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This collection of discussions strongly supports the research's promising findings, with enthusiastic remarks such as 'transformative research' and 'potential therapeutic avenue,' suggesting widespread excitement about the implications. People reference the substantial increases in regeneration in LVAD patients, the possible shift in treatment paradigms, and the collaborative nature of the work, showing both deep engagement and recognition of high-impact potential.
Most discussions express strong support, emphasizing the potential of heart regeneration therapies, with phrases like 'promising new avenues' and 'transformative research'.
The posts highlight high engagement with terms like 'excited', 'thrilled', and references to new findings, indicating strong interest.
Participants reference specific mechanisms and future implications, showing thoughtful engagement, although some comments are more about sharing rather than deep analysis.
Multiple comments underscore the possible revolutionary impact on heart failure treatment and the significant boost in cardiomyocyte regeneration, emphasizing high perceived impact.
Excited to share the latest collaboration spearheaded by @oibergmann @FrisenJonas @StavrosDrakos this work started with our Leducq consortium 6 years ago showing that LVAD responders have a higher rate of new myocytes formation. https://t.co/pjNcPtRyzy
Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjonas @Joseph_Taleb @SJovinge @ThirupuraShank1 @CPKyriakopoulos @mandra @oibergmann https://t.co/U2RQhzLSTo https://t.co/XQrllMZINz
Mechanical unloading unlocks latent regenerative potential. Cardiomyocyte renewal is boosted in LVAD responders. Great Leducq collaboration! @FrisenJonas @StavrosDrakos @heshamasadek https://t.co/z64hz23e3l https://t.co/sHetWE2dl5
Thrilled to share our study in Circulation! https://t.co/hmUIrjgnGG Led by @oibergmann, we found a >6-fold boost in cardiac regeneration in LVAD responders vs healthy hearts. Honored to be part of this transformative research. @UofUCV @UCSDCardiology
Turning nuclear fallout into heart-healing insights.
A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease Our findings reveal a substantial cardiomyocyte regeneration potential in human heart disease, which could be exploited therapeutically. https://t.co/bSRAkZ7GhS https://t.co/tGW72ZMCor
Cardiomyocytes in adult human hearts have a low regeneration rate of about 0.5% per year, raising questions about their role in heart failure recovery. Patients with advanced heart failure showed dramatically reduced…
Researchers discovered that patients with artificial hearts can regenerate cardiac muscle tissue at six times the rate of healthy hearts, suggesting potential treatments for heart failure. This regeneration is linked to…
@dylanschuddinh @wolf_pants @thltd_ It can under very limited circumstances. https://t.co/IHzLZuRCbL
A new study shows that #heart muscle #regeneration occurred in approximately 25% of #LVAD patients. These results open promising new avenues for treating heart failure, which causes 14% of annual deaths in the US. https://t.co/Qj3TBbOdVc https://t.co/gxDCTRWtY5
Cardiomyocyte regeneration in heart failure is minimal, but significantly boosts with left ventricular assist device therapy, showcasing therapeutic potential. by Derks W, Rode J (...) Bergmann O et 23 al. in Circulation https://t.co/oO6Z3F1nkA #MedX #MedResearch
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
New research co-authored by Sarver Heart Center Director, Hesham Sadek, MD, PhD, reveals that 25% of artificial heart patients regenerate heart muscle after a heart attack. These findings could transform heart failure treatment. Learn more: https://t.co/R3myX9N9un #HeartResearch
RT @oibergmann: Mechanical unloading unlocks latent regenerative potential. Cardiomyocyte renewal is boosted in LVAD responders. Great Ledu…
なんと ”終末期心不全患者で左心室サポートデバイス療法（Left Ventricular Assist Device, LVAD）を受けている患者は、健康な心臓と比較して心筋細胞の再生が6倍以上増加しました 成人の心臓の心筋細胞は、年間再生率が≈0.5%で再生能力を示す“ https://t.co/gxNY0zybmZ 年間3%に及ぶ回復力⁉️
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease Our findings reveal a substantial cardiomyocyte regeneration potential in human heart disease, which could be exploited therapeutically. https://t.co/bSRAkZ7GhS https://t.co/tGW72ZMCor
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
RT @CircAHA: Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjona…
Patients with LVAD demonstrate substantial cardiomyocyte regeneration, highlighting a potential therapeutic avenue @frisenjonas @Joseph_Taleb @SJovinge @ThirupuraShank1 @CPKyriakopoulos @mandra @oibergmann https://t.co/U2RQhzLSTo https://t.co/XQrllMZINz
A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease https://t.co/N31pzPcF7W
New Pub Alert from @UtahCGM! A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease https://t.co/kDkueezAXx
RT @heshamasadek: Excited to share the latest collaboration spearheaded by @oibergmann @FrisenJonas @StavrosDrakos this work started with o…
A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease www.ahajournals.org/doi/epdf/10....
