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Multiple posts highlight the article's focus on a faster, safer NMR T1 estimation method, with phrases like 'step-by-step guide' and 'new NMR technique' demonstrating active engagement. The tone is generally positive, emphasizing the innovation's potential to improve efficiency in organic synthesis and chemical analysis, which reflects a high level of technical interest and acknowledgment of its practical significance.
Most posts express positive recognition of the article, with some referencing its relevance to NMR techniques and scholarly communication, indicating general agreement on its utility and significance.
Posts show high curiosity and relevance, especially with mentions of new techniques like FLIPS and the importance of rapid T1 estimation in organic chemistry, stimulating interest among practitioners and researchers.
Discussions delve into technical aspects such as the method's speed, safety, and practical application, reflecting deep engagement with the research and its implications.
While some posts suggest the technique could influence future research or industry practices, most view it as an important but specific advance, indicating moderate perceived impact.
Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide to a new NMR technique: FLIPS (Faster Longitudinal relaxation Investigated by Progressive Saturation! @JOC_OL ACS Editor's Choice
Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
. @JOC_OL (open, ACS Editors' Choice) Rapid Estimation of T1 for Quantitative NMR, Ran Wei, Claire L. Dickson, Dušan Uhrín, Guy C. Lloyd-Jones* @LloydJonesLab @EdinburghChem https://t.co/41ffa2b5xu #NMRchat #NMR #qNMR
@NMRspectroscopy We're mainly using NMR as routine spectroscopy when performing organic synthesis. However, when needing quantitative NMR, that's how we do it. I recommend the following paper from @LloydJonesLab https://t.co/XdYdbZnVTK
We are pleased to share our Top 3 most-read #OL & #JOC articles from the past month. Please have a look at what others are reading
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
This video provides a step-by-step guide on using TopSpin 365 to measure T1 values with a rapid method. Accurate T1 estimation enhances NMR analysis efficiency and reliability for organic compound purity measurement.
RT @Maxime_R_Vitale: @NMRspectroscopy We're mainly using NMR as routine spectroscopy when performing organic synthesis. However, when needi…
RT @Maxime_R_Vitale: @NMRspectroscopy We're mainly using NMR as routine spectroscopy when performing organic synthesis. However, when needi…
RT @Maxime_R_Vitale: @NMRspectroscopy We're mainly using NMR as routine spectroscopy when performing organic synthesis. However, when needi…
@NMRspectroscopy We're mainly using NMR as routine spectroscopy when performing organic synthesis. However, when needing quantitative NMR, that's how we do it. I recommend the following paper from @LloydJonesLab https://t.co/XdYdbZnVTK
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
RT @JOC_OL: Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
@JOC_OL Get access rather than a paywall: https://t.co/9jjgPJzoJH Add https://t.co/SXSePSX5De to the DOI URL when sharing articles to promote scholarly communication
Celebrating our three most-read @JOC_OL articles in 2021. Check them out to see what everyone thought was interesting.
We are pleased to share our Top 3 most-read #OL & #JOC articles from the past month. Please have a look at what others are reading
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
Rapid Estimation of T1 for Quantitative NMR https://t.co/qcKh8T2wdw
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
RT @LloydJonesLab: Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide…
Looking for a fast and safe landing to the T1s of your NMR samples? Check out our latest paper with a step by step guide to a new NMR technique: FLIPS (Faster Longitudinal relaxation Investigated by Progressive Saturation! @JOC_OL ACS Editor's Choice
RT @nmr900: . @JOC_OL (open, ACS Editors' Choice) Rapid Estimation of T1 for Quantitative NMR, Ran Wei, Claire L. Dickson, Dušan Uhrín, Guy…
RT @nmr900: . @JOC_OL (open, ACS Editors' Choice) Rapid Estimation of T1 for Quantitative NMR, Ran Wei, Claire L. Dickson, Dušan Uhrín, Guy…
. @JOC_OL (open, ACS Editors' Choice) Rapid Estimation of T1 for Quantitative NMR, Ran Wei, Claire L. Dickson, Dušan Uhrín, Guy C. Lloyd-Jones* @LloydJonesLab @EdinburghChem https://t.co/41ffa2b5xu #NMRchat #NMR #qNMR
"Rapid Estimation of T1 for Quantitative NMR" See https://t.co/t6NynV8QfM
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