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Discussions about the publication frequently highlight how intermittent fasting can directly stimulate liver cell proliferation, with several posts emphasizing the role of signaling molecules like FGF15 and WNT. The tone oscillates between scientific curiosity and acknowledgment of the significance, using words such as 'demonstrates,' 'shows,' and 'indicates,' which underscore the perceived importance of the research. The choice of words suggests that the community sees this study as a meaningful contribution to understanding diet and tissue regeneration, although references to broader applications are limited.
Most discussions express support or positive acknowledgment of the findings, emphasizing the biological mechanism and the significance of diet on liver regeneration.
Posts demonstrate high curiosity, highlighting new insights into diet-induced liver growth and signaling pathways, suggesting active engagement.
Several comments reference specific mechanisms like FGF15 and WNT signaling, indicating some users are delving into the scientific details, but overall interactions seem to share a surface-level understanding.
While the posts recognize the importance of the findings, they largely focus on its scientific novelty rather than broader implications, reflecting moderate perceived impact.
#Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezhX https://t.co/yHGAyLUClZ
Intermittent fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver https://t.co/WyN2a2OZCj @eLifeSciences https://t.co/kIQ2psa9It
The nutrient sensitive Hepatostat- #IntermittentFasting alters the homeostatic regenerative programme in the liver with fundamental implications for the use of murine models to study liver regeneration and cancer @eLife https://t.co/vicZu3o345 https://t.co/7HdptgpDUZ
#IntermittentFasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver We show that a switch from ad libitum feeding to intermittent fasting (IF) promotes rapid hepatocyte proliferation. https://t.co/CL3h8bijvJ https://t.co/u4dW7ljckM
Intermittent fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver https://t.co/4Yoy6VPn7l
Intermittent #fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse #liver https://t.co/YLX1wtzW8L
Intermittent fasting triggers quick hepatocyte growth in mice, helping restore liver size and function. This proliferation is driven by systemic FGF15 and local WNT signals, linking diet to liver cell regulation.
Intermittent fasting triggers quick hepatocyte growth in mice, helping restore liver size and function. This process is driven by systemic FGF15 and local WNT signals, demonstrating diet's role in liver regeneration…
https://t.co/8hQhi3k8cr #prime Sarkar A, ..., Nusse R (Elife) __Intermittent fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver__ https://t.co/vJKQTb3pgw
Intermittent fasting spurs proliferation of liver cells in lab mice, study finds https://t.co/GbtC2CJDLI https://t.co/DNgEtE69g3 https://t.co/kcSFnenArv
RT @OchreBio: The #liver demonstrates amazing metabolic flexibility depending on nutrient availability. Here, intermittent fasting in mice…
The #liver demonstrates amazing metabolic flexibility depending on nutrient availability. Here, intermittent fasting in mice increased hepatocyte proliferation, demonstrating the influence of diet on #liverregeneration capacity. #TeamOchre #liverdisease https://t.co/jQILbztrs5
Després del dejuni, els hepatòcits proliferen per ajudar el fetge a recuperar la seva mida original (ratolins). Mecanisme via FGF15 i WNT https://t.co/LSGkZL9ed5 Sarkar et al., "1r exemple d'influència de la dieta en la proliferació d'hepatòcits adults " https://t.co/tpIGO9oeYL
RT @czbiohub: In the first demonstration of diet-induced liver regeneration, a Biohub & @StanfordMed study shows that #IntermittentFasting…
RT @czbiohub: In the first demonstration of diet-induced liver regeneration, a Biohub & @StanfordMed study shows that #IntermittentFasting…
In the first demonstration of diet-induced liver regeneration, a Biohub & @StanfordMed study shows that #IntermittentFasting spurs rapid liver cell proliferation in mice. Read in @eLife: https://t.co/cDhcK7eDkk 2/5 https://t.co/daBOgOehCw
Intermittent #fasting (IF) induces remodeling in several tissues but its effect on the liver remains unknown—until now. Researchers find that in mice, IF leads to hepatocyte proliferation and that it requires FGF15-β-KLOTHO signaling. @abby_sarkar https://t.co/qrKhdBnOH9 https://t.co/OVEbhSUx3l
RT @DanielJDrucker: The nutrient sensitive Hepatostat- #IntermittentFasting alters the homeostatic regenerative programme in the liver with…
RT @DanielJDrucker: The nutrient sensitive Hepatostat- #IntermittentFasting alters the homeostatic regenerative programme in the liver with…
RT @DanielJDrucker: The nutrient sensitive Hepatostat- #IntermittentFasting alters the homeostatic regenerative programme in the liver with…
https://t.co/S9Up32nps5
The nutrient sensitive Hepatostat- #IntermittentFasting alters the homeostatic regenerative programme in the liver with fundamental implications for the use of murine models to study liver regeneration and cancer @eLife https://t.co/vicZu3o345 https://t.co/7HdptgpDUZ
Intermittent fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver https://t.co/4Yoy6VPn7l
Intermittent #fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse #liver https://t.co/YLX1wtzW8L
Intermittent fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver @eLife https://t.co/g1uQIbFuWN
RT @heniek_htw: #IntermittentFasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver We show that a sw…
RT @RobotRrid: RRIDs were included in the eLife paper "Intermittent fasting induces rapid hepatocyte prol…" (https://t.co/tebA2DBpRO). RRID…
RT @heniek_htw: #IntermittentFasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver We show that a sw…
RRIDs were included in the eLife paper "Intermittent fasting induces rapid hepatocyte prol…" (https://t.co/tebA2DBpRO). RRIDs like this improve reproducibility in scientific research. #OpenScience #STMpublishing
#IntermittentFasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver We show that a switch from ad libitum feeding to intermittent fasting (IF) promotes rapid hepatocyte proliferation. https://t.co/CL3h8bijvJ https://t.co/u4dW7ljckM
RT @agingdoc1: Intermittent fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver https://t.co/WyN2a…
Intermittent fasting induces rapid hepatocyte proliferation to restore the hepatostat in the mouse liver https://t.co/WyN2a2OZCj @eLifeSciences https://t.co/kIQ2psa9It
RT @physorg_com: #Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezh…
RT @physorg_com: #Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezh…
RT @physorg_com: #Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezh…
RT @physorg_com: #Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezh…
RT @physorg_com: #Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezh…
RT @physorg_com: #Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezh…
#Intermittentfasting spurs proliferation of #livercells in lab mice, study finds @sumedicine @elife https://t.co/HDwhQuezhX https://t.co/yHGAyLUClZ