Approaches for scaling up single-cell proteomics https://t.co/fTujnZvADH https://t.co/6upSTcdA0q
Scaling Up Single-Cell Proteomics.
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Nov 2021 – Nov 2025Where it's discussed
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X / Twitter24 posts
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YouTube5 videos
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Blogs3 articles
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Facebook2 posts
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News2 articles
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Bluesky1 posts
AI synopsis
What people are saying
Discussions reflect a strong interest in the advancements of single-cell proteomics, emphasizing efforts to scale up and improve protocols, with examples like questions about terminology and technical concerns. The use of phrases like 'progress', 'approach', and 'concern' reveal both enthusiasm and critical engagement, contributing to a generally optimistic perspective on the publication's potential impact.
Most discussions express agreement or neutral support, highlighting the value and progress of the approach toward scaling single-cell proteomics.
Posts demonstrate high interest, with multiple references to the significance, methods, and community standards involved.
Discussions include technical details about methodologies, concerns, and commentary on the publication process, indicating moderate engagement.
There is a sense that scaling this technology could be transformative in proteomics research, though some skepticism about technical challenges exists.
Abstract in brief
- Single-cell tandem MS has made it possible to analyze hundreds of individual cells daily, quantifying thousands of proteins, which helps in understanding complex tissues.
- To fully utilize this technology, the field needs robust protocols, accessible hardware, quality controls, community standards, and automated data analysis tools to identify and fix problems quickly.
- Opportunities like parallel processing of peptides and cells could significantly boost analysis speed, encouraging widespread adoption, technological advancements, and impactful scientific and clinical breakthroughs.]
Top posts
Most liked on X and BlueskyThe typeset version of my single-cell proteomics perspective is up at https://t.co/UbRO7cew8K The typesetting looks good, though every instance of "mass-spectrometry" was replaced with "MS". During proofing, I inserted more "mass-spectrometry", but it was all replaced by MS. https://t.co/K6I4E8IGnI
A clear summary of our approach & progress towards scaling up (single-cell) proteomics. https://t.co/WvBgMtxE0o
My major concern for single-cell proteomics: https://t.co/UbRO7bWUKa https://t.co/LQzW9KjxGG https://t.co/nSsOAEeoHD
Scaling up single-cell proteomics | https://t.co/3vlaofIoO4 #proteomics @slavovLab https://t.co/csdnF1npZR
A clear summary of our approach & progress towards scaling up (single-cell) proteomics.
All mentions
Advances in Proteomics: RNA Decoding and Embryo Cell Fate
This presentation from May 2024 highlights progress in proteomics, focusing on two discoveries: stable, abundant proteins resulting from alternate RNA decoding, and proteome asymmetry in early embryos, enhancing our…
Advancements in Single-Cell Proteomics Techniques
This presentation by Prof. Nikolai Slavov at SCP2023 covers advancements in single-cell proteomics, highlighting how new techniques can analyze variations in protein interactions across individual cells. Understanding…
Advances in Single-Cell Mass Spectrometry Proteomics
Prof Nikolai Slavov discusses trends and challenges in single-cell mass spectrometry proteomics, focusing on massively parallel sample preparation and strategies to improve sensitivity and data depth for proteome…
Proteomics Insights: Single-Cell Variation and Molecular Mechanisms
This presentation explores proteome variation at the single-cell level and the underlying molecular mechanisms. It discusses progress in proteomics, analyzing over 1000 human samples, revealing significant amino acid…
Advancements in Single-Cell Proteomics with plexDIA Methodology
The video discusses advancements in single-cell proteomics using mass spectrometry focusing on overcoming current limitations. plexDIA is highlighted as a framework for increasing throughput and sensitivity…
A clear summary of our approach & progress towards scaling up (single-cell) proteomics.
RT @slavov_n: A clear summary of our approach & progress towards scaling up (single-cell) proteomics.
A clear summary of our approach & progress towards scaling up (single-cell) proteomics. https://t.co/WvBgMtxE0o
RT @slavov_n: Approaches for scaling up single-cell proteomics https://t.co/fTujnZvADH https://t.co/6upSTcdA0q
RT @slavov_n: Approaches for scaling up single-cell proteomics https://t.co/fTujnZvADH https://t.co/6upSTcdA0q
RT @slavov_n: Approaches for scaling up single-cell proteomics https://t.co/fTujnZvADH https://t.co/6upSTcdA0q
RT @slavov_n: Approaches for scaling up single-cell proteomics https://t.co/fTujnZvADH https://t.co/6upSTcdA0q
Approaches for scaling up single-cell proteomics https://t.co/fTujnZvADH https://t.co/6upSTcdA0q
@SchejbalJLab Absolutely, such experiments have value, as I wrote here https://t.co/WefusCMIcM and here https://t.co/h8hQgZjEsY When we are confident the cells within a sorted population are functionally homogeneous, it is the best approach. My question is about the terminology we use.
RT @PastelBio: Scaling Up Single-Cell Proteomics | https://t.co/WvQlsiCe3P #proteomics https://t.co/tW99Vb52tH
Scaling Up Single-Cell Proteomics | https://t.co/WvQlsiCe3P #proteomics https://t.co/tW99Vb52tH
RT @slavov_n: My major concern for single-cell proteomics: https://t.co/UbRO7bWUKa https://t.co/LQzW9KjxGG
RT @slavov_n: My major concern for single-cell proteomics: https://t.co/UbRO7bWUKa https://t.co/LQzW9KjxGG
RT @slavov_n: My major concern for single-cell proteomics: https://t.co/UbRO7bWUKa https://t.co/nSsOAEeoHD https://t.co/LQzW9KjxGG
My major concern for single-cell proteomics: https://t.co/UbRO7bWUKa https://t.co/LQzW9KjxGG https://t.co/nSsOAEeoHD
Scaling Up Single-Cell Proteomics https://t.co/EKXWKeLe94 https://t.co/ISvIGOwd8X
RT @slavov_n: The typeset version of my single-cell proteomics perspective is up at https://t.co/UbRO7cew8K The typesetting looks good, th…
RT @slavov_n: The typeset version of my single-cell proteomics perspective is up at https://t.co/UbRO7cew8K The typesetting looks good, th…
RT @slavov_n: The typeset version of my single-cell proteomics perspective is up at https://t.co/UbRO7cew8K The typesetting looks good, th…
RT @slavov_n: The typeset version of my single-cell proteomics perspective is up at https://t.co/UbRO7cew8K The typesetting looks good, th…
RT @slavov_n: The typeset version of my single-cell proteomics perspective is up at https://t.co/UbRO7cew8K The typesetting looks good, th…
The typeset version of my single-cell proteomics perspective is up at https://t.co/UbRO7cew8K The typesetting looks good, though every instance of "mass-spectrometry" was replaced with "MS". During proofing, I inserted more "mass-spectrometry", but it was all replaced by MS. https://t.co/K6I4E8IGnI
Scaling up single-cell proteomics | https://t.co/3vlaofIoO4 #proteomics @slavovLab https://t.co/csdnF1npZR
RT @realBioMassSpec: Scaling up single-cell proteomics #MCP #MassSpec https://t.co/WbchMMC3mL
Scaling up single-cell proteomics #MCP #MassSpec https://t.co/WbchMMC3mL