RT @Joseph_Taleb: Thrilled to share our study in Circulation! https://t.co/hmUIrjgnGG Led by @oibergmann, we found a >6-fold boost in cardi…
RT @heshamasadek: Excited to share the latest collaboration spearheaded by @oibergmann @FrisenJonas @StavrosDrakos this work started with o…
Researchers found that a damaged #heart's ability to #generate new #muscle cells is up to six times greater than that of a healthy heart. But the mechanism behind the effect is still unknown and there isn’t yet any hypothesis to explain it. https://t.co/Q6gsBL5fKZ https://t.co/Ly9gxFQph9
RT @fabianrost84: Turning nuclear fallout into heart-healing insights.
Turning nuclear fallout into heart-healing insights.
Link to publication: https://t.co/rOYRHVJbIj
RT @Joseph_Taleb: Thrilled to share our study in Circulation! https://t.co/hmUIrjgnGG Led by @oibergmann, we found a >6-fold boost in cardi…
RT @heshamasadek: Excited to share the latest collaboration spearheaded by @oibergmann @FrisenJonas @StavrosDrakos this work started with o…
RT @oibergmann: Mechanical unloading unlocks latent regenerative potential. Cardiomyocyte renewal is boosted in LVAD responders. Great Ledu…
RT @heshamasadek: Excited to share the latest collaboration spearheaded by @oibergmann @FrisenJonas @StavrosDrakos this work started with o…
Thrilled to share our study in Circulation! https://t.co/hmUIrjgnGG Led by @oibergmann, we found a >6-fold boost in cardiac regeneration in LVAD responders vs healthy hearts. Honored to be part of this transformative research. @UofUCV @UCSDCardiology
RT @oibergmann: Mechanical unloading unlocks latent regenerative potential. Cardiomyocyte renewal is boosted in LVAD responders. Great Ledu…
RT @heshamasadek: Excited to share the latest collaboration spearheaded by @oibergmann @FrisenJonas @StavrosDrakos this work started with o…
RT @oibergmann: Mechanical unloading unlocks latent regenerative potential. Cardiomyocyte renewal is boosted in LVAD responders. Great Ledu…
Mechanical unloading unlocks latent regenerative potential. Cardiomyocyte renewal is boosted in LVAD responders. Great Leducq collaboration! @FrisenJonas @StavrosDrakos @heshamasadek https://t.co/z64hz23e3l https://t.co/sHetWE2dl5
Excited to share the latest collaboration spearheaded by @oibergmann @FrisenJonas @StavrosDrakos this work started with our Leducq consortium 6 years ago showing that LVAD responders have a higher rate of new myocytes formation. https://t.co/pjNcPtRyzy
New 3i Investigator Article Alert!! A latent cardiomyocyte regeneration potential in human heart disease https://t.co/LluZ5snNUd
Can the heart heal itself? New study says it can. University of Arizona Health Sciences. Journal: Circulation; DOI: 10.1161/CIRCULATIONAHA.123.067156 ...
