
Roman Thaler
@romanthaler
Assistant Professor of Orthopedics @MayoClinic
Author of Vitamin C epigenetically controls osteogenesis in Nature Comm. Read here: rdcu.be/cW0By
ID: 1016706212837064704
10-07-2018 15:30:25
22 Tweet
42 Followers
84 Following

I’m elated to be able to share our new story on p21 in Science Magazine! I feel very lucky to have been part of two wonderful institutions Mayo Clinic University of Groningen with fantastic collaborators! science.org/doi/10.1126/sc…

I’m very excited to share our new paper Nature Communications on an unexpected finding that established senescent cells actively suppress p53 activity. Thanks to all coauthors, Mayo Clinic and editor & reviewers who helped improve the study! nature.com/articles/s4146…



Just out in Cell Reports: Check out our newest study in which we identified a mechanism that protects against loss of human naive CD4 T cells with aging! Mayo Clinic


The Goronzy lab and the Baker lab bakerlab teamed up to write a timely focus article on senescent cells, cancer and anti-tumor immunity. Luis I. Prieto Mayo Clinic Science Translational Medicine

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. Roman Thaler nature.com/articles/s4200…

📢 Excited to share our recent review on "#Tcell fate decisions during memory cell generation with #aging" in Seminar In Immunology 📚🎉 A special shoutout to Ines Sturmlechner, YUNMEI MU Hirohisa Okuyama Goronzy Lab Mayo Clinic Read the full review: lnkd.in/gaTyWhxj

I'm excited to share our new collaborative #research from Mayo Clinic and UC San Francisco on MED1 and dental lineage specification published with Springer Nature in Communications Biology where we demonstrate that loss of MED1 causes hair growth on teeth! rdcu.be/dhOMt

I'm very pleased that our latest #research on #VitaminC has been published in The Journal of Bone and Mineral Research. Our collaborative work between Mayo Clinic and Ludwig Boltzmann Gesellschaft shows that the female skeleton is much more sensitive to Vitamin C deficiency than the male skeleton. doi.org/10.1002/jbmr.4…

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 Roman Thaler ow.ly/5LLf50Pw5v9


Check out our recent article on Tertiary Lymphoid Structures (TLS) and autoimmunity published in Science Translational Medicine led by Yuki Sato in Mayo Clinic . I'm incredibly proud to have been a part of the team science.org/doi/10.1126/sc… #Immunology #CD4Tcells #TLS #WeyandLab #GoronzyLab

