #BrighamandWomensHospital #harvardmedicalschool #renal #raredisease #nih #organoids

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak Mine passed last November. I miss her so much. My condolences to you Katalin.

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak @Nature Yeees! More of this pls

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak @LiangXiujie Beauty! Congrats!

[JASN_News @JASN_News]

"Orthotopically implanted hPSC-derived kidney organoids...emerge as a potentially groundbreaking tool for preclinical therapeutic innovation." This Perspective discusses the role of kidney organoids in advancing therapeutic developments https://t.co/XcsLByWkHG

[Organoid News @organoidscience]

✏️ This review article in @JASN_News discussed the unique potential of kidney #organoid xenografts for elucidating molecular mechanisms driving monogenic #kidney disorders and for the development of novel pharmacotherapies.

🔖 Give it a read-through: https://t.co/bZCwBLaEcH

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@rkramann Hahaha the simple things

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak @NatureGenet Beautiful!

[Katalin Susztak @KSusztak]

Human ureteric bud organoids recapitulate branching morphogenesis and differentiate into functional collecting duct cell types | ⁦@NatureBiotech⁩ Team Bonventre https://t.co/hPEACNyD8B

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@PennKidney @KSusztak @CHOPNephrology Fantastic!!

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak @PennKidney @CHOPNephrology Stoked by this. Well done by Penn

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak @NatureGenet @Hongbo919Liu Wonderful work! Congrats!

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@andreonitomas1 Alalalaa me leiste la mente. Spot on. Saludos

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@ReBuildaKidney @Kidney_Int Very good and much needed update!

[pirizlab @pirizlab]

Check our latest research in neurosciences, published with @SpringerNature in @npp_journal https://t.co/qszFjmN4fP

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@PRomagnani Fantastic piece, congrats!

[Lemos Lab for Regenerative Medicine @LemosLabHMS]

@KSusztak How unfortunate! Get well soon Katalin