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The discussions emphasize the promising advancements made in protein analysis technology, with phrases like 'excited and motivated' highlighting enthusiasm, and references to upcoming updates and technical details indicating active engagement. The tone and specific mentions of developments like multiplex tags and increased throughput illustrate a positive outlook on the article's influence.
Most discussions express support and enthusiasm for the methods and potential of plexDIA, indicating a strong agreement with the publication's findings.
Posts show a high level of interest, with many participants emphasizing new developments, upcoming updates, and the transformative potential of the research.
Some posts reference specific strategies, applications, and related discussions, showing a moderate level of in-depth engagement.
There is a consensus that this research could significantly influence high-throughput proteomics and single-cell analysis, suggesting high impact.
This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month will quadruple the throughput. There's a path for sustainably scaling throughput while preserving accuracy & reducing cost https://t.co/RsZzKeWihh https://t.co/gdNLTqupXi
In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discuss mass tags, data analysis, and applications. https://t.co/ApEyoXUW6T https://t.co/rtO4Yc77CD
Protein samples can be multiplexed to increase throughput. In 2023, @ParallelSqTech set out to make tags (barcodes) that not only increase throughput but also enhance peptide sequence identifications: https://t.co/RsZzKeWihh We will share results soon: https://t.co/rJQ6PSkcmI https://t.co/L6rowrNY4l
Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA https://t.co/7tfu8Soqup
How can we make sensitive protein analysis faster, cheaper and more accurate? How to advance functional single-cell protein analysis? We (@_JasonDerks & @slavov_n) share specific strategies towards these goals in our new @JProteomeRes article: https://t.co/IAng3Otbty https://t.co/plpEHAxSAL
In 2021, we introduced plexDIA: https://t.co/nVCvWT6dVM It enabled many studies, but suitable tags have remained a limitation. Soon, @ParallelSqTech will introduce tags that improve multiplexing, sensitivity & coverage, helping realize huge potential https://t.co/RsZzKeWihh
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…
This presentation by Prof. Nikolai Slavov explores technological and biological advancements in single-cell proteomics, focusing on the implications of protein variation for biological functions. Conducted at…
This presentation by Prof. Juergen Cox at the 7th Single Cell Proteomics Conference discusses sensitive and accurate plexDIA techniques using MaxQuant. The talk highlights recent advancements in library-based and…
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…
RT @slavov_n: Protein samples can be multiplexed to increase throughput. In 2023, @ParallelSqTech set out to make tags (barcodes) that not…
RT @slavov_n: Protein samples can be multiplexed to increase throughput. In 2023, @ParallelSqTech set out to make tags (barcodes) that not…
RT @slavov_n: Protein samples can be multiplexed to increase throughput. In 2023, @ParallelSqTech set out to make tags (barcodes) that not…
RT @slavov_n: Protein samples can be multiplexed to increase throughput. In 2023, @ParallelSqTech set out to make tags (barcodes) that not…
Protein samples can be multiplexed to increase throughput. In 2023, @ParallelSqTech set out to make tags (barcodes) that not only increase throughput but also enhance peptide sequence identifications: https://t.co/RsZzKeWihh We will share results soon: https://t.co/rJQ6PSkcmI https://t.co/L6rowrNY4l
RT @slavov_n: In 2021, we introduced plexDIA: https://t.co/nVCvWT6dVM It enabled many studies, but suitable tags have remained a limitatio…
RT @slavov_n: In 2021, we introduced plexDIA: https://t.co/nVCvWT6dVM It enabled many studies, but suitable tags have remained a limitatio…
In 2021, we introduced plexDIA: https://t.co/nVCvWT6dVM It enabled many studies, but suitable tags have remained a limitation. Soon, @ParallelSqTech will introduce tags that improve multiplexing, sensitivity & coverage, helping realize huge potential https://t.co/RsZzKeWihh
Biomedical research needs high-quality sensitive protein analysis at population scales. We are working towards enabling such proteomic technologies: https://t.co/EMdEjjKjCU https://t.co/h3qLCUYdHp
RT @slavov_n: This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month wil…
RT @slavov_n: This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month wil…
RT @slavov_n: This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month wil…
RT @slavov_n: This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month wil…
RT @slavov_n: This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month wil…
RT @slavov_n: This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month wil…
