Morgan Urdaneta, PhD

Data science | Machine Learning | Neural engineering |

[Morgan Urdaneta, PhD @MorganEUrdaneta]

I’m very happy to announce that the first paper from my PhD dissertation just got accepted for publication🎉
We found that the parameters of intracortical microstimulation (ICMS) of S1 depend on the interfacing cortical depth.
Spoiler: We even coined a new term

🧵#TweetPrint 1/x

[nicolas kunigk @NKunigk]

Excited to share the first paper of my PhD under @jenpgh!

Here, we revisit the idea of motor somatotopy in humans implanted with intracortical electrode arrays as part of a clinical study in @RNELabs and @Corbionics

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[Morgan Urdaneta, PhD @MorganEUrdaneta]

@OttoKev @PurdueBME @UFBME Congratulations, @OttoKev ! Well deserved 👏

[Patrick Schwab @schwabpa]

You couldn't make it to #NeurIPS2022 this year?

Nothing to worry - I curated a summary for you below focussing on key papers, presentations and workshops in the buzzing space of ML in Biology and Healthcare 👇

[Ethan Mollick @emollick]

Data visualization inspiration thanks to DALL-E: how Rothko, Basquiat, Picasso, and Monet would create an academic chart.

[Morgan Urdaneta, PhD @MorganEUrdaneta]

You can access the full article (no paywall) here: https://t.co/DXji5ceWoV

@FrontiersIn
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[Morgan Urdaneta, PhD @MorganEUrdaneta]

With intracortical microelectrodes for BCIs 🖥️🧠getting smaller and smaller comes the question:
How can we safely stimulate with these devices?
We investigate how synchronous ICMS can reduce charge per site.
Thanks to first co-author @NKunigk, and @IanGMalone, @OttoKev
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[Morgan Urdaneta, PhD @MorganEUrdaneta]

And with the same polarity
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[Kevin Otto @OttoKev]

Very happy to share another great publication from @MorganEUrdaneta et al. Truly an exciting study to be part of!

[Morgan Urdaneta, PhD @MorganEUrdaneta]

We'd also like to thank:
@UFBME, @UFWertheim
@UFNeuroscience, @UFMBI, @UFBioMed

and

@TDTneuro
@neuronexustech
for their support!

[Morgan Urdaneta, PhD @MorganEUrdaneta]

#TweetPrint time!

How does the long-term stability of intracortical microstimulation (ICMS) and the Foreign Body Response change across cortical layers? 🧠

Thread 🧵:

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[Morgan Urdaneta, PhD @MorganEUrdaneta]

As well as members of the UF Neuroprostheses Lab 🐊🧠https://t.co/mLNr8j9wao:

@IanGMalone, @Jgaire32, @HakimianHunter, @LSavDewberry, @science_eric, @KaitlynnOlczak, @jesusdpa1, @ScottThourson, @ladanwisdom