Igor Efimov (@iefimov) 's Twitter Profile
Igor Efimov

@iefimov

ID: 1759578182267629568

calendar_today19-02-2024 13:58:51

198 Tweet

58 Followers

85 Following

Northwestern Engineering (@northwesterneng) 's Twitter Profile Photo

Bestowed by the Heart Rhythm Society, the Ralph Lazzara Lectureship Award earned by Professor Igor Efimov honors individuals who have made a significant and unique contribution in clinical electrophysiology. Igor Efimov Heart Rhythm Society spr.ly/6012WvnnK

John A Rogers (@profjohnarogers) 's Twitter Profile Photo

Happy to report the publication today of our latest paper in Science Advances – three-dimensional (3D) mesoscale interfaces to cardiac organoids derived from human stem cells, with applications that range from drug testing and to disease modeling. These biological systems avoid

Happy to report the publication today of our latest paper in <a href="/ScienceAdvances/">Science Advances</a> – three-dimensional (3D) mesoscale interfaces to cardiac organoids derived from human stem cells, with applications that range from drug testing and to disease modeling. These biological systems avoid
Zeinab Jahed (@zjahed) 's Twitter Profile Photo

What a productive trip to #Chicago! I had a great meeting with Igor Efimov at Northwestern to discuss exciting future collaborations. Followed by a talk at UniversityofChicago and insightful discussions with Po-Chun Hsu, Sihong Wang and Chong Liu.

What a productive trip to #Chicago! 

I had a great meeting with <a href="/IEfimov/">Igor Efimov</a> at <a href="/NorthwesternU/">Northwestern</a> to discuss exciting future collaborations. Followed by a talk at <a href="/UofC/">UniversityofChicago</a> and insightful discussions with <a href="/PCHsu_UChicago/">Po-Chun Hsu</a>, <a href="/SihongWang_UChi/">Sihong Wang</a> and Chong Liu.
Northwestern Engineering (@northwesterneng) 's Twitter Profile Photo

Developed by Professor Igor Efimov and George Washington University’s Luyao Lu, the implantable device uses advanced sensors to monitor calcium levels and electrical signals, which could support future cardiac care. Igor Efimov spr.ly/6019IOfVf

IEEE Spectrum (@ieeespectrum) 's Twitter Profile Photo

The world’s tiniest pacemaker, smaller than a grain of rice, can be injected by syringe and dissolves when no longer needed. The device, from the labs of Igor Efimov and John A Rogers at Northwestern Engineering, could help newborns with heart defects. spectrum.ieee.org/pacemaker?shar…

John A Rogers (@profjohnarogers) 's Twitter Profile Photo

Check out some brand new biomedical tech – crazy cool, in my own, humble but admittedly biased opinion – introduced in our paper (link below), published today in nature, titled “Millimetre-scale, bioresorbable optoelectronic systems for electrotherapy,” where we describe the

Igor Efimov (@iefimov) 's Twitter Profile Photo

Nice very clear explanation of our new technology, published yesterday in Nature, by the Times: thetimes.com/uk/science/art…

Northwestern Engineering (@northwesterneng) 's Twitter Profile Photo

The New York Post reported on recent work by John Rogers, Igor Efimov, and Yonggang Huang that produced the world’s tiniest pacemaker — smaller than a grain of rice — and could help save babies born with heart defects. spr.ly/6013Fgxjf

The New York Post reported on recent work by John Rogers, Igor Efimov, and Yonggang Huang that produced the world’s tiniest pacemaker — smaller than a grain of rice — and could help save babies born with heart defects.

spr.ly/6013Fgxjf
NM Cardiovascular (@nmcardiovasc) 's Twitter Profile Photo

"Our major motivation was children." Igor Efimov, PhD (Igor Efimov), discusses the development of the world's smallest pacemaker, which is smaller than a grain of rice, and how this will change operations for infants and children. smithsonianmag.com/smart-news/res…

"Our major motivation was children." Igor Efimov, PhD (<a href="/IEfimov/">Igor Efimov</a>), discusses the development of the world's smallest pacemaker, which is smaller than a grain of rice, and how this will change operations for infants and children. smithsonianmag.com/smart-news/res…