Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
Transformative Opportunities for Single-Cell Proteomics.
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Dec 2017 – Oct 2025Where it's discussed
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What people are saying
Participants frequently praise the technological advancements in single-cell proteomics, such as the SCoPE2 protocol and high-throughput methods, with words like 'exciting,' 'major gains,' and 'transformative,' which reflect both enthusiasm and recognition of its potential. The tone and detailed references suggest a community deeply engaged and optimistic about the scientific impact of these innovations.
Most participants express strong support and enthusiasm for the developments in single-cell proteomics, emphasizing its transformative potential and technological progress.
Discussions show high interest, with many references to advances, future opportunities, and ongoing research efforts, indicating active engagement in the field.
Posts include detailed technical insights, references to conferences, figures, and methodologies, demonstrating deep involvement and analysis.
The conversations highlight a significant impact on scientific research, funding, and methodological evolution, showing this field's potential to revolutionize biology.
Abstract in brief
- Single-cell proteomics using mass spectrometry (MS) has the potential to revolutionize medical research by allowing precise measurement of thousands of proteins in individual cells, which is currently limited.
- Advances in technology are focused on significantly improving the sensitivity and speed of MS, enabling the analysis of many cells more efficiently and accurately.
- These developments will lead to breakthroughs in diagnosing diseases, understanding biological processes, and developing targeted treatments, ultimately transforming medicine and biological research.]
Top posts
Most liked on X and BlueskyIn 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains. The current elevation opens a vista to new opportunities for 10-fold gains. Take a look at them https://t.co/HsuOR1u1Wp and help realize them! https://t.co/TPfa6d9pnf
On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII https://t.co/kmLTOqm8r1 Tweet your questions with #JPRHotTopics I will talk about our recent perspective in @JProteomeRes https://t.co/peylTx0OXy
Congratulation to @harrisonspecht for being selected a rising start by @JProteomeRes https://t.co/iVnJZFazgg Well deserved Harrison! Check out some of his @JProteomeRes papers: https://t.co/LKOq5CA3rP https://t.co/RfjJHYV6fA https://t.co/peylTwJdyY
The 2023 Google Metrics are out, and several papers from @slavovLab are listed within the h5-indices of their journals, including: https://t.co/cAKLET86Wd at Genome Biology https://t.co/8Agmu0HjiO at Genome Biology https://t.co/peylTx0OXy at J. Proteome Res. Genome Biology https://t.co/dHS8WGCy7o
At a 2017 CSHL meeting, I talked about the benefits of multiplexing for single-cell proteomics https://t.co/wCrawtlVzm Yet, current approaches impose time constraints that limit proteome coverage: https://t.co/HsuOR1u1Wp @GrayHuffman will present a solution at #ASMS2021. https://t.co/j4jG8dKAKT
All mentions
Advancements in Single-Cell Proteomics Using Mass Spectrometry
Advancements in Single-Cell Proteomics and Benchmark Standards
In this presentation, Nikolai Slavov discusses miniaturizing and automating sample preparation for single-cell proteomics. Emphasizing key challenges and solutions, he presents single-cell protein measurements and…
Designing Effective Single-Cell Proteomics Experiments for Accurate Data
Advancements in Single-Cell Proteomics Using SCoPE2 Technology
This presentation by Nikolai Slavov introduces SCoPE2, a novel technology that enhances single-cell proteomics analysis. It focuses on quantifying over 2000 proteins in individual monocytes and macrophages, highlighting…
Advances in Single-Cell Proteomics Sample Preparation for Mass Spectrometry
Presentation by Ed Emmott discussing the SCoPE2 pipeline for processing single-cell samples, emphasizing automation and high throughput, essential for accurate proteomics analysis in small samples.
Advancements and Challenges in Single-Cell Proteomics Using Mass Spectrometry
Nikolai Slavov discusses progress and standards in single-cell proteomics, highlighting how mass spectrometry can revolutionize medical research by enabling precise measurement of proteins in individual cells. These…
Optimizing Single-Cell Proteomics with LC-MS/MS Techniques
Gray Huffman discusses experimental and computational methods for optimizing single-cell mass spec analysis, focusing on setting optimal parameters for improved sensitivity and accuracy in proteomics research.
