Ruohola-Baker Lab

Ruohola-Baker Lab! We are apart of UW Medicine's Stem Cells and Regenerative Medicine department.

[ISCRM at UW @UWISCRM]

The state-funded ISCRM Fellows Program has given more than 100 undergraduate, graduate, and postdoctoral students opportunities to advance regenerative medicine research underway in ISCRM labs. We are thrilled to welcome the 2024-2025 Fellows, who represent 12 @UW departments.

[ISCRM at UW @UWISCRM]

“This collaboration is a case of a biological need propelling a technological advance that could have real-world therapeutic benefit for patients." @RuoholaL @hannele89072027 @UWBiochemistry @UWproteindesign @UWMedicine @UWBioE
https://t.co/qrGBwHRLbW

[UW Medicine Newsroom @uwmnewsroom]

A project led by scientists @UWproteindesign & @UWISCRM has created wheel-shaped proteins that cause stem cells to develop into new blood vessels, offering new hope for repairing damaged organs @CellCellPress @UWBiochemistry @RuoholaL https://t.co/xushca6aso

[Ruohola-Baker Lab @RuoholaL]

Great Collaboration between IPD and ISCRM! Go DREAM team!

[UW Medicine Newsroom @uwmnewsroom]

A project led by scientists @UWproteindesign & @UWISCRM has created wheel-shaped proteins that cause stem cells to develop into new blood vessels, offering new hope for repairing damaged organs @CellCellPress @UWBiochemistry @RuoholaL https://t.co/xushca6aso

[Ruohola-Baker Lab @RuoholaL]

Born to make Arteries!

[Thomas Schlichthaerle @schlichthaerle]

Now online: We developed novel oligomers and turned them into FGFR agonists via binder induced receptor clustering. #denovo_proteins https://t.co/J1a323wSih

[Thomas Schlichthaerle @schlichthaerle]

@UWproteindesign @UWBiochemistry @UWMedicine @nyuniversity @BhabhaEkiertLab @RuoholaL The FGF-mimetics were subsequently used to program cellular decision making of induced pluripotent stem cells in a vascular differentiation model.

[Thomas Schlichthaerle @schlichthaerle]

Now online: We developed novel oligomers and turned them into FGFR agonists via binder induced receptor clustering. #denovo_proteins https://t.co/J1a323wSih

[ISCRM at UW @UWISCRM]

On Monday May 20th, we are honored to welcome @channyskye for a special seminar!

[Hannele Ruohola-Bake @hannele89072027]

Such an honor to have Princess giving a keynote in ISCRM symposium!

[ISCRM at UW @UWISCRM]

“I believe this collaboration between a stem cell institute, a dental school, and experts in genetic sequencing and protein design could only happen in a few places, and one of them is in Seattle.”
@UWDentalSchool @RuoholaL @UWproteindesign @BrotmanBaty https://t.co/Q7Gzp7WBt1

[ISCRM at UW @UWISCRM]

We are pleased to welcome Utpal Banerjee, PhD for a seminar on Thursday, January 18th!

[The Nobel Prize @NobelPrize]

Congratulations to one of our new medicine laureates: Katalin Karikó (@kkariko)! 🎉

An interview with her will be coming soon.

[UW Medicine Newsroom @uwmnewsroom]

Take a look at the future of your teeth with the stem cell research of @UW_Microbiology @UWISCRM @RuoholaL Hannele Ruohola-Baker (@hannele89072027). Watch: https://t.co/Upi2388Dht

[KING 5 News @KING5Seattle]

For humans, once our tooth enamel deteriorates, it's gone for good. A group of UW Medicine researchers has found a way to coax stem cells to help build enamel. https://t.co/ViOiLE9wz0

[ISCRM at UW @UWISCRM]

Regenerative dentistry makes the evening news in this piece starring @hannele89072027 @RuoholaL and partners from the @UWDentalSchool! #stemcells #regenerativemedicine

[Dean R Owen @DeanRogerOwen]

Check out this interesting Q&A w/BBI's @RuoholaL of @UWBiochemistry whose goal is to 'contribute to tools w/potential to regulate genes & treat diseases w/ unprecedented precision.' @UWMedicine @UWproteindesign @NIH
https://t.co/vD07aKoCLh

[Science in Seattle @science_seattle]

When we think of stem cells, we don't often think of teeth 🦷, but new research out of @UWISCRM is having us think again. "The ability to generate tooth #organoids may usher in a 'Century of Living Fillings'".

Read more about @hannele89072027's findings: https://t.co/j8a24KiPJB

[Brotman Baty @BrotmanBaty]

"This may finally be the ‘Century of Living Fillings’ and human regenerative dentistry in general:" BBI's @RuoholaL comments on new paper in @UWMedicine article, 'Stem cell-derived organoids secrete tooth enamel proteins' @Dev_Cell @UWDentalSchool

https://t.co/OxAoPoiyos

[Beno Freedman @benofreedman]

Seeing this in print brings a smile to my face! Congratulations ⁦@hannele89072027⁩. What a fun collaboration. ⁦
Scientists want to fix tooth decay with stem cells https://t.co/GV1vmo696a

[UW Medicine Newsroom @uwmnewsroom]

Article & audio @TheEconomist explores the possibility that scientists may someday regenerate decayed teeth, after @RuoholaL @UWBiochemisty @UWISCRM & colleagues report their creation of stem-cell organoids that can secrete enamel proteins @Dev_Cell https://t.co/atrhyuM6nw