TK Kozai (BIONICLab.org) (@bionic_lab) 's Twitter Profile
TK Kozai (BIONICLab.org)

@bionic_lab

Associate Professor.
Bio-Integrating Optoelectric Neural Interface & Cybernetics Lab
@ University of Pittsburgh, Department of Bioengineering

ID: 4024918127

linkhttp://www.bioniclab.org calendar_today23-10-2015 15:01:41

1,1K Tweet

1,1K Followers

1,1K Following

Jason Sheltzer (@jsheltzer) 's Twitter Profile Photo

The new class of HHMI investigators average 3.9 papers as corresponding author in Cell, Nature, or Science. 26 out of 26 members of this group previously trained with a PI who is in the National Academy of Sciences or who was an HHMI investigator themselves.

The new class of HHMI investigators average 3.9 papers as corresponding author in Cell, Nature, or Science. 26 out of 26 members of this group previously trained with a PI who is in the National Academy of Sciences or who was an HHMI investigator themselves.
NTE Lab (@lab_nte) 's Twitter Profile Photo

🔬 Check out our latest publication done in collaboration with the TK Kozai (BIONICLab.org) Congratulations to authors Keying Chen, Bingchen Wu, Daniela Krahe, Alberto Vazquez, James Siegenthaler, Robert Rechenberg, Wen Li, Tracy Cui, TK Kozai! doi.org/10.1002/adfm.2…

TK Kozai (BIONICLab.org) (@bionic_lab) 's Twitter Profile Photo

How my reviewer sees this who said BRAIN INITIATIVE is only about new neural technologies, and no new technology is proposed: braininitiative.nih.gov/news-events/bl…

TK Kozai (BIONICLab.org) (@bionic_lab) 's Twitter Profile Photo

Momentum Scaling Award to 6 Pitt PIs to establish a Parallel Translation R&D program. The goal is to understand how ICMS interacts with the brain and how to implement it for precise use in the clinic and basic science research across scale and species. utimes.pitt.edu/news/brain-sti…

Momentum Scaling Award to 6 Pitt PIs to establish a Parallel Translation R&D program. The goal is to understand how ICMS interacts with the brain and how to implement it for precise use in the clinic and basic science research across scale and species. 

utimes.pitt.edu/news/brain-sti…
Mark Histed- 🧠Lab (@histedlab) 's Twitter Profile Photo

A good response to the “no treatments yet” critique is: The double-helix DNA paper was in 1953, and that led to biologic drugs in the 1980s and on (for MS, cancer, CF, etc). Basic research by def’n is the research that brings huge, life-changing benefits … decades later.

Antonio Lozano (@antoniolozanodl) 's Twitter Profile Photo

1/ Our bioRxiv on optimal placement of high-channel visual prostheses in the human retinotopic visual cortex is up! As #neurotech matures, there will be a critical need for large-scale prediction & optimization of visual coverage in implant users tinyurl.com/optimalVision

1/ Our <a href="/biorxivpreprint/">bioRxiv</a> on optimal placement of high-channel visual prostheses in the human retinotopic visual cortex is up! As #neurotech matures, there will be a critical need for large-scale prediction &amp; optimization of visual coverage in implant users tinyurl.com/optimalVision
Magdalena Zernicka-Goetz (@zernickagoetz) 's Twitter Profile Photo

As someone who’s been mentoring future PIs for a while, I often get asked how I choose post-docs for my lab and if I have a crystal ball for predicting their success. Well, here is the scoop: I don’t! But here are some things I look for: (1/8)

TK Kozai (BIONICLab.org) (@bionic_lab) 's Twitter Profile Photo

Bio=complex "M1 & M2 phenotypes... have not been established by research findings. Rather, the adoption of this schema was undertaken in an attempt to simplify data interpretation ..[it] hinders rather than aids research progress and should be discarded." nature.com/articles/nn.43…