Exploring Trends in Single-Cell Proteomics at SCP2024
This panel discussion at SCP2024 examines major trends and opportunities in single-cell proteomics. Advances in technology allow for detailed analysis at the single-cell level, crucial for breakthroughs in cancer…
Advances in Single-Cell Proteomics Techniques and Challenges
Panel discussion at SCP2025 on major trends and opportunities in single-cell proteomics, focusing on emerging single-molecule and mass spectrometry methods to analyze the proteome's complexity.
RT @slavov_n: The counting statistics for single-cell MS support accurate estimates of protein abundance in single cells, which is essentia…
The counting statistics for single-cell MS support accurate estimates of protein abundance in single cells, which is essential for quantitative analysis. Further, measuring and modeling protein degradation is key to biological interpretations. https://t.co/peylTx1mN6
RT @slavov_n: This @SCP_meeting presentation discusses more details of such comparisons, especially in regard to using the "black" scatter…
This @SCP_meeting presentation discusses more details of such comparisons, especially in regard to using the "black" scatter plots for QC. . https://t.co/y2DdXQSJDe
Simpson’s Paradox is one of the confounding relationships that single-cell analysis can help reveal: https://t.co/peylTx0OXy https://t.co/KpumGOEJ56
RT @SCP_meeting: Our panel discussion from #SCP2024 is on YouTube: Major trends and opportunities in single-cell proteomics https://t.co/…
Our panel discussion from #SCP2024 is on YouTube: Major trends and opportunities in single-cell proteomics https://t.co/fj4YmR0uy5
Recently, a funder told me that our 2018 @JProteomeRes perspective influenced the funding of a research proposal that I had submitted years ago. Perspectives may catalyze intellectual progress and even influence practical matters. https://t.co/peylTx0OXy
RT @Convergent_FROs: We read that 2018 roadmap paper (in 2020) and thought: "let's FRO" https://t.co/UXcVv52D7U More such forward-looking t…
RT @Convergent_FROs: We read that 2018 roadmap paper (in 2020) and thought: "let's FRO" https://t.co/UXcVv52D7U More such forward-looking t…
RT @Convergent_FROs: We read that 2018 roadmap paper (in 2020) and thought: "let's FRO" https://t.co/UXcVv52D7U More such forward-looking t…
RT @Convergent_FROs: We read that 2018 roadmap paper (in 2020) and thought: "let's FRO" https://t.co/UXcVv52D7U More such forward-looking t…
RT @Convergent_FROs: We read that 2018 roadmap paper (in 2020) and thought: "let's FRO" https://t.co/UXcVv52D7U More such forward-looking t…
RT @Convergent_FROs: We read that 2018 roadmap paper (in 2020) and thought: "let's FRO" https://t.co/UXcVv52D7U More such forward-looking t…
We read that 2018 roadmap paper (in 2020) and thought: "let's FRO" https://t.co/UXcVv52D7U More such forward-looking technical roadmaps from the research community would be appreciated. https://t.co/Bis5zxpruN
RT @slavov_n: Looking back at this perspective from 2018, technology developed along expected trends, untapped by creative solutions and so…
Looking back at this perspective from 2018, technology developed along expected trends, untapped by creative solutions and solid engineering. More surprises came from biological discoveries enabled by the new technologies. https://t.co/peylTx1mN6
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
Data always have "patterns", which reminds me of this quote. https://t.co/eUxC1vYT2w https://t.co/R8ZnLDJDz1
RT @slavov_n: The 2023 Google Metrics are out, and several papers from @slavovLab are listed within the h5-indices of their journals, inclu…
RT @slavov_n: The 2023 Google Metrics are out, and several papers from @slavovLab are listed within the h5-indices of their journals, inclu…
RT @slavov_n: The 2023 Google Metrics are out, and several papers from @slavovLab are listed within the h5-indices of their journals, inclu…
RT @slavov_n: The 2023 Google Metrics are out, and several papers from @slavovLab are listed within the h5-indices of their journals, inclu…
The 2023 Google Metrics are out, and several papers from @slavovLab are listed within the h5-indices of their journals, including: https://t.co/cAKLET86Wd at Genome Biology https://t.co/8Agmu0HjiO at Genome Biology https://t.co/peylTx0OXy at J. Proteome Res. Genome Biology https://t.co/dHS8WGCy7o
