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#cfdna — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #cfdna, aggregated by home.social.

  1. Very proud of our latest #paper out today in @sciencemagazine where we show that platelets capture cell-free DNA from their surrounding!

    This was a project initiated and driven by Bethan Psaila here in Oxford. My team performed #genomics analyses to show that platelet-derived #cfDNA resembles plasma cfDNA in terms of #fragmentomics, #epigenetics and mutation patterns.

    Read the paper here: science.org/doi/10.1126/scienc

    Or check out the summary by no other than Dennis Lo 😱:
    science.org/doi/10.1126/scienc

  2. Very proud of our latest #paper out today in @sciencemagazine where we show that platelets capture cell-free DNA from their surrounding!

    This was a project initiated and driven by Bethan Psaila here in Oxford. My team performed #genomics analyses to show that platelet-derived #cfDNA resembles plasma cfDNA in terms of #fragmentomics, #epigenetics and mutation patterns.

    Read the paper here: science.org/doi/10.1126/scienc

    Or check out the summary by no other than Dennis Lo 😱:
    science.org/doi/10.1126/scienc

  3. Very proud of our latest #paper out today in @sciencemagazine where we show that platelets capture cell-free DNA from their surrounding!

    This was a project initiated and driven by Bethan Psaila here in Oxford. My team performed #genomics analyses to show that platelet-derived #cfDNA resembles plasma cfDNA in terms of #fragmentomics, #epigenetics and mutation patterns.

    Read the paper here: science.org/doi/10.1126/scienc

    Or check out the summary by no other than Dennis Lo 😱:
    science.org/doi/10.1126/scienc

  4. Very proud of our latest #paper out today in @sciencemagazine where we show that platelets capture cell-free DNA from their surrounding!

    This was a project initiated and driven by Bethan Psaila here in Oxford. My team performed #genomics analyses to show that platelet-derived #cfDNA resembles plasma cfDNA in terms of #fragmentomics, #epigenetics and mutation patterns.

    Read the paper here: science.org/doi/10.1126/scienc

    Or check out the summary by no other than Dennis Lo 😱:
    science.org/doi/10.1126/scienc

  5. Very proud of our latest #paper out today in @sciencemagazine where we show that platelets capture cell-free DNA from their surrounding!

    This was a project initiated and driven by Bethan Psaila here in Oxford. My team performed #genomics analyses to show that platelet-derived #cfDNA resembles plasma cfDNA in terms of #fragmentomics, #epigenetics and mutation patterns.

    Read the paper here: science.org/doi/10.1126/scienc

    Or check out the summary by no other than Dennis Lo 😱:
    science.org/doi/10.1126/scienc

  6. Seattle obstetric researchers at the University of Washington have developed a test that can predict devastating preeclampsia with 80% accuracy months before its actual occurrence. #preeclampsia #cfDNA #pregnancy #women
    instagram.com/drhowardsmithrep

  7. First talk of the conference: Yuval Dor presenting applications of #epigenetic methylation maps of immune cells for detecting immune response and cancer initiation from #cfDNA

  8. First talk of the conference: Yuval Dor presenting applications of #epigenetic methylation maps of immune cells for detecting immune response and cancer initiation from #cfDNA

  9. First talk of the conference: Yuval Dor presenting applications of #epigenetic methylation maps of immune cells for detecting immune response and cancer initiation from #cfDNA

  10. First talk of the conference: Yuval Dor presenting applications of #epigenetic methylation maps of immune cells for detecting immune response and cancer initiation from #cfDNA

  11. Breast Milk Helps Early Cancer Detection:
    Analysis of breast milk and detection of cell-free tumor DNA, a liquid tumor biopsy, is nearly 11 times more effective than using blood. #breastmilk #breastcancer #liquidbiopsy #earlydetection #cfDNA
    instagram.com/p/C0pH9cArYEY/

  12. Excited to present our new preprint on nucleosome reorganisation in breast cancer! biorxiv.org/content/10.1101/20 It's a large project, mapping nucleosome repositioning in paired normal and tumour tissues and cell-free DNA from the same patients #TFbinding #cfDNA #H1X #5mC #LiquidBiopsy

  13. Excited to present our new preprint on nucleosome reorganisation in breast cancer! biorxiv.org/content/10.1101/20 It's a large project, mapping nucleosome repositioning in paired normal and tumour tissues and cell-free DNA from the same patients #TFbinding #cfDNA #H1X #5mC #LiquidBiopsy

  14. Excited to present our new preprint on nucleosome reorganisation in breast cancer! biorxiv.org/content/10.1101/20 It's a large project, mapping nucleosome repositioning in paired normal and tumour tissues and cell-free DNA from the same patients #TFbinding #cfDNA #H1X #5mC #LiquidBiopsy

  15. Excited to present our new preprint on nucleosome reorganisation in breast cancer! biorxiv.org/content/10.1101/20 It's a large project, mapping nucleosome repositioning in paired normal and tumour tissues and cell-free DNA from the same patients #TFbinding #cfDNA #H1X #5mC #LiquidBiopsy

