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The overall discussions reflect strong support and enthusiasm for the publication, with many posts emphasizing that DART-ID enhances proteome coverage and discussing its rigorous validation process. Words such as 'game changer' and mentions of detailed methodological insights reveal a highly engaged and impactful dialogue among researchers.
Most discussions strongly support the effectiveness and importance of DART-ID, highlighting its ability to increase proteome coverage and praising its rigorous review process.
Posts frequently mention the significance of the publication, with many sharing articles, summaries, and calling it a 'game changer' in proteomics.
Participants actively engage by sharing detailed insights, promoting the article through various channels, and addressing methodological details, indicating deep involvement.
The widespread dissemination, emphasis on advancements in proteomics, and recognition by prominent journals suggest high potential influence on research practices and methods.
DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but also very rigorous & constructive. The reviewers' suggestion to demonstrate DART-ID's performance with bulk LC-MS/MS data was very helpful -- See figure 4!
New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4rUYSWp
New: "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlsZHJ Chen et al. https://t.co/01xvHG27bS
DART-ID increases single-cell proteome coverage https://t.co/owPpkBpnp1 https://t.co/dXfshUiHSb
Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. https://t.co/rT42rlsZHJ #SoftwareWednesdays https://t.co/HI8xHtpu3x
DART-ID increases single-cell proteome coverage | https://t.co/lxtyp2gC8p #proteomics @slavovLab https://t.co/bvBYneqzmU
An introduction to data analysis with a focus on mass spectrometry proteomics. Topics covered include data normalization, quality control, bias correction, clustering, and gene set enrichment analysis. Gain insights…
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…
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…
@GarciaLabMS @MagnetZel @MattWFoster @IonOpticks We have not done controlled comparison, so I cannot (and didn't) say more reproducible, just reproducible. Here us a distribution of residual RT errors after alignment from ~ 2017. The current reproducibility is higher. https://t.co/fyZlMJcrGc https://t.co/JVPqclCOyR
RT @PastelBio: DART-ID increases single-cell proteome coverage https://t.co/owPpkBpnp1 https://t.co/dXfshUiHSb
DART-ID increases single-cell proteome coverage https://t.co/owPpkBpnp1 https://t.co/dXfshUiHSb
@astacus 1) RNA & protein don't correlate. Observing a correlation is a problem. 2) He/she picked 4 MS2 spectra (out of millions) with unexpected patterns; all 4 were ignored by search engines. 3) RTs cannot support peptide identification using DART-ID https://t.co/fyZlMJbTQE . . .
@naturemethods @lgatt0 We are committed to always publishing the source code on @github with our preprints or earlier. Supplying the source code during the peer review is very beneficial, e.g., the reviewers run our code during the review of DART-ID https://t.co/fyZlMIUis4 & helped us fix problems. 2/3
DART-ID increases single-cell proteome coverage. https://t.co/okPSeWSqon
RT @PLOSCompBiol: Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. htt…
RT @PLOSCompBiol: Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. htt…
RT @PLOSCompBiol: Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. htt…
RT @PLOSCompBiol: Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. htt…
RT @PLOSCompBiol: Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. htt…
Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. https://t.co/rT42rlsZHJ #SoftwareWednesdays https://t.co/HI8xHtpu3x
Check out one of our #Software articles: 'DART-ID increases single-cell proteome coverage' presented by Chen et al. https://t.co/rT42rlsZHJ #SoftwareWednesdays https://t.co/BCaklAIhA3
DART-ID increases single-cell #proteome coverage https://t.co/jilFxqys52 #BioInformatics @PLOSCompBiol
RT @PLOSCompBiol: New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4…
RT @PLOSCompBiol: New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4…
RT @PLOSCompBiol: New: "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlsZHJ Chen et al. https://t.co/01xvHG27bS
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @PLOSCompBiol: New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4…
RT @PLOSCompBiol: New: "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlsZHJ Chen et al. https://t.co/01xvHG27bS
New: "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlsZHJ Chen et al. https://t.co/01xvHG27bS
RT @PLOSCompBiol: New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4…
RT @PLOSCompBiol: New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4…
RT @PLOSCompBiol: New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4…
RT @PLOSCompBiol: New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4…
New research from Chen et al. "DART-ID increases single-cell proteome coverage" https://t.co/rT42rlboQb https://t.co/FSK4rUYSWp
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @PastelBio: DART-ID increases single-cell proteome coverage | https://t.co/owPpkBpnp1 #proteomics https://t.co/noyDoXc1Yz
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @realBioMassSpec: DART-ID increases single-cell proteome coverage #PlosComputBiol #MassSpec https://t.co/sWDahxHNJ1
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
RT @slavovLab: DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but al…
DART-ID increases single-cell proteome coverage #PlosComputBiol #MassSpec https://t.co/sWDahxHNJ1
DART-ID (https://t.co/yXxqlbqzni) is now published at @PLOSCompBiol (https://t.co/fyZlMJbTQE). The review was lengthy but also very rigorous & constructive. The reviewers' suggestion to demonstrate DART-ID's performance with bulk LC-MS/MS data was very helpful -- See figure 4!
DART-ID increases single-cell proteome coverage | https://t.co/owPpkBpnp1 #proteomics https://t.co/noyDoXc1Yz
RT @ProtifiLlc: DART-ID increases single-cell proteome coverage https://t.co/b6eMAF9hDq
RT @ProtifiLlc: DART-ID increases single-cell proteome coverage https://t.co/b6eMAF9hDq
RT @PastelBio: DART-ID increases single-cell proteome coverage | https://t.co/ihgIHRpi1V #proteomics @slavovLab https://t.co/IU6MIuOQIY
DART-ID increases single-cell proteome coverage | https://t.co/ihgIHRpi1V #proteomics @slavovLab https://t.co/IU6MIuOQIY
RT @ProtifiLlc: DART-ID increases single-cell proteome coverage https://t.co/b6eMAF9hDq
DART-ID increases single-cell proteome coverage https://t.co/b6eMAF9hDq
DART-ID increases single-cell proteome coverage https://t.co/H1DKXFnPCU
RT @PastelBio: DART-ID increases single-cell proteome coverage | https://t.co/lxtyp2gC8p #proteomics @slavovLab https://t.co/bvBYneqzmU
DART-ID increases single-cell proteome coverage | https://t.co/lxtyp2gC8p #proteomics @slavovLab https://t.co/bvBYneqzmU