Roberto Pineda Guzmán

Postdoctoral researcher @Carle_org | Hondureño🇭🇳❤️ | él/him

[Roberto Pineda Guzmán @robertopg14]

My 1st paper is finally available online. Let me talk to you about my research on helical yarn and knee ligaments in the following thread/Mi primer publicación científica esta disponible! Este hilo también va en español🧵#CienciaCatracha🇭🇳 1/n https://t.co/ObvQSPn6k8

[Roberto Pineda Guzmán @robertopg14]

@BlankJonathon @NIH @NIH_NIAMS @McKayLaboratory @SoslowskyLab For sure, would be great to see you or have a chat soon!

[Joshua D Roth @JDRothPhD]

Check out one of the last papers from @BlankJonathon's PhD focused on whether it's feasible to determine regional loading using a shear wave tensiometer. We're excited to build on these findings in the @UW_BAMLab to enable regional tension measurements in the clinic!

[Roberto Pineda Guzmán @robertopg14]

@BlankJonathon @JBiomech @UW_BAMLab @UW_NMBL @UWMechEngr @wiscorthopedics Congrats Jon! Very insightful findings!

[Roberto Pineda Guzmán @robertopg14]

@JDRothPhD Thanks Josh!

[Roberto Pineda Guzmán @robertopg14]

Take a look at our newest paper in ABME!

[ABME @ABMEjournal]

Assessment of Mechanically Induced Changes in Helical Fiber Microstructure Using Diffusion Tensor Imaging @mechseILLINOIS @BeckmanInst @ILLINOISmed @Carle_org @KershTBL @robertopg14 @BMESociety @SpringerNature

Link: https://t.co/AQqpmU6G00

[Roberto Pineda Guzmán @robertopg14]

@ABMEjournal @mechseILLINOIS @BeckmanInst @ILLINOISmed @Carle_org @KershTBL @BMESociety @SpringerNature For those interested, thread here:

[Roberto Pineda Guzmán @robertopg14]

The 2nd chapter of my PhD thesis is finally published and available online @ABMEjournal ! This paper focuses on how diffusion tensor MRI (DTI) can detect mechanically induced changes in tissue-mimicking fibers. #CienciaCatracha🇭🇳 https://t.co/Mr6vTr1rs7

[Roberto Pineda Guzmán @robertopg14]

@MriFranz Congratulations Francesco!

[Carly Lockard @carly_lockard]

At #ORS2024 and trying to decide what sessions to attend tomorrow? Check out the Advanced Imaging: Structure and Function of Soft Tissues session, featuring @DevaDChan talking about 'Multi-contrast MRI: Towards a Richer Picture of Soft Tissue Mechanics' (2/5, 8am Rm 201) #ORSSMC

[Roberto Pineda Guzmán @robertopg14]

I would like to thank my PhD advisor @KershTBL for guiding me through this entangled 🧶 research project, all the coauthors that greatly contributed to this paper, my amazing TBL labmates, everyone at AMTEL-UIUC and the @BeckmanInst for their incredible support!

[Roberto Pineda Guzmán @robertopg14]

The 2nd chapter of my PhD thesis is finally published and available online @ABMEjournal ! This paper focuses on how diffusion tensor MRI (DTI) can detect mechanically induced changes in tissue-mimicking fibers. #CienciaCatracha🇭🇳 https://t.co/Mr6vTr1rs7

[Roberto Pineda Guzmán @robertopg14]

These results are important because they provide us with DTI metrics that can be used to noninvasively detect mechanically-induced changes in the microstructures of ligaments and tendons! More work on this is on the way, and I’ll present some of it as a NIRA finalist @ORSsociety

[Journal of Applied Biomechanics @JApplBiomech]

Do you analyze ultrasound imaging data of muscle tissue?

Check out this new MATLAB toolbox for tracking and mathematically representing muscle architecture at the fascicle scale for brightness-mode ultrasound imaging!

https://t.co/7Cj9WhhUKe

[Roberto Pineda Guzmán @robertopg14]

@ASBPostdocs @biomechnewbies @JDRothPhD @rdcatena @MaxKShepherd @pcfino Hi there! I’d like to get more info but I can’t DM you🥲

[Roberto Pineda Guzmán @robertopg14]

@JDRothPhD @KershTBL @amirostadim @BeckmanInst @Carle_org Thanks Josh!

[Roberto Pineda Guzmán @robertopg14]

I’m very happy that our work on non-invasive imaging 🧲 of mechanically-induced damage in tendon was selected to be a NIRA finalist, it’s been a great collaborative effort with the whole team @KershTBL @amirostadim @BeckmanInst @Carle_org

[Orthopaedic Research Society @ORSsociety]

📬 Today is the day! Notifications regarding acceptance will be sent out to all individuals who responded to our initial call for abstracts. Keep an eye on your inbox! We are eagerly anticipating the presentation of exciting #orthopaedic research at the 2024 ORS Annual Meeting.

[Carly Lockard @carly_lockard]

Looking for a faster, more objective method for measuring #muscle fascicle characteristics on ultrasound? We present our results using a semi-automated MATLAB workflow in @JApplBiomech:
https://t.co/uYeOP1KMX3 @Carle_org @VanderbiltU @vuiis @UofIllinois @BeckmanInst