Michal Cifra (@mcer33) header
Michal Cifra (@mcer33) profile picture

I believe electromagnetic technologies will revolutionize medicine and bionanotechnology @BioED_IPE #electromagnetics #biophysics #microtubules 🇸🇰🇨🇿🇪🇺

Prague, Czech Republic
Joined February 2015
Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)Photo by Michal Cifra (@mcer33)
1/4 the #sciencepoem goes like this: Wouldn't the electromagnetic field be cool if it could be used for control of molecules and diseases cure? Well, what molecules should we target? Cellular fibers - microtubules are in our project
Michal @mcer33 presented our results on #pulsed #electric field on #cytoskeleton at #BioEl2022 @jkulinz and had great and long discussions! #Austria #bioelectronics
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A new paper in Nature shows the cell body sends a slow, rhythmic pulse that picks one neurite to become the axon. The pulse relaxes internal tension, letting that branch grow longer while others stay short. #neuronalPolarity
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A new paper in Nature shows a glowing red worm can have its brightness changed by static and radio‑frequency magnetic fields tuned to electron spin resonance. This hints at quantum‑linked reactions in cells. #radicalPairMechanism
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"Touch" is the feeling of that electromagnetic repulsion. Every handshake, every embrace, is a meeting of forces separated by one ten-billionth of a meter.
At the atomic level, nothing ever truly touches. What we feel as ‘touch’ is our brain interpreting electromagnetic repulsion. The object is real, the sensation is a constructed illusion.
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In case you missed it yesterday, our talk from Dr. Michal Cifra (@mcer33) is now available to watch. Michal presented his work on how external electric fields can affect protein structure, dynamics, interactions, and function, followed by a community Q&A. Watch the full video >> youtu.be/5ZRIpF0qlhU?si=jThn…
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Tue afternoon, 2:45: "Hybrid Microwave-PEF platform for sensing PEF-induced electrochemical effects", led by Petr Kůrka. One gold electrode pair that makes the bubbles and watches them, in real time. @isebtt #WCE2026 #Electroporation #PulsedElectricFields
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Closing session S07 at 11:45 on Tue: "PEF sequence architecture determines the electrochemical effects on tubulin", led by Tomáš Zakar. Change the pulse sequence and the protein response follows. @isebtt #WCE2026 #Electroporation #PulsedElectricFields
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First of three talks at the 6th World Congress on Electroporation: "Direct and indirect effects of electric fields on protein systems" opens session S07 on Tue 29 Sep, 10:30, Coquina Salons GH. @isebtt #WCE2026 #Electroporation #PulsedElectricFields
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I'm thrilled that Ondřej is presenting our findings on electric and electrochemical effects on tubulin at #cytoskeletonclub2026 – stay tuned for the full paper soon! #Cytoskeleton #Microtubules
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Cytoskeleton Club 2026 just started! #cytoskeletonclub2026
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A 2026 paper in PNAS: AI tools like AlphaFold bury electrically charged building blocks inside a protein's oily core, a place real proteins never put them. Simple physics checks push the charges back out. #biophysics #scicomm
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Michal Cifra retweeted
The effects of external electric fields on proteins. Great review by Michal Cifra et al. @mcer33 pubs.rsc.org/cs/article/55/1… "EFs couple directly to charged & dipolar groups, biasing rigid-body motion, reshaping intra- and inter-molecular electrostatics ..."
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Honored to be elected vice-chair of URSI Commission K (electromagnetics in biology & medicine), with Ivana Kolmasova as vice-chair of Commission H. Czechia is strong in radio science! #ursigass2026 #URSI #RadioScience
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Přemek delivered a great talk today on our sub-THz on-chip power delivery device, which sparked a lot of interest in the audience. Congratulations on his first presentation at an international conference! #ursigass2026 #BioElectroMagnetics #Biophysics
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Today at #ursigass2026 I presented our research on pulsed electric fields, ROS, and chemiluminescence. Grateful for the great feedback! Also showcased our Biophotoniq initiative. #BioElectroMagnetics #PulsedElectricFields
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I enjoyed presenting our computational results on the sub-THz vibration modes of hydrated proteins (tubulin and kinesin) and their contribution to the dielectric response. #URSIGASS2026 #BioElectroMagnetics #Biophysics
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Playing with proteins' activity with electric fields opens up a whole new playground. This comprehensive work from @mcer33 and @ErikMarklund brings together all we know about it! pubs.rsc.org/cs/article/55/1…
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It's been a great start to the conference so far. I'm glad to be attending with my very talented student Přemysl Klajs — we're learning a lot about radio science across many different fields. #ursigass2026 #URSI #RadioScience
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Radical pairs in cryptochrome and iLOV can be steered by radio waves, but only at the right RF/static-field combo. This turns flavoproteins into optically addressable spin sensors. #radicalPairMechanism #quantumBiology
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At Colours of Ostrava right now? Head to the Curiosity Stage by the Czech Academy of Sciences — I’ll be there talking biophysics and bioelectromagnetics with anyone curious enough to ask. #coloursofostrava #conference
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