
Alireza Savadipour
@alisavadipour
Ph.D. candidate at Washington University in St. Louis|Guilak lab|Ortho|Center of Regenerative Medicine|Shriners Hospitals for Children
ID: 965754978173374464
20-02-2018 01:08:24
131 Tweet
255 Followers
413 Following


So excited that two of our papers made the list of basic research Year in Review at #ACR21! Congrats @guilak_lab members Whasil_URochester MaybeItsBob Alireza Savadipour Kelsey Collins Lara Pferdehirt ali ross Chia-Lung Wu Natalia Harasymowicz @jbrunger and all co-authors! @WUSTL_Rheum

Enjoying the ā¦ā¦WashU MRCā© holiday party - happy holidays everyone! But the real question is where is flat Matt? ā¦Farshid Guilakā© ā¦WashU Ortho Researchā© ā¦@WashU_BMDā©


It took me 21 hours to make it to Tampa for #ORS2022 so please come and check out my poster (599) today which is titled as āPIEZO1 Mechano-sensitivity in Chondrocytes Is Modulated Through L-Type and T-Type Voltage Sensitive Ion Channelsā. WashU Ortho Research The Guilak Lab Farshid Guilak

Congratulations to all elected to National Academy of Engineering in 2022 - including our own Farshid Guilak of WashU Ortho Research WashU McKelvey Engineering The Guilak Lab AIMBE and former editor in chief of Journal of Biomechanics (20 yrs). Recognition for a career of innovation and excellence in research & mentorship! šššš


Excited to share our new paper in AJP-Cell Physiology about the role of PIEZO channels in the musculoskeletal system. Huge thank you to @daniel_r_palmer, Farshid Guilak and all the co-authors that helped us in putting this paper together! The Guilak Lab

Excited to share the most recent work from my PhD work! Great collaboration with Leanne Iannucci, Alireza Savadipour, Farshid Guilak, and Lake Lab. Huge shout to WashU MRC as the journal cover photo was helped made possible for our wonderful histology core! faseb.onlinelibrary.wiley.com/doi/10.1096/fjā¦



Out latest by Amanda Daniel, PhD on the molecular basis of childhood skeletal malformations is now out! She & @chialungwu created #CRISPR-edited #iPSCs to show mutations in #TRPV4 disrupt normal cartilage hypertrophy as a mechanism for dysplastic bone growth. elifesciences.org/articles/71154


The Role of #PIEZO #IonChannels in the Musculoskeletal System: ow.ly/SZeb50NcHCF #review #mechanobiology Farshid Guilak Kelsey Collins Alireza Savadipour @daniel_r_palmer Erica Ely ArinOestreich Feini (Sylvia) Qu Jackie M. Garcia



Excited to share that my 3rd first-author paper on the gating mechanisms of #PIEZO1 is now published in PNASNews! Grateful for the opportunity to contribute to the field and grateful to my colleagues for their invaluable contributions.Farshid Guilak The Guilak Lab pnas.org/doi/10.1073/pnā¦



Congrats to the latest The Guilak Lab PhDs, Alireza Savadipour, Neda Rashidi, and Zainab Harissa!


Professor Farshid Guilak: PIEZO1-Mediated #Mechanotransduction Regulates Collagen Synthesis on Nanostructured 2D and 3D Models of Fibrosis Farshid Guilak The Guilak Lab WashU Medicine Shriners Children's WashU Center of Reg Med WashU McKelvey Engineering sciencedirect.com/science/articlā¦


Congrats to Dr. Neda Rashidi on her paper just out in Acta Biomaterialia showing the role of Piezo1 in regulating collagen synthesis and fibrosis by adipose stem cells! w/Natalia Harasymowicz Alireza Savadipour Nancy Steward, Ruhang Tang, & Sara Oswald
