BIO | ELECTRONICS

Researching the future of soft bioelectronics at Graz University of Technology

[Elon Musk @elonmusk]

❤️

[BIO | ELECTRONICS @bi0_electronics]

Are photovoltaic materials compatible with cells and stable in wet environments over weeks?

⚠️Spoiler: Yes, they are!

Curious how we found out and how you could use this for bioelectronics? Check out our recent publication:
https://t.co/rdHMtByrlk

@unibern @MedUniGraz @tugraz

[Theresa Rienmueller @TRienmueller]

Congrats on achieving the third place at the BioEl25 poster awards with your interactive poster, Mathias Polz @bi0_electronics @tugraz_csbme! Well done and well deserved!

[BIO | ELECTRONICS @bi0_electronics]

@eglo_physchem @CEITEC_Brno Wow congrats!!

[Alberto Salleo @asalleo]

https://t.co/Qvi5YkPTpa

Out today! Experimental tour de force by Yael Tsarfati, joint postdoc with Andy Minor @minor_group @molecularfndry
We use 4D STEM+vitrification to study the microstructure of a mixed conductor polymer made by @A_Giovannitti in @_iainmcculloch’s group
1/n

[Vedran Đerek @vdjerek]

Doing numerical modeling of stimulation electrodes? Here's some fun summer reading for you :D

Choosing the right electrode representation for modeling real bioelectronic interfaces: a comprehensive guide https://t.co/FqyygTP8il via @ioppbio @eglo_physchem

[BIO | ELECTRONICS @bi0_electronics]

@cm_tringides Congratulations and all the best for Houston! Keep us updated 🤩

[Damiano G. Barone @baronedg]

Excited to announce our new publication in @NatureComms on minimally invasive neural interfaces!

With surgery increasingly focused on reducing trauma and improving patient outcomes by making procedures smaller and safer, it's essential that technology advances in the same direction without compromising on quality and resolution!!

This latest work, led by @lawrenceccoles and @DrSeeProctor, exemplifies this approach, combining flexible thin-film electrode arrays with soft robotics to create a large-area electrocorticography device.

These innovations allow the device to be implanted through a small burr-hole craniotomy and expanded on the cortical surface, covering a larger area with minimal invasiveness.

Such advancements are crucial for the future of restorative neurosurgery and neural interfaces.

Proud to collaborate with such great like-minded scientists!

@BioelectronicsL @BionicSystemsG @GeorgeMalliaras @ASSFNeurosurg #neurosurgery @CNS_Update @IntlNeuromod @AANSNeuro @The_SBNS @EANSonline50 #BCI #BMI

Read more:

https://t.co/qjyfD7XQFZ

[BIO | ELECTRONICS @bi0_electronics]

Practicing for next BioEl! Looking forward to it already

#BioEl2024 #BioEl2025 @tugraz

[HCE RESEARCH @hceresearch]

Thanks for the nice collaboration to better understand calcium dynamics in cardiac myocytes in response to optelectronic stimulation!

@MedUniGraz, @tugraz, @CEITEC_Brno, *DerekLab*

https://t.co/YV0Rv6R99P

[Francesca Santoro @santorof14]

Just out! We show organic neuromorphic devices capable of operating under tissue-like conditions! Great job @danielarana97
In leading this project! @NEInterfacesLab @fz_juelich @RWTH @fabiocicoira

[HCE RESEARCH @hceresearch]

Happy to share our latest work on calcium dynamics in cancer cell proliferation. Don't miss out!

@tugraz @tugraz_csbme @MedUniGraz @OhioState

https://t.co/XlE5NUEXGw

[Eric D. Głowacki @eglo_physchem]

Our cookbook for making a light impulse-driven neurostimulation circuit: Coupling of photovoltaics with neurostimulation electrodes—optical to electrolytic transduction https://t.co/eYUYwvZBjs in @ioppbio importance of photovoltage limits, impedance, and other do's and don'ts

[Marta Nowakowska ♨️🇸🇪♨️🇮🇸🇦🇱🇫🇮🇵🇱🇳🇴 @tuskenmauer]

Babe, wake up, official Husti #BioEl2024 statistics just dropped

[HCE RESEARCH @hceresearch]

Thanks for the inspiring week at the #BioEl2024! Our team and collaborators from @tugraz and @MedUniGraz were proud to show our latest results in posters and talks and connect with all the amazing people there!

[HCE RESEARCH @hceresearch]

We are happy to announce the opening of our new S1 lab. Soon exploring cancer spheroids, working on new bioelectronics and digging deeper into regenerative bioengineering

[Alexander J. Boys @AlexanderJBoys]

First solo authored paper for me! Thanks to @Adv_Biology for helping me through this process.

I wrote a perspective looking at historical parallels in implant development and combatting the foreign body response.

#bioelectronics #science

https://t.co/sBlorjACPC

[HCE RESEARCH @hceresearch]

Congrats to @daniel_ziesel for winning the award for the best PhD thesis @OEGBMT!

[Francesca Santoro @santorof14]

So proud of our latest work just out in @NatureComms! We have modified PEDOT:PSS with light-sensitive molecules and found interesting optoelectronic properties for neuromorphic applications! @fz_juelich @RWTH @IITalk @UninaIT @NEInterfacesLab @tissue_lab_iit

[HCE RESEARCH @hceresearch]

Thank you for the opportunity to show our recent research about optoelectronic devices to stimulate excitable cells at #MATSUS2023 @nanoGe_Conf! Great organization of the #BIOEL symposium bytorremolinoa
@santorof14 @achilleas_savva @DrSeeProctor!