  16. Excited to present our new preprint on nucleosome reorganisation in breast cancer! biorxiv.org/content/10.1101/20 It's a large project, mapping nucleosome repositioning in paired normal and tumour tissues and cell-free DNA from the same patients #TFbinding #cfDNA #H1X #5mC #LiquidBiopsy

  17. Hot topics symposium on cell free DNA #cfDNA at the VU Amsterdam, organised by #BioSB . Kicking off right now.

    #cancer

    dtls.nl/biosb/hottopics/hottop

  18. Hot topics symposium on cell free DNA #cfDNA at the VU Amsterdam, organised by #BioSB . Kicking off right now.

    #cancer

    dtls.nl/biosb/hottopics/hottop

  19. Hot topics symposium on cell free DNA #cfDNA at the VU Amsterdam, organised by #BioSB . Kicking off right now.

    #cancer

    dtls.nl/biosb/hottopics/hottop

  20. Now online in #CancerDiscovery, published concurrently with the presentation by Victor Velculescu at the AACR Special Conference on Precision Prevention, Early Detection, and Interception of Cancer: Detecting liver cancer using cell-free DNA fragmentomes aacrjournals.org/cancerdiscove #cancer #liquidbiopsy #cfDNA

  21. Now online in #CancerDiscovery, published concurrently with the presentation by Victor Velculescu at the AACR Special Conference on Precision Prevention, Early Detection, and Interception of Cancer: Detecting liver cancer using cell-free DNA fragmentomes aacrjournals.org/cancerdiscove #cancer #liquidbiopsy #cfDNA

  22. Now online in #CancerDiscovery, published concurrently with the presentation by Victor Velculescu at the AACR Special Conference on Precision Prevention, Early Detection, and Interception of Cancer: Detecting liver cancer using cell-free DNA fragmentomes aacrjournals.org/cancerdiscove #cancer #liquidbiopsy #cfDNA

  23. Obligatory introductory post to find my people! I am an early stage #physicianscientist & #franciscollinsscholar in the #POB at the #NCI #NIH. My research uses #bioinformatics to integrate multi-#omics (#genomics #epigenetics #fragmentomics and #proteomics) primarily in #cfDNA #liquidbiopsy. Goal is to identify and validate #biomarkers in #rarediseases and #cancerpredispositions (focus on #NF1) with translation to the clinic and preclinical platforms (#pdx). Proponent of #openscience.

  24. Obligatory introductory post to find my people! I am an early stage #physicianscientist & #franciscollinsscholar in the #POB at the #NCI #NIH. My research uses #bioinformatics to integrate multi-#omics (#genomics #epigenetics #fragmentomics and #proteomics) primarily in #cfDNA #liquidbiopsy. Goal is to identify and validate #biomarkers in #rarediseases and #cancerpredispositions (focus on #NF1) with translation to the clinic and preclinical platforms (#pdx). Proponent of #openscience.

  25. Just testing out for the first time so also time for my #introduction. I am a PostDoc working on lung #cancer and #liquidbiopsies and #biomarker development at the MD Anderson Cancer Center. Looking forward to meet new people here and learn how to use that network. Thanks to genomic.social for providing the server. #lcsm #science #cfDNA #NSCLC #SCLC #datascience

  26. Just testing out for the first time so also time for my #introduction. I am a PostDoc working on lung #cancer and #liquidbiopsies and #biomarker development at the MD Anderson Cancer Center. Looking forward to meet new people here and learn how to use that network. Thanks to genomic.social for providing the server. #lcsm #science #cfDNA #NSCLC #SCLC #datascience

  27. Just testing out for the first time so also time for my #introduction. I am a PostDoc working on lung #cancer and #liquidbiopsies and #biomarker development at the MD Anderson Cancer Center. Looking forward to meet new people here and learn how to use that network. Thanks to genomic.social for providing the server. #lcsm #science #cfDNA #NSCLC #SCLC #datascience

  28. #introduction time: I'm a group leader at the Ludwig Institute for #Cancer Research in Oxford. My team work on #epigenetics and #mutation accumulation in the lead up to cancer. Also interested in #cfDNA and early cancer detection in general. #bioinformatics #genomics

  29. #introduction time: I'm a group leader at the Ludwig Institute for #Cancer Research in Oxford. My team work on #epigenetics and #mutation accumulation in the lead up to cancer. Also interested in #cfDNA and early cancer detection in general. #bioinformatics #genomics

  30. #introduction time: I'm a group leader at the Ludwig Institute for #Cancer Research in Oxford. My team work on #epigenetics and #mutation accumulation in the lead up to cancer. Also interested in #cfDNA and early cancer detection in general. #bioinformatics #genomics

  31. #introduction time: I'm a group leader at the Ludwig Institute for #Cancer Research in Oxford. My team work on #epigenetics and #mutation accumulation in the lead up to cancer. Also interested in #cfDNA and early cancer detection in general. #bioinformatics #genomics

  32. #introduction time: I'm a group leader at the Ludwig Institute for #Cancer Research in Oxford. My team work on #epigenetics and #mutation accumulation in the lead up to cancer. Also interested in #cfDNA and early cancer detection in general. #bioinformatics #genomics