Mentions
Extended reach
Total likes
Video views
AI synopsis
Several discussions highlight specific methodologies and implications found in the publication, such as the emphasis on accurate protein quantification and the dynamics of protein-protein correlations across single cells. Terms like 'rich perspective' and 'localized causal inference' reflect a serious tone and indicate that the audience is not only engaged but also sees the potential for these findings to change the landscape of cellular biology.
Many discussions express strong support for the publication's findings and its implications for biology.
The frequency of discussions indicates a high level of curiosity and relevance regarding single-cell proteomics.
Numerous posts delve into technical aspects, suggesting deep engagement with the material presented in the article.
Participants unanimously perceive the research as having significant influence on understanding biological mechanisms.
Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein correlation dynamics across single cells offer a rich perspective, richer than I described before: https://t.co/SSZUorBLin https://t.co/uwyMGGuWLb https://t.co/frW4bm8vrW
Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated us to develop single-cell proteomics technologies. https://t.co/lWatlgUhyX
Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular interactions within and between our cells. https://t.co/SSZUorTm9V
The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
While protein covariation and RNA covariation share similarities, there are important differences: ◼️ RNAs covariation is more likely to reflect TFs fluctuations ◼️ Protein covariation is more likely to reflect protein complexes & regulatory degradation https://t.co/SSZUorCj7V
Biological functions arise from protein interactions, reflected in natural cell-to-cell proteome variation. @slavov_n argues that single-cell proteomics may decode this variation, empowering inference of mechanisms with minimal assumptions #PLOSBiology https://t.co/fHvouE6oDW https://t.co/HwKdUQ8mIs
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…
Presentation by Dr. Jason Derks at SCP2024 discussing how singlenucleus proteomics identifies regulators of protein transport, leveraging multiplexed analysis to enhance proteome coverage and accuracy in small samples…
RT @ParallelSqTech: Accurate & specific protein quantification is key to enabling many biological interpretations: https://t.co/Hjzdcj4ySq…
Accurate & specific protein quantification is key to enabling many biological interpretations: https://t.co/Hjzdcj4ySq https://t.co/3ADo1gPQnf Thus, our technologies prioritize accurate protein quantification. https://t.co/lozQ2pgajl
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
RT @slavov_n: Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein…
Protein-protein correlations across single cells change dynamically even when the associated protein levels do not. Protein correlation dynamics across single cells offer a rich perspective, richer than I described before: https://t.co/SSZUorBLin https://t.co/uwyMGGuWLb https://t.co/frW4bm8vrW
RT @slavov_n: My thoughts on decoding the natural variation of proteome configurations across individual cells. https://t.co/SSZUorBLin
RT @slavov_n: My thoughts on decoding the natural variation of proteome configurations across individual cells. https://t.co/SSZUorBLin
My thoughts on decoding the natural variation of proteome configurations across individual cells. https://t.co/SSZUorBLin
RT @slavov_n: While protein covariation and RNA covariation share similarities, there are important differences: ◼️ RNAs covariation is m…
RT @slavov_n: While protein covariation and RNA covariation share similarities, there are important differences: ◼️ RNAs covariation is m…
RT @slavov_n: While protein covariation and RNA covariation share similarities, there are important differences: ◼️ RNAs covariation is m…
While protein covariation and RNA covariation share similarities, there are important differences: ◼️ RNAs covariation is more likely to reflect TFs fluctuations ◼️ Protein covariation is more likely to reflect protein complexes & regulatory degradation https://t.co/SSZUorCj7V
RT @slavov_n: Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular int…
RT @slavov_n: Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular int…
RT @slavov_n: Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular int…
RT @slavov_n: Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular int…
RT @slavov_n: Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular int…
RT @slavov_n: Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular int…
Single-cell proteomics opens a window to data from natural experiments: ◼️Proteome configurations that reflect molecular interactions within and between our cells. https://t.co/SSZUorTm9V
RT @slavov_n: Performing reliable causal inference is a biological system is a tall order with any measurement. Still, I think localized c…
RT @slavov_n: Performing reliable causal inference is a biological system is a tall order with any measurement. Still, I think localized c…
Performing reliable causal inference is a biological system is a tall order with any measurement. Still, I think localized causal inference in more realistic on the basis of single-cell protein measurements. More details are in this @PLOSBiology article: https://t.co/SSZUorCj7V https://t.co/27E1zeLi7k
RT @PLOSBiology: Could emerging single-cell proteomics methods be used to decode the natural variation of proteome configurations across in…
RT @PLOSBiology: Could emerging single-cell proteomics methods be used to decode the natural variation of proteome configurations across in…
RT @PLOSBiology: Could emerging single-cell proteomics methods be used to decode the natural variation of proteome configurations across in…
Could emerging single-cell proteomics methods be used to decode the natural variation of proteome configurations across individual cells? Find out in this #WeekendRead from our latest issue. https://t.co/fHvouEnZvu
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
RT @slavov_n: The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
The final version of our article is now on the @PLOSBiology website: https://t.co/SSZUorBLin https://t.co/4yqWsZSRkc
Learning from natural variation across the proteomes of single cells https://t.co/neRk1J4BP4
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell #proteome variation. @slavov_n arg…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell proteome variation. @slavov_n argu…
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell #proteome variation. @slavov_n arg…
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell #proteome variation. @slavov_n arg…
Biological functions arise from protein interactions, reflected in natural cell-to-cell #proteome variation. @slavov_n argues that single-cell #proteomics may decode this variation, empowering inference of mechanisms with minimal assumptions #PLOSBiology https://t.co/fHvouE6oDW https://t.co/zBtl94z2pq
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell #proteome variation. @slavov_n arg…
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell #proteome variation. @slavov_n arg…
Biological functions arise from protein interactions, reflected in natural cell-to-cell #proteome variation. @slavov_n argues that single-cell #proteomics may decode this variation, empowering inference of mechanisms with minimal assumptions #PLOSBiology https://t.co/fHvouEnZvu https://t.co/UzvLjNp7Mx
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell proteome variation. @slavov_n argu…
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell proteome variation. @slavov_n argu…
RT @PLOSBiology: Biological functions arise from protein interactions, reflected in natural cell-to-cell proteome variation. @slavov_n argu…
Biological functions arise from protein interactions, reflected in natural cell-to-cell proteome variation. @slavov_n argues that single-cell proteomics may decode this variation, empowering inference of mechanisms with minimal assumptions #PLOSBiology https://t.co/fHvouE6oDW https://t.co/HwKdUQ8mIs
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
RT @slavovLab: Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated…
Our first article published in 2022 is out in @PLOSBiology. Aptly, it starts from the beginning, with ideas that motivated us to develop single-cell proteomics technologies. https://t.co/lWatlgUhyX