Cover from our studio! Electrokinetic Scanning Probes: Electrokinetic Scanning Probe #sciart https://t.co/W3nI85zxhf
Electrokinetic Scanning Probe.
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Sep 2019 – Jun 2022Where it's discussed
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X / Twitter11 posts
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YouTube2 videos
AI synopsis
What people are saying
The comments reflect strong support, especially with phrases like 'very pleased' and 'well done', indicating consensus on the research's importance. Posts mentioning the cover page and conference presentations underscore the recognition and potential impact of the work in scientific circles, with tone and word choices emphasizing pride and significance.
Most posts express enthusiasm and approval for the publication and its findings, highlighting its novelty and significance.
Posts demonstrate high interest, with users excited about features like the cover photo and conference presentations.
Many comments reference specific details, such as the probe's capabilities and applications, showing active engagement, though some posts are more celebratory than analytical.
The discussion suggests the publication is viewed as influential within the microfluidics and bioengineering communities, though not yet transformative on a broad scale.
Abstract in brief
- The Electrokinetic Scanning Probe (ESP) is a new noncontact tool that uses electric fields to control the movement of fluids and molecules, allowing for precise chemical and biochemical interactions on surfaces submerged in liquids.
- The study explains how the probe works, its design features, and demonstrates that it can be used across various solutions and pH levels without issues.
- The ESP is useful for surface patterning, combined with localized heating and significant analyte stacking (up to 250 times), enhancing its capabilities for biochemical analysis and surface modifications.]
Top posts
Most liked on X and BlueskyOur work on an electrokinetic scanning probe (ESP) was just published in Small. The ESP probe leverages electroosmosis and electrophoresis to drive electrolytes and ionic species on surfaces immersed in liquids. #microfluidics #ope…https://t.co/qgI614R6at https://t.co/2SprXeuqQz
Very pleased that our work on Eletrokinetic Scanning Probe (ESP) was featured as a cover page of Small. https://t.co/i2sIKU3SBg https://t.co/2SprXeuqQz #microfluidics #eletrokinetics #open_space_microfluidics #ESP https://t.co/asPgE2id39
Nadya Ostromohov @NadyaOst from Technion Institute of Technology, IL @TechnionLive – IBM Research – Zurich @IBMResearch, CH will speak on "Electrokinetic Scanning Probe" at the Nanobiotech conference @NBTmontreux #NBT2019
Well done to Nadya Ostromohov from Technion Institute of Technology – IBM Research – Zurich @IBMResearch, CH for getting an oral presentation on "Electrokinetic Scanning Probe" at the Nanobiotech conference 18-20.11.2019 @NBTmontreux #NBT2019!
Happy to share that our work on the Electrokinetic Scanning Probe (ESP) was featured as a cover page in the latest issue of SMALL. https://t.co/WuqVN4WejH https://t.co/shcrr6wcZj
All mentions
Electrokinetic Scanning Probe for Precise Fluid and Molecule Control
The noncontact electrokinetic scanning probe ESP uses electric fields to control fluids and molecules on surfaces submerged in liquids, enabling precise biochemical interactions and surface modifications across diverse…
Electrokinetic Scanning Probe for Precise Surface Interactions
This video describes our work on a novel microscale electrokinetic scanning probe. It enables local chemical and biochemical interactions with surfaces in liquid environments by controlling fluid and molecule transport…
RT @Ella_Maru: Cover from our studio! Electrokinetic Scanning Probes: Electrokinetic Scanning Probe #sciart https://t.co/W3nI85zxhf
RT @Ella_Maru: Cover from our studio! Electrokinetic Scanning Probes: Electrokinetic Scanning Probe #sciart https://t.co/W3nI85zxhf
Cover from our studio! Electrokinetic Scanning Probes: Electrokinetic Scanning Probe #sciart https://t.co/W3nI85zxhf
Very pleased that our work on Eletrokinetic Scanning Probe (ESP) was featured as a cover page of Small. https://t.co/i2sIKU3SBg https://t.co/2SprXeuqQz #microfluidics #eletrokinetics #open_space_microfluidics #ESP https://t.co/asPgE2id39
Very pleased share that our work on Eletrokinetic Scanning Probe (ESP) was featured as the cover page of Small. https://t.co/i2sIKU3SBg https://t.co/2SprXeuqQz #microfluidics #eletrokinetics #open_space_microfluidics #ESP #surface_patterning https://t.co/CTsudwnJQs
Happy to share that our work on the Electrokinetic Scanning Probe (ESP) was featured as a cover page in the latest issue of SMALL. https://t.co/WuqVN4WejH https://t.co/shcrr6wcZj
RT @GovindKaigala: Our work on an electrokinetic scanning probe (ESP) was just published in Small. The ESP probe leverages electroosmosis a…
Our work on an electrokinetic scanning probe (ESP) was just published in Small. The ESP probe leverages electroosmosis and electrophoresis to drive electrolytes and ionic species on surfaces immersed in liquids. #microfluidics #ope…https://t.co/qgI614R6at https://t.co/2SprXeuqQz
RT @NBTmontreux: Nadya Ostromohov @NadyaOst from Technion Institute of Technology, IL @TechnionLive – IBM Research – Zurich @IBMResearch, C…
Nadya Ostromohov @NadyaOst from Technion Institute of Technology, IL @TechnionLive – IBM Research – Zurich @IBMResearch, CH will speak on "Electrokinetic Scanning Probe" at the Nanobiotech conference @NBTmontreux #NBT2019
Well done to Nadya Ostromohov from Technion Institute of Technology – IBM Research – Zurich @IBMResearch, CH for getting an oral presentation on "Electrokinetic Scanning Probe" at the Nanobiotech conference 18-20.11.2019 @NBTmontreux #NBT2019!
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