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Several posts praise the research for its potential to revolutionize immune therapies, with phrases like 'game changer' and 'robust concept,' and mention detailed experimental references, demonstrating both enthusiasm and a deep understanding of the topic.
Most discussions emphasize the positive effects of platelet vesicles and mitochondrial transfer, indicating strong support for the study's findings.
Posts highlight various applications, methods, and implications, reflecting high curiosity and engagement with the topic.
Many comments reference multiple related papers, share experimental results, and discuss potential therapies, showing deep involvement.
The widespread praise for mitochondrial transplantation and its potential to reverse aging or treat diseases underscores perceived high impact.
Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength of an immune system weakened by age or mitochondrial mutation. https://t.co/8tFHo99lFj https://t.co/OzxkOqb3X2 @MitoPsychoBio @Madam_Mito @ChrisPalmerMD
@ImmunoFever @dysclinic @MitoPsychoBio @BrestoffLab @vijayiyer312 @rjhomer57 @susan_mecfs Let us humbly suggest our papers from last year (in-vivo tests and in-vitro tests, read them together...) https://t.co/8tFHo99lFj https://t.co/5KcrTpwjdv In essence, we showed that blood mitochondrial from young mice, transplanted in massive amounts into elderly mice with sepsis
Platelet extracellular vesicles and their mitochondrial content improve the mitochondrial bioenergetics of cellular immune recipients. (2023) Transfusion https://t.co/6YdXHizkkH
@agingdoc1 Congratulations to @CoCo_Headley and team We recently found the same effect in other types of immune cells + rescue of aged mice from Sepsis and H1N1. This is a very robust concept! "Platelet extracellular vesicles and their mitochondrial content improve the mitochondrial
Researchers at the @crchuqc characterized #mitochondrial functions in platelet-derived #extracellularvesicles, and examined whether they could impact the #bioenergetics of cellular immune recipients using an extracellular flux analyzer to measure... https://t.co/hpKuBVWLrh
@stanete @Madam_Mito @paulg Here's our 3 publications on the topic (2 just published last week) Transfusion: https://t.co/OzxkOqb3X2 BioRxiv (should be read with Transfusion paper): https://t.co/ziOG1VSOOd Alzheimer's results from last year: https://t.co/jLjHJdt1IG Google "mitochondrial
Professor Vinit Mahajan from Stanford discusses age reversal through mitochondrial transplantation and how platelet-derived vesicles containing mitochondria enhance immune cell bioenergetics.
Professor Vinit Mahajan and Tom Benson explore age reversal via mitochondrial transplantation and its impact on immune cell bioenergetics, highlighting the role of platelet-derived vesicles containing functional…
@AndrewG76201347 eg. Platelet extracellular vesicles and their mitochondrial content improve the mitochondrial bioenergetics of cellular immune recipients https://t.co/MBmyu1JL1L https://t.co/zZMtiWhyi1
@Sabrina_Poirier @sunsopeningband The mitochondria can be from someone else (eg. platelet donation) to change immune response. Platelet extracellular vesicles and their mitochondrial content improve the mitochondrial bioenergetics of cellular immune recipients https://t.co/MBmyu1KiRj https://t.co/zZMtiWi67z
RT @hernangraffe: https://t.co/5QQoTmYqLS
https://t.co/5QQoTmYqLS
RT @PathfinderEq: @ImmunoFever @dysclinic @MitoPsychoBio @BrestoffLab @vijayiyer312 @rjhomer57 @susan_mecfs Let us humbly suggest our paper…
RT @PathfinderEq: @ImmunoFever @dysclinic @MitoPsychoBio @BrestoffLab @vijayiyer312 @rjhomer57 @susan_mecfs Let us humbly suggest our paper…
@ImmunoFever @dysclinic @MitoPsychoBio @BrestoffLab @vijayiyer312 @rjhomer57 @susan_mecfs Let us humbly suggest our papers from last year (in-vivo tests and in-vitro tests, read them together...) https://t.co/8tFHo99lFj https://t.co/5KcrTpwjdv In essence, we showed that blood mitochondrial from young mice, transplanted in massive amounts into elderly mice with sepsis
https://t.co/3AgCL6AZ18
AGE REVERSAL Through Replacing MITOCHONDRIA https://t.co/WjmJU2cHcP via @YouTube
https://t.co/6SQBsbQMWq In mice but…
https://t.co/ju73o3kNvh
https://t.co/LpDBVQcw4m
RT @wdmorgan2: AGE REVERSAL Through Replacing MITOCHONDRIA https://t.co/HnzC7PC2qW
AGE REVERSAL Through Replacing MITOCHONDRIA https://t.co/HnzC7PC2qW
AGE REVERSAL Through Replacing MITOCHONDRIA https://t.co/0JdPg4ERlj via @YouTube
AGE REVERSAL Through Replacing MITOCHONDRIA https://t.co/ZxiI9l1P66 via @YouTube
AGE REVERSAL Through Replacing MITOCHONDRIA https://t.co/YCOaOgH8dD via @YouTube
@agingdoc1 Congratulations to @CoCo_Headley and team We recently found the same effect in other types of immune cells + rescue of aged mice from Sepsis and H1N1. This is a very robust concept! "Platelet extracellular vesicles and their mitochondrial content improve the mitochondrial
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
@stanete @Madam_Mito @paulg Here's our 3 publications on the topic (2 just published last week) Transfusion: https://t.co/OzxkOqb3X2 BioRxiv (should be read with Transfusion paper): https://t.co/ziOG1VSOOd Alzheimer's results from last year: https://t.co/jLjHJdt1IG Google "mitochondrial
Un nouvel article du Dr. Martin Pelletier et du Dr. Eric Boilard éclaire certains des mécanismes fascinants des mitlets, des vésicules extracellulaires sécrétées par les plaquettes et transportant des mitochondries !
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
RT @PathfinderEq: Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength o…
Proud to announce 2 new papers from Mitrix, describing the use of mitochondrial transplantation to restore the strength of an immune system weakened by age or mitochondrial mutation. https://t.co/8tFHo99lFj https://t.co/OzxkOqb3X2 @MitoPsychoBio @Madam_Mito @ChrisPalmerMD
Platelet extracellular vesicles and their mitochondrial content significantly improve survival and cytokine levels when transfused into mice with sepsis or H1N1 infections https://www.biorxiv.org/content/10.1101/2023.09.08.556161v1
Platelet extracellular vesicles and their mitochondrial content significantly improve survival and cytokine levels when transfused into mice with sepsis or H1N1 infections https://www.biorxiv.org/content/10.1101/2023.09.08.556161v1
Researchers at the @crchuqc characterized #mitochondrial functions in platelet-derived #extracellularvesicles, and examined whether they could impact the #bioenergetics of cellular immune recipients using an extracellular flux analyzer to measure... https://t.co/hpKuBVWLrh
@Ketogenic_EU @catsocialintel @cure_mito @PutrinoLab The roadblock is the same for anybody in the entire biotech industry. Almost total collapse of funding for 18 months. Good companies developing lifesaving treatments unable to continue at all By the way, just published a new paper: https://t.co/OzxkOqb3X2 A bit on the
Platelet extracellular vesicles and their mitochondrial content improve the mitochondrial bioenergetics of cellular immune recipients. (2023) Transfusion https://t.co/6YdXHizkkH
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