RT @slavov_n: This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month wil…
This makes it easy to start analyzing the proteomes of 1,000s of single cells per week. A forthcoming update this month will quadruple the throughput. There's a path for sustainably scaling throughput while preserving accuracy & reducing cost https://t.co/RsZzKeWihh https://t.co/gdNLTqupXi
RT @slavovLab: Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and…
RT @slavovLab: Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and…
RT @slavovLab: Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and…
RT @slavovLab: Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and…
RT @slavovLab: Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and…
RT @slavovLab: Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and…
Our article on increasing the depth and throughput of plexDIA is now available #OA Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA https://t.co/7tfu8Soqup
@JoelisSteele @ProteomicsNews We referenced the article by CE Shannon that introduced information theory, which felt like the most relevant and original reference for our point. Here is our @JProteomeRes perspective for more details: https://t.co/RsZzKeWihh
@KamalMdM @NatureBiotech Table 1 lists the types of mass tags that can be used for multiplexed DIA: https://t.co/RsZzKeWihh @ParallelSqTech is developing mass tags for high-plexDIA. https://t.co/gYqygGh3WA
RT @ParallelSqTech: We are excited and motivated by the opportunities ahead of mass spectrometry proteomics. Some of the opportunities tha…
RT @ParallelSqTech: We are excited and motivated by the opportunities ahead of mass spectrometry proteomics. Some of the opportunities tha…
We are excited and motivated by the opportunities ahead of mass spectrometry proteomics. Some of the opportunities that we will be pursuing are described in this @JProteomeRes article: https://t.co/EMdEjjKRss
Most Read in the past 30 days! Check it out: "Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA" https://t.co/uDcQKKwJHs
Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA https://t.co/tO64Ba2lPU https://t.co/4SGV7HYm6t
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @slavovLab: How can we make sensitive protein analysis faster, cheaper and more accurate? How to advance functional single-cell protein…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @slavovLab: How can we make sensitive protein analysis faster, cheaper and more accurate? How to advance functional single-cell protein…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @slavovLab: How can we make sensitive protein analysis faster, cheaper and more accurate? How to advance functional single-cell protein…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
RT @_JasonDerks: In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discu…
In our recently published perspective, @slavov_n and I discuss opportunities for advancing plexDIA. Specifically, we discuss mass tags, data analysis, and applications. https://t.co/ApEyoXUW6T https://t.co/rtO4Yc77CD
RT @slavovLab: How can we make sensitive protein analysis faster, cheaper and more accurate? How to advance functional single-cell protein…
RT @slavovLab: How can we make sensitive protein analysis faster, cheaper and more accurate? How to advance functional single-cell protein…
How can we make sensitive protein analysis faster, cheaper and more accurate? How to advance functional single-cell protein analysis? We (@_JasonDerks & @slavov_n) share specific strategies towards these goals in our new @JProteomeRes article: https://t.co/IAng3Otbty https://t.co/plpEHAxSAL
RT @PastelBio: Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA |https://t.co/vcnxk8m9ea #proteomics https…
Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA |https://t.co/vcnxk8m9ea #proteomics https://t.co/skLDdtZdb8
Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA #JProteomeRes #MassSpec https://t.co/ZU31I5ZemK
RT @educhicano: "[ASAP] Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA" https://t.co/zVe2rybt8Q #proteom…
"[ASAP] Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA" https://t.co/zVe2rybt8Q #proteomics
[ASAP] Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA https://t.co/Frp70J1bdH
[ASAP] Strategies for Increasing the Depth and Throughput of Protein Analysis by plexDIA https://t.co/2sAUlg0N01
RT @PastelBio: Strategies for increasing the depth and throughput of protein analysis by plexDIA | https://t.co/2plw3FnE3r #proteomics http…
Strategies for increasing the depth and throughput of protein analysis by plexDIA | https://t.co/2plw3FnE3r #proteomics https://t.co/UHNEAiCyNx
Strategies for increasing the depth and throughput of protein analysis by plexDIA https://t.co/pne7ZFcZdy
Strategies for increasing the depth and throughput of protein analysis by plexDIA https://t.co/orvt1g52Eu #biorxiv_sysbio
Strategies for increasing the depth and throughput of protein analysis by plexDIA https://t.co/Q3hvo6K470 #bioRxiv