🚨 April #OAC#EditorsChoice#BasicScience 🚨
This work by Kazemi et al. demonstrates how Raman arthroscopy is a transformative tool to evaluate, monitor, and treat cartilage injuries. @Albrolab@Grinstaff
Read more here 🔗 https://t.co/AMoFhXzTwC
We are delighted to have our latest work on our arthroscopic Raman probe published in @OACJournal. Congrats to Massie Kazemi and the Raman team!
Check it out here: https://t.co/Kah9TWLKWp
Check out this recent methods article from @AlbroLab@BostonU_BME on autoinduction-based quantification of in situ TGF-β activity in native and engineered cartilage!
Read more here: https://t.co/gnOd45CVnc
Check out this article from @AlbroLab@BuMechE on how physiologic TGF-β doses promote hyaline-like cartilage with balanced #ECM production, reducing detrimental effects compared to supraphysiologic doses.
Read more here: https://t.co/3lZ2rKxwWs
Congratulations to the 6️⃣ @BU_Tweets researchers awarded @NSF CAREER grants for their groundbreaking work in engineering, AI, molecular biology, & beyond. Their commitment to advancing science and cultivating future leaders sets a remarkable standard.
➡️ https://t.co/6d1l4UszOY
Had a great time hosting @AlbroLab today for @VCU_BME seminar and hearing about all the great work they are up to @BUCollegeofENG!!!
+ Bonus... @BergholtLab was there in spirit!!
#DYK: 24% of adults suffer from #osteoarthritis, and the burden can be even heavier on younger patients. A team of @BU_Tweets researchers led by @BUCollegeofENG's @AlbroLab are developing a noninvasive light-based arthroscope to assess cartilage health. ➡️ https://t.co/LbHVW0UQjZ