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Discussions highlight key aspects of the research, such as the role of the cell cycle in resistance and the importance of reproducibility, with phrases like 'building on previous research' and 'improved reproducibility' showing a forward-looking tone. Examples like the mention of early S phase cells' ability to resist treatment and the inclusion of RRIDs reflect both technical interest and appreciation for scientific rigor, illustrating a thoughtful engagement with the study's findings.
Most discussions acknowledge the significance of discovering a non-genetic resistance mechanism, supporting the article's conclusions.
Participants show curiosity about specific details like cell cycle phases and RRIDs, indicating moderate interest.
Posts mention implications for research reproducibility and mechanisms involving cell cycle stages, reflecting active engagement.
The focus on advancing understanding of drug resistance and improving therapeutic strategies suggests perceived substantial impact.
Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung adenocarcinoma) that depends on the cell cycle and not genetics https://t.co/JcoAZcwuCq https://t.co/DDZsbxucMB
Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung adenocarcinoma) that depends on the cell cycle and not genetics https://t.co/JcoAZcwuCq https://t.co/gbKYhwz4FD
Lung adenocarcinoma cells in early S phase have a greater ability to maintain proliferative capacity during cisplatin treatment, which correlated with reduced DNA damage over multiple generations: https://t.co/KYRXLnDn7w #LCSM
RT @eLife: Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung…
RT @eLife: Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung…
RT @eLife: Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung…
This supplement discusses a non-genetic mechanism where lung adenocarcinoma cells resist cisplatin based on their cell cycle stage, with early S phase cells recovering better post-treatment by experiencing less DNA…
This video explores how lung adenocarcinoma cells develop resistance to cisplatin through a non-genetic, cell cycle-dependent mechanism. Cells in early S phase recover better after treatment, pointing to new targets to…
This video discusses a newly identified non-genetic mechanism by which lung adenocarcinoma cells resist cisplatin chemotherapy, emphasizing the role of cell cycle stages in drug response. The findings highlight…
Researchers identified a non-genetic mechanism of cisplatin resistance in lung adenocarcinoma, based on the cell cycle stage during treatment. Cells in early S phase are more resistant, highlighting potential strategies…
RT @eLife: Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung…
Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung adenocarcinoma) that depends on the cell cycle and not genetics https://t.co/JcoAZcwuCq https://t.co/gbKYhwz4FD
RT @eLife: Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung…
RT @eLife: Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung…
Building on previous research, Rajal et al. uncover a mechanism for the resistance to platinum chemotherapy in lung cancer (lung adenocarcinoma) that depends on the cell cycle and not genetics https://t.co/JcoAZcwuCq https://t.co/DDZsbxucMB
The authors of "A non-genetic, cell cycle-dependent mechanism of p…" (https://t.co/hAaEIbahg2) included RRIDs in their paper! RRIDs like this improve reproducibility in scientific research. #accelerateopenscience #methodsmatter
RRIDs were included in the eLife paper "A non-genetic, cell cycle-dependent mechanism of p…" (https://t.co/hAaEIbahg2). We appreciate the author's support of reproducibility. #STMpublishing #RRID
RT @NatRevClinOncol: Lung adenocarcinoma cells in early S phase have a greater ability to maintain proliferative capacity during cisplatin…
Lung adenocarcinoma cells in early S phase have a greater ability to maintain proliferative capacity during cisplatin treatment, which correlated with reduced DNA damage over multiple generations: https://t.co/KYRXLnDn7w #LCSM
New article: A non-genetic, cell cycle dependent mechanism of platinum resistance in lung adenocarcinoma https://t.co/wRYsb3Qiws #lungcancer #oncology https://t.co/yBap1otPu9