Check out my first first author paper of my PhD out now in @natBME ! We utilize solid state #nanopore sensing and #dna#nanotech as a way to assay #CRISPR#Cas9 binding efficiency!
Single cell RNA-seq has changed our understanding of cellular heterogeneity but it only provides a snapshot at a fixed time point of the cell transcriptome... not any more ! https://t.co/Cq7ONtg2Hr
Today marks the last day of our @SENTINEL_ITN. It's been a wonderful experience and this short poem here sums up my gratitude to everyone that made this ITN so enjoyable!
Glad to see this work published! Brilliant collaborative work lead by @Fabio_Marcuccio@dsoulias@MEdwardsLab providing a mechanistic description of the enhanced sensitivity of a nanopore in 50% PEG...
@SENTINEL_ITN representation at the single-molecule protein sequencing 2022 conference by University Leeds and Elements. #smps3 @ElementsSrl @MSalehirozveh
We demonstrate the characterisation and quantification of complex supramolecular nanostructures in a rapid and label-free manner, with further implications for the analysis and manipulation of a wider range of nanomaterial designs.
Our work on nanopore fingerprinting of supramolecular DNA origami nanostructures has been published in Biophysical Journal!
Link to the paper:
https://t.co/7x5BG6e5U7
In this study we explore a solid-state nanopore approach for high-throughput detection of higher-order DNA origami assemblies with single-molecule resolution.
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