@HTSohLab

@bioe_stanford, @stanford_ee, and @StanfordRad | Pioneering innovations in biomolecules and devices for molecular sensing applications Trainee-run

 Stanford, CA
sohlab.stanford.edu
Joined July 2020
  • Tweets65
  • Following94
  • Followers928
23Media
The Soh Lab @ Stanford retweeted
Edward Pimentel@EdwardBPimentel13 Jul 2024
Happy to announce that I've defended my dissertation! I've loved my time with the @Martell_Group here at @UWMadisonChem and am looking forward to my next adventure as a postdoc in the @HTSohLab at @Stanford!
6
2
42
1,697
The Soh Lab @ Stanford retweeted
Sharon S. Newman@SharonNewman028 Jul 2023
New paper w/ @HTSohLab! This is a large part of my PhD, Im excited to share some of those results! In this work, we provide a strategy to overcome the problem of measuring proteins that span >7 orders of magnitude using only 5ul of serum. How? 1/4🧵
Nature Communications@NatureComms21 Jul 2023
.@SharonNewman0 and colleagues report the ‘EVROS’ equalisation strategy as a method for quantifying protein biomarkers with a dynamic range spanning seven orders of magnitude @HTSohLab Institute @Stanford #proximityligationassay #BiotechNatureComms nature.com/articles/s41467-0…

Extending the dynamic range of biomarker quantification through molecular equalization

Nature Communications - The human plasma proteome spans over 10 orders of magnitude, but current quantification methods cover only 3-4 orders. Here, authors propose a tuning approach for...

nature.com
1
2
14
3,264
The Soh Lab @ Stanford retweeted
Nature Communications@NatureComms16 Sep 2022
New work from @HTSohlab and @Dunn_Lab report a colocalisation-based method for improving the sensitivity and reproducibility of immunoassays. @AmaniHariri20, @SharonNewman0, @steventan17, @danmam91, @LexieM_Adams, @nmaganz. #singlemolecule #ELISAassays go.nature.com/3DwKKVW

Improved immunoassay sensitivity and specificity using single-molecule colocalization

Nature Communications - A major challenge of enzyme-linked immunosorbent assays is discriminating true signal from non-specific binding. Here the authors present a Single-Molecule Colocalization...

nature.com
4
13
The Soh Lab @ Stanford retweeted
ACS Nano@acsnano8 Jun 2022
Millions of living cardiomyocyte cells acoustically assembled to hybrid biorobots by Utkan Demirci @utkandemirci and co-workers @CanaryCenter pubs.acs.org/doi/10.1021/acs…

Acoustic Fabrication of Living Cardiomyocyte-based Hybrid Biorobots

Abstract. Organized assemblies of cells have demonstrated promise as bioinspired actuators and devices; still, the fabrication of such “biorobots” has pred

pubs.acs.org
1
10
1
27
Load more