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... 10.1161/CIRCULATIONAHA.123.067156) ніж у здорових серцях, їм потрібна допомога для повного відновлення. Нові технології, такі як здатність ...
doi:10.1161/CIRCULATIONAHA.123.067156 #Saludybienestar #Microbiologia #Biotecnologia #Biotecnología #Bioanalistas #Farmacia #farmaceuticos ...
doi:10.1161/CIRCULATIONAHA.123.067156 #Saludybienestar #Microbiologia #Biotecnologia #Biotecnología #Bioanalistas #Farmacia #farmaceuticos ...
doi:10.1161/CIRCULATIONAHA.123.067156 #Saludybienestar #Microbiologia #Biotecnologia #Biotecnología #Bioanalistas #Farmacia #farmaceuticos ...
... 10.1161/CIRCULATIONAHA.123.067156 #Saludybienestar #Microbiologia #Biotecnologia #Biotecnología #Bioanalistas #Farmacia #farmaceuticos ...
doi:10.1161/CIRCULATIONAHA.123.067156 #Saludybienestar #Microbiologia #Biotecnologia #Biotecnología #Bioanalistas #Farmacia #farmaceuticos ...
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Source: Circulation 21 Nov, 2024 DOI: 10.1161/CIRCULATIONAHA.123.067156 A latent cardiomyocyte regeneration potential in human heart disease.
... https://www.ahajournals. org/doi/10.1161/CIRCULATIONAHA.123.067156 https://hura7.com/?p=43633. Charbel Abi Khalil님 ·
Estudio publicado en Circulation y consultado on line en https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.123.067156 el 5 de diciembre de ...
org/doi/epdf/10.1161/CIRCULATIONAHA.123.067156 #myocardialrecovery #heartfailure #cardiomyocyte. No photo description available.
... 10.1161/CIRCULATIONAHA.123.067156). Diese Erkenntnisse könnten den Studienautoren helfen, in künftigen translationalen Untersuchungen ...
doi:10.1161/CIRCULATIONAHA.123.067156 #Saludybienestar #Microbiologia #Biotecnologia #Biotecnología #Bioanalistas #Farmacia #farmaceuticos ...
... https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.123.067156 · epired. • 1 yıl önce. Daha da fazla egzersiz yapmak için bir neden ...
... in the journal Circulation: https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.123.067156 · epired. • 1y ago. The more reason to exercise ...
A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease. Circulation, 2024; DOI: 10.1161/CIRCULATIONAHA.123.067156. Picks for you.
A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease. Circulation. doi.org/10.1161/circulationaha.123.067156. Currently rated ...
10.1161/CIRCULATIONAHA.123.067156. Method of Research. Randomized controlled/clinical trial. Subject of Research. Human tissue samples. Article ...
A Latent Cardiomyocyte Regeneration Potential in Human Heart Disease. Circulation, 2024; DOI: 10.1161/CIRCULATIONAHA.123.067156. Cite This Page:.
DOI: 10.1161/CIRCULATIONAHA.123.067156. Bilder. Die Abbildung zeigt isolierte humane Herzmuskelzellen (rot) mit einem oder zwei Zellkernen ...
org/doi/10.1161/CIRCULATIONAHA. 123.067156. ahajournals.org. A Latent Cardiomyocyte Regeneration Potential in Human. 10 mos. Profile photo of ...
... 10.1161/CIRCULATIONAHA.123.067156. Community Info Section. r/STEW_ScTecEngWorld. Join. STEWorld. r/STEW_ScTecEngWorld (Title: STEWorld) is an ...
Circulation, 2024 DOI: 10.1161/CIRCULATIONAHA.123.067156. Cite This Page: MLA; APA; Chicago. Karolinska Institutet. "The human heart may have ...
... 10.1161/CIRCULATIONAHA.123.067156. Journal. Circulation. DOI. 10.1161/CIRCULATIONAHA.123.067156. Method of Research. Experimental study. Subject ...
doi.org/10.1161/CIRCULATIONAHA.123.067156. Currently rated 4.5 by 2 people. Posted in: Medical Science News | Medical Research News | Medical ...
doi:10.1161/CIRCULATIONAHA.123.067156 #Saludybienestar #Microbiologia #Biotecnologia #Biotecnología #Bioanalistas #Farmacia #farmaceuticos ...
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