RT @slavov_n: We also discussed this at the 2019 @SCP_meeting: https://t.co/NdkV6wSbDf https://t.co/bA8QdGodr2
We also discussed this at the 2019 @SCP_meeting: https://t.co/NdkV6wSbDf https://t.co/bA8QdGodr2
RT @slavov_n: It's remarkable to see how much of #HUPO2022 is devoted to single-cell proteomics, technologies and method development. I wo…
RT @slavov_n: It's remarkable to see how much of #HUPO2022 is devoted to single-cell proteomics, technologies and method development. I wo…
It's remarkable to see how much of #HUPO2022 is devoted to single-cell proteomics, technologies and method development. I would love to see these efforts delivering on the biological promises that motivated it from the very beginning. https://t.co/peylTx0OXy
RT @slavov_n: I gave this talk at @cshlmeetings 5 years ago. It was a turbulent & exciting time for single-cell proteomics my mass-spec.…
RT @slavov_n: I gave this talk at @cshlmeetings 5 years ago. It was a turbulent & exciting time for single-cell proteomics my mass-spec.…
RT @slavov_n: I gave this talk at @cshlmeetings 5 years ago. It was a turbulent & exciting time for single-cell proteomics my mass-spec.…
RT @slavov_n: I gave this talk at @cshlmeetings 5 years ago. It was a turbulent & exciting time for single-cell proteomics my mass-spec.…
I gave this talk at @cshlmeetings 5 years ago. It was a turbulent & exciting time for single-cell proteomics my mass-spec. https://t.co/ElpEIO3f0E has caused a stir but many colleagues did not yet believe mass-spec was sensitive enough.
RT @slavov_n: The 2022 Google Metrics are out https://t.co/gALibbmuNr Several papers from @slavovLab are listed within the h5-indices of t…
The 2022 Google Metrics are out https://t.co/gALibbmuNr Several papers from @slavovLab are listed within the h5-indices of their journals, including: https://t.co/peylTx0OXy at @JProteomeRes https://t.co/EXrnHYM17V at @PLOSCompBiol https://t.co/cAKLET86Wd at @GenomeBiology
@J_my_sci There are other approaches as well, including spiked in peptides, fluorescent proteins. Showing high repeatability and no accuracy estimates can be rather misleading. I think that is a very important issue and have emphasized it at @SCP_meeting workshops https://t.co/ZOVGTE9UcB https://t.co/cqQm7qtmjX
RT @slavov_n: At a 2017 CSHL meeting, I talked about the benefits of multiplexing for single-cell proteomics https://t.co/wCrawtlVzm Yet,…
RT @slavov_n: At a 2017 CSHL meeting, I talked about the benefits of multiplexing for single-cell proteomics https://t.co/wCrawtlVzm Yet,…
RT @slavov_n: At a 2017 CSHL meeting, I talked about the benefits of multiplexing for single-cell proteomics https://t.co/wCrawtlVzm Yet,…
RT @slavov_n: At a 2017 CSHL meeting, I talked about the benefits of multiplexing for single-cell proteomics https://t.co/wCrawtlVzm Yet,…
RT @slavov_n: At a 2017 CSHL meeting, I talked about the benefits of multiplexing for single-cell proteomics https://t.co/wCrawtlVzm Yet,…
At a 2017 CSHL meeting, I talked about the benefits of multiplexing for single-cell proteomics https://t.co/wCrawtlVzm Yet, current approaches impose time constraints that limit proteome coverage: https://t.co/HsuOR1u1Wp @GrayHuffman will present a solution at #ASMS2021. https://t.co/j4jG8dKAKT
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
RT @slavov_n: In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains.…
In 2018, we outlined opportunities for single-cell proteomics https://t.co/peylTx0OXy, and they have delivered major gains. The current elevation opens a vista to new opportunities for 10-fold gains. Take a look at them https://t.co/HsuOR1u1Wp and help realize them! https://t.co/TPfa6d9pnf
Sometimes I don’t have good ideas for TOC graphics, but this one came naturally and was demonstrated even faster than we expected https://t.co/XRmQcBauK6 https://t.co/HXaarIcLLg
RT @slavov_n: Congratulation to @harrisonspecht for being selected a rising start by @JProteomeRes https://t.co/iVnJZFazgg Well deserved H…
… The SCoPE2 protocol allows analyzing > 200 single cells / day. This throughput is higher than for SCoPE-MS https://t.co/cAKLET86Wd, and I look forward to increasing it further as previously discussed: https://t.co/peylTx0OXy
