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If you left #ASBMR2023 early, you might have missed the conference's best symposium yet on the future of Fractures and AI 🤖. Great overview by @d_whittier on AI in advanced imaging with engaging discussions, mic-dropping moments, and compelling arguments!

RT @d_whittier: Up next at #ASBMR2023: Use it or Lose it: New Insights into Exercise and MSK Health! 🏃🏼‍♀️🏋️‍♀️ Follow along on this thread….

Great presentation by @jkgriesbach and @eth_bone on mechanical stimulation combined with pharmacological treatments! There should be an award for best visualisations at #ASBMR2023!

RT @d_whittier: I’m loving all the tweets about people gearing up for #ASBMR2023. People have been asking about what to see in Vancouver, s….

For all master's graduates - exciting PhD position open with leading European consortium! Work on immunology & pancreatic cancer using single cell genomics. Apply now!.

I am looking forward to seeing many of @FIDELIO_ITN at #ASBMR2023. Even though the project is slowly coming to end, I hope many of the early stage researchers will continue bone mineral research. #FIDELIO💪🦴 @davicarro @AnnikaVKvist @Sam97351473 @Snapastian.

RT @d_whittier: I'm delighted to share that have now started my new role as an Assistant Professor at @UCalgary in the @McCaigInstitute! It….

The precision of HR-pQCT-based bone mechanoregulation methods ranged from 1.3% to 10.5% RMS-CV, providing valuable insights for interpreting longitudinal changes in subjects. #clinicalresearch #precisionmedicine.

By quantifying the relationship between mechanical strain and bone remodeling, this study provides novel, robust markers for assessing bone mechanoregulation in future clinical studies. #bonedensity.

The study found that bone was consistently formed in high-strain regions and resorbed in low-strain regions, indicating a regulated response to mechanical stimuli. #mechanobiology #bonehealth.

Just published: Our study using longitudinal #HRpQCT to measure load-driven bone remodeling in vivo with precision between 1.3-10.5% RMS-CV for various markers. Thank you to our co-authors! .@d_whittier @eth_bone @osteocollins

Very cool! For those who find it difficult to interpret more than 20 HR-pQCT parameters for their study participants, this is an excellent solution to summarise them in one intuitive metric!!.

Exciting news from #ECTS2023 - an innovative micro multi-physics model by @CharlesTLedoux @osteocollins @eth_bone that includes sclerostin dependent RANKL production - and it can replicate the effect of Romosozumab seen in clinical trials!

Exciting @FIDELIO_ITN findings presented at #ECTS2023 by @Snapastian - mitochondrial dysfunction can impede bone formation. Important implications for understanding bone diseases and potential therapies.

RT @d_whittier: An excellent talk by @walle_matthias about impaired bone mechanoregulation in patients with T1D at the @FIDELIO_ITN Open Fo….

RT @Mubashir__Ahmad: I am grateful to share that our recent paper on “Downregulation of the Autism Spectrum Disorder Gene Shank2 Decreases….

RT @d_whittier: Calling all #hrpqct users! Want to minimize time doing manual checks and increase reliability of your data? Check out this….

What an amazing candid photo of us @SaraDelon6 @EminiLejla @davicarro! I hope all of @FIDELIO_ITN will make it to this year's #ECTSBRS2023!.

Tired of grading motion in #CT scans? You can use #deeplearning to automate this time-consuming task! Simply use these visual tools to grade and verify your #HRpQCT scans! Thank you @eth_bone @osteocollins @pennyatkinsphd @KendallJackJ @FIDELIO_ITN .