
Sam Confederat
@sconfederat
PhD single-entity nanoelectrochemistry @SENTINEL_ITN @universityleeds| Traveler | Nature lover
ID: 1159955181431336960
09-08-2019 22:30:40
76 Tweet
153 Followers
299 Following

Great work Vittorio Saggiomo (@[email protected]) I must say it goes well with our preferred Nespresso capsules in the office👌

Super excited to visit for the first time our new Bioelectronics home at The Bragg Centre and Royce at Leeds! Can't wait to set everything up... Fabio Marcuccio Sam Confederat @Chalmazers Elena Mancinelli Paolo Actis Virginia Pensabene Ellen Slay Agata Szuba Anna Leach


Amazing! Nanoscale #emoji! We are so proud of our work with Research in Schools and Henry Royce Institute, which is making advanced #materialsscience and nanoscale #engineering accessible and engaging for high school students. Lots of #smiles all round with this one! 😀 #inspiring



Sometimes I get the question about #OpenHardware: What's next? Building an NMR? Now the answer is YES!!!! Me and JuliaRKrug are looking for a PhD for, well, building an Open NMR :D possibly with background in electronics/physics and happy to build stuff. #NMRchat and pls RT

A Tweetorial about our recent work ACS Nano on polymer-electrolyte nanopore. Super collaboration between Fulbright College of Arts and Sciences Understanding Life in Molecular Detail The Bragg Centre and Royce at Leeds brilliantly delivered by @Chalmazers Fabio Marcuccio Dimitris Soulias pubs.acs.org/doi/10.1021/ac…


Last week a brilliant bunch submitted this invited review on high throughput nanoelectrochem bit.ly/3OFpXTC doi.org/10.26434/chemr… All credit to Frederic Kanoufi Paolo Actis Pat Unwin @paolo_ciocci Sam Confederat Fabio Marcuccio Xiangdong Xu dhivagar valavan Marie Skłodowska-Curie Actions #H2020


Glad to see this work published! Brilliant collaborative work lead by Fabio Marcuccio Dimitris Soulias Edwards Lab providing a mechanistic description of the enhanced sensitivity of a nanopore in 50% PEG...



Check out my first first author paper of my PhD out now in Nature Biomedical Engineering ! We utilize solid state #nanopore sensing and #dna #nanotech as a way to assay #CRISPR #Cas9 binding efficiency!