RT @slavov_n: Congratulation to @harrisonspecht for being selected a rising start by @JProteomeRes https://t.co/iVnJZFazgg Well deserved H…
RT @slavov_n: Congratulation to @harrisonspecht for being selected a rising start by @JProteomeRes https://t.co/iVnJZFazgg Well deserved H…
RT @slavov_n: Congratulation to @harrisonspecht for being selected a rising start by @JProteomeRes https://t.co/iVnJZFazgg Well deserved H…
Congratulation to @harrisonspecht for being selected a rising start by @JProteomeRes https://t.co/iVnJZFazgg Well deserved Harrison! Check out some of his @JProteomeRes papers: https://t.co/LKOq5CA3rP https://t.co/RfjJHYV6fA https://t.co/peylTwJdyY
RT @slavov_n: It's good to see the figure from our perspective https://t.co/peylTx0OXy referenced as Sunney's motivation to do single-cell…
It's good to see the figure from our perspective https://t.co/peylTx0OXy referenced as Sunney's motivation to do single-cell protein analysis. https://t.co/N1jegLIT1f
Thanks @slavov_n for #Beautiful presentation of the fact that #proteomic space is not only more relevant in terms of interesting #Biology, its also more accurate https://t.co/h0QB805jps right down to the level of Cell!! Even the Spearman<Pearson ;) WTH #SingleCell
RT @MatttBuckley: Nice comparison between scRNAseq and (speculative) future single cell proteomics in terms of sampling error. (Specht & S…
RT @slavovLab: Agreement between biological replicates might create the impression for accurate measurements, but the next slide suggests a…
RT @slavovLab: Agreement between biological replicates might create the impression for accurate measurements, but the next slide suggests a…
RT @slavovLab: Agreement between biological replicates might create the impression for accurate measurements, but the next slide suggests a…
Agreement between biological replicates might create the impression for accurate measurements, but the next slide suggests a more complex interpretation https://t.co/hd302nzfpH https://t.co/ThhJ1zVayD https://t.co/ATX43PaWex
RT @MatttBuckley: Nice comparison between scRNAseq and (speculative) future single cell proteomics in terms of sampling error. (Specht & S…
@aliceyting When we first started working on single-cell proteomics by mass-spec in 2015, mass-spec experts said it was impossible I am glad to see the tide turning & super excited for the opportunities ahead of us, the opportunities to gain orders of magnitude https://t.co/peylTwJdyY
@naturemethods @nyuniversity @Northeastern @ETH @KharchenkoLab @harvardmed @MPI_Biochem The early dawn of single-cell proteomics is beautiful but pales in comparison to the opportunities that beckon https://t.co/peylTx0OXy
RT @slavovLab: Can we use cluster separation to evaluate the quality of single-cell data? https://t.co/unFuARJXut https://t.co/0KWGbXktm2
RT @slavovLab: Can we use cluster separation to evaluate the quality of single-cell data? https://t.co/unFuARJXut https://t.co/0KWGbXktm2
RT @slavovLab: Can we use cluster separation to evaluate the quality of single-cell data? https://t.co/unFuARJXut https://t.co/0KWGbXktm2
RT @slavovLab: Can we use cluster separation to evaluate the quality of single-cell data? https://t.co/unFuARJXut https://t.co/0KWGbXktm2
Transformative Opportunities for Single-Cell Proteomics | https://t.co/Hevs8Umdu0 #proteomics https://t.co/dCnDicQgEY
Can we use cluster separation to evaluate the quality of single-cell data? https://t.co/unFuARJXut https://t.co/0KWGbXktm2
RT @slavovLab: #SCP2019 video: My presentation on how we used high-throughput single-cell proteomics to quantify the emergence of macrophag…
RT @slavovLab: #SCP2019 video: My presentation on how we used high-throughput single-cell proteomics to quantify the emergence of macrophag…
RT @slavovLab: #SCP2019 video: My presentation on how we used high-throughput single-cell proteomics to quantify the emergence of macrophag…
RT @slavovLab: #SCP2019 video: My presentation on how we used high-throughput single-cell proteomics to quantify the emergence of macrophag…
RT @slavovLab: #SCP2019 video: My presentation on how we used high-throughput single-cell proteomics to quantify the emergence of macrophag…
