Roman Thaler

Assistant Professor of Orthopedics @MayoClinic
Author of Vitamin C epigenetically controls osteogenesis in Nature Comm. Read here:

[Roman Thaler @RomanThaler]

Read my latest #research on #VitaminC "Vitamin C epigenetically controls osteogenesis and bone mineralization", published with @SpringerNature in @NatureComms. My article demonstrates that Vitamin C’s epigenetic functions are central to bone formation & homeostasis.

[Roman Thaler @RomanThaler]

@BaccarelliAA Congrats and all the best for your new chapter! Thanks for all you did in regard to the outstanding Career MODE program!! Saluti!

[Ines Sturmlechner @i_sturmlechner]

I’m excited and humbled by the honor of receiving the ASciNA Young Scientist award! This means a lot!

[Roman Thaler @RomanThaler]

@i_sturmlechner Well deserved! Congrats!!

[Abhinav Jain @Abhinav_Jain_19]

Check out our recent article on Tertiary Lymphoid Structures (TLS) and autoimmunity published in @ScienceTM led by @YukiSat71808438 in @MayoClinic . I'm incredibly proud to have been a part of the team

https://t.co/TymRI3gxVT
#Immunology #CD4Tcells #TLS #WeyandLab #GoronzyLab

[Roman Thaler @RomanThaler]

@JWestendorfPhD @ASBMR @ASMBR @MaryBouxsein @lauracalvi3 Congrats Dr. Westendorf!!

[The Journal of Bone and Mineral Research @The_JBMR]

A new study proposes that low VitC levels may contribute to the higher prevalence of bone-degenerative diseases in females & suggests leveraging this vitamin against these conditions @RomanThaler

https://t.co/Wb26pPvP2L

[Roman Thaler @RomanThaler]

I'm very pleased that our latest #research on #VitaminC has been published in @The_JBMR. Our collaborative work between @MayoClinic and @LBG_research shows that the female skeleton is much more sensitive to Vitamin C deficiency than the male skeleton. https://t.co/TM9BF6BidN

[Roman Thaler @RomanThaler]

@ShozoOhtsuki @MayoClinic @UCSF @SpringerNature @CommsBio Thanks Shozo!

[Roman Thaler @RomanThaler]

I'm excited to share our new collaborative #research from @MayoClinic and @UCSF on MED1 and dental lineage specification published with @SpringerNature in @CommsBio where we demonstrate that loss of MED1 causes hair growth on teeth! https://t.co/CTKRAcUe0L

[Abhinav Jain @Abhinav_Jain_19]

📢 Excited to share our recent review on "#Tcell fate decisions during memory cell generation with #aging" in Seminar In Immunology 📚🎉

A special shoutout to @i_sturmlechner, @YUNMU464602463 @sore117san Goronzy Lab @MayoClinic

Read the full review: https://t.co/WN3wB457cb

[Communications Biology @CommsBio]

Mediator 1 ablation in mice causes ectopic hair growth on incisors, and RNA-seq and ChIP-seq analysis further show that Med1 mediates changes in enhancer dynamics. @RomanThaler https://t.co/L3B1Dn37zK

[Ines Sturmlechner @i_sturmlechner]

The Goronzy lab and the Baker lab @dbakerlab teamed up to write a timely focus article on senescent cells, cancer and anti-tumor immunity.
@LuisIPrieto1 @MayoClinic @ScienceTM

[The Nobel Prize @NobelPrize]

Can you guess what this picture is? It's an image of Vitamin C, taken with polarised light.

Vitamin C led to both the 1937 medicine and chemistry prizes: to Albert von Szent-Györgyi, who first isolated it, and Norman Haworth for determining its molecular structure.

[Ines Sturmlechner @i_sturmlechner]

Just out in @CellReports: Check out our newest study in which we identified a mechanism that protects against loss of human naive CD4 T cells with aging! @MayoClinic

[Cell Reports @CellReports]

TRIB2 safeguards naive T cell homeostasis during aging https://t.co/f6qcUGsA1e

[Ines Sturmlechner @i_sturmlechner]

Thank you @AFARorg for selecting me for a Glenn Foundation post-doc fellowship! I’m excited to be part of the AFAR community!

[Roman Thaler @RomanThaler]

I'm very grateful to my wonderful team @MayoClinic and all the fantastic collaborators! @LBG_research #osteology
https://t.co/DBOba7WX1g

[Roman Thaler @RomanThaler]

Read my latest #research on #VitaminC "Vitamin C epigenetically controls osteogenesis and bone mineralization", published with @SpringerNature in @NatureComms. My article demonstrates that Vitamin C’s epigenetic functions are central to bone formation & homeostasis.

[Roman Thaler @RomanThaler]

@GarmanyRamin @i_sturmlechner @NatureComms @MayoClinic Thank you!

[Roman Thaler @RomanThaler]

@MartinaGluscevi @i_sturmlechner @NatureComms @MayoClinic Thanks Martina!