Great work from my friend Yuval, yet again!
Our very own Yuval Dor
A great new study from Yuval Dor et al, showing a novel methodology for detecting human cardiomyocytes' turnover by cfDNA. Congratulations UV https://t.co/W8HHoLaked
The very important work of Hebrew U's Prof. Yuval Dor with his colleagues, Dr. Ruth Shemer & Hadassah Prof. Ben Glazer, on detecting cardiac cell death has been published by https://t.co/cWxccmWjut. Read more about this incredible success here >&
RT @yissumhuji: The very important work of Hebrew University's Prof. Yuval Dor, and his distinguished colleagues from Hadassah, Prof. Ben G…
The very important work of Hebrew University's Prof. Yuval Dor, and his distinguished colleagues from Hadassah, Prof. Ben Glazer, and Dr. Ruth Shemer on detecting cardiac cell death has been published by https://t.co/cWxccmWjut. Full article here >>
The very important work of Hebrew University's Prof. Yuval Dor, and his distinguished colleagues from Hadassah, Prof. Ben Glazer, and Dr. Ruth Shemer on detecting cardiac cell death has been published by https://t.co/cWxccmWjut. Full article here >>
The very important work of Hebrew University's Prof. Yuval Dor, and his distinguished colleagues, Dr. Ruth Shemer, and Hadassah Prof. Ben Glazer on detecting cardiac cell death has been published by https://t.co/cWxccmWjut. Read more >> https://t.c
The work on detecting cardiac cell death by Hebrew U's Prof. Yuval Dor & his colleagues, Dr. Ruth Shemer & Hadassah Prof. Ben Glazer, has been published by @NatureComms. It is an example of the important research and technologies that Yissum repr
Hebrew University's Prof. Yuval Dor, & his distinguished colleagues from Hadassah, Prof. Ben Glazer, & Dr. Ruth Shemer on detecting cardiac cell death has been published by https://t.co/cWxccmWjut. Just 1 of the many research & technologies tha
RT @djvreeman: No doubt that we’re going to need more circulating cell free DNA @LOINC terms in the future! https://t.co/q9pchpuBg1
RT @djvreeman: No doubt that we’re going to need more circulating cell free DNA @LOINC terms in the future! https://t.co/q9pchpuBg1
RT @nresearchnews: A method for the non-invasive and cell-specific detection of cardiomyocyte (cardiac muscle cell) death is presented in @…
Really innovative new method shown in @NatureComms on Cell specific detection of cardiomyocyte death. I wonder how they came up with the idea. Very impressive! https://t.co/jdKPtJiH7y
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
No doubt that we’re going to need more circulating cell free DNA @LOINC terms in the future! https://t.co/q9pchpuBg1
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
Non-invasive detection of human cardiomyocyte death using methylation patterns of circulating DNA > https://t.co/0LHJYcPa7N https://t.co/zoFpYlYvOH
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
Who thinks cell free DNA of renal origin would be elevated in #AKI? https://t.co/AfbaRbXuOO
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
RT @NIHDirector: #NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies…
#NIH-funded researchers developed biomarkers that could help doctors diagnose and monitor a variety of cardiac pathologies by measuring free DNA of cardiac origin in peripheral blood. https://t.co/kP2G9aysgS
RT @benbfly: This is very cool! Non-invasive detection of cardiomyocyte death in myocardial infection and sepsis patients, using DNA methyl…
This is very cool! Non-invasive detection of cardiomyocyte death in myocardial infection and sepsis patients, using DNA methylation markers from cell-free DNA https://t.co/PdQ9IOs6Mo https://t.co/qybLbmZmum
Yuval Dor and colleaugues have developed a non-invasive way to detect cardiac cell death. A method for the non-invasive and cell-specific detection of cardiomyocyte (cardiac muscle cell) death is presented in Nature Communications this week. The method...
Non-invasive detection of human cardiomyocyte death using methylation patterns of circulating DNA https://t.co/Apg7BKzlWF