RT @slavovLab: #SCP2019 video: My presentation on how we used high-throughput single-cell proteomics to quantify the emergence of macrophag…
#SCP2019 video: My presentation on how we used high-throughput single-cell proteomics to quantify the emergence of macrophage heterogeneity https://t.co/m2ecJS9Fwt
RT @slavovLab: #SCP2019 workshop video: My thoughts on how to avoid fooling yourself. Which patterns are real? https://t.co/eUxC1vYT2w
RT @slavovLab: #SCP2019 workshop video: @harrisonspecht describes our approach to designing single-cell proteomics experiments https://t.co…
RT @slavovLab: #SCP2019 workshop video: @harrisonspecht describes our approach to designing single-cell proteomics experiments https://t.co…
#SCP2019 workshop video: @harrisonspecht describes our approach to designing single-cell proteomics experiments https://t.co/3EIn4Qck7Y
RT @slavovLab: #SCP2019 workshop video: My thoughts on how to avoid fooling yourself. Which patterns are real? https://t.co/eUxC1vYT2w
#SCP2019 workshop video: My thoughts on how to avoid fooling yourself. Which patterns are real? https://t.co/eUxC1vYT2w
RT @slavovLab: A primer by @harrisonspecht of designing single-cell proteomics experiments. https://t.co/3EIn4Qck7Y You can find more abo…
A primer by @harrisonspecht of designing single-cell proteomics experiments. https://t.co/3EIn4Qck7Y You can find more about the results in Harrison's preprint https://t.co/ElpEIO2Hb6 https://t.co/kfEaXaduNs
RT @slavovLab: In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies p…
RT @ZanotelliVRT: There is also a review from last year, putting this kind of technology into perspective with other single cell methods: h…
There is also a review from last year, putting this kind of technology into perspective with other single cell methods: https://t.co/EdlgzhXbCN and a perspective, outlaying opportunities for improvement, some of them now addressed: https://t.co/ho1tIFtnbt
RT @slavovLab: In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies p…
RT @slavovLab: In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies p…
RT @slavovLab: In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies p…
RT @slavovLab: In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies p…
RT @slavovLab: In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies p…
RT @slavovLab: In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies p…
In this @JProteomeRes perspective https://t.co/peylTwJdyY, @harrisonspecht & I suggested that sampling many protein copies per single cell may be feasible. SCoPE2 delivers on that expectation! It samples 10-100 fold more copies per gene than scRNA-seq https://t.co/mjtXcRM2MU https://t.co/83WzwRt7T6
@KentsisResearch @JohnNeveu1 @Smith_Chem_Wisc I agree that with more engineering, one can analyze a single cell using label free approaches, but this is less likely to result in robust, high-throughput, and inexpensive analysis of tens of thousands, even millions of single cells, which is our aim https://t.co/peylTx0OXy
These ideas involve doing single-cell MS measurements with SCoPE-MS https://t.co/peylTx0OXy & https://t.co/560gggBKst https://t.co/GL4iIutX0W
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
RT @slavovLab: On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII h…
On April 10, @JProteomeRes & @ACSPublications will host a webinar on Hot Topics in Proteomics, moderated by @JohnRYatesIII https://t.co/kmLTOqm8r1 Tweet your questions with #JPRHotTopics I will talk about our recent perspective in @JProteomeRes https://t.co/peylTx0OXy
RT @slavovLab: I am super excited about the new SCoPE-MS data that @harrisonspecht has generated with reliability estimates for individual…
RT @slavovLab: I am super excited about the new SCoPE-MS data that @harrisonspecht has generated with reliability estimates for individual…
RT @slavovLab: I am super excited about the new SCoPE-MS data that @harrisonspecht has generated with reliability estimates for individual…
I am super excited about the new SCoPE-MS data that @harrisonspecht has generated with reliability estimates for individual single-cell protein measurements across lots of cells & proteins -- A step closer to our goals https://t.co/peylTx0OXy https://t.co/HPc2tCRDW2
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