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#recognizing — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #recognizing, aggregated by home.social.

  1. New @INSSIsrael #polling shows #Israelis are split on #recognizing #Somaliland: most see no #security impact or a positive one, but sharp divides emerge b/t #Jewish & #Arab communities & across political camps.

    saxafimedia.com/inss-survey-is

  2. New @INSSIsrael #polling shows #Israelis are split on #recognizing #Somaliland: most see no #security impact or a positive one, but sharp divides emerge b/t #Jewish & #Arab communities & across political camps.

    saxafimedia.com/inss-survey-is

  3. Within tumors in the human body, there are #immune #cells ( #macrophages ) capable of fighting cancer,
    but they have been unable to perform their roles properly due to suppression by the tumor.

    KAIST researchers have overcome this limitation by developing a new therapeutic approach that directly ⚠️converts immune cells inside tumors into anticancer cell therapies.

    KAIST President Kwang Hyung Lee announced on the 30th that a research team led by Professor Ji-Ho Park of the Department of Bio and Brain Engineering has developed a therapy in which,
    when a drug is injected directly into a tumor, macrophages already present in the body absorb it, produce CAR
    (a #cancer-#recognizing device) proteins on their own...
    and are converted into anticancer immune cells known as "#CAR-#macrophages."

    ❌Solid tumors—such as gastric, lung, and liver cancers—grow as dense masses, making it difficult for immune cells to infiltrate tumors or maintain their function.

    As a result, the effectiveness of existing immune cell therapies has been limited.

    ✅ CAR-macrophages,
    which have recently attracted attention as a next-generation immunotherapy,
    have the advantage of directly engulfing cancer cells while simultaneously activating surrounding immune cells to amplify anticancer responses.

    ⛔️However, conventional CAR-macrophage therapies require immune cells to be extracted from a patient's blood, followed by cell culture and genetic modification.

    This process is time-consuming, costly, and has limited feasibility for
    real-world patient applications.

    To address this challenge, the research team focused on "#tumor-#associated #macrophages" that are already accumulated around tumors.

    ⭐️They developed a strategy to directly reprogram immune cells in the body by loading lipid nanoparticles
    —designed to be readily absorbed by macrophages
    —with both mRNA encoding
    cancer-recognition information
    and an immunostimulant that activates immune responses.

    In other words, in this study,
    CAR-macrophages were created by
    👉"directly converting the body's own macrophages into anticancer cell therapies inside the body."
    news-medical.net/news/20260102

  4. Within tumors in the human body, there are #immune #cells ( #macrophages ) capable of fighting cancer,
    but they have been unable to perform their roles properly due to suppression by the tumor.

    KAIST researchers have overcome this limitation by developing a new therapeutic approach that directly ⚠️converts immune cells inside tumors into anticancer cell therapies.

    KAIST President Kwang Hyung Lee announced on the 30th that a research team led by Professor Ji-Ho Park of the Department of Bio and Brain Engineering has developed a therapy in which,
    when a drug is injected directly into a tumor, macrophages already present in the body absorb it, produce CAR
    (a #cancer-#recognizing device) proteins on their own...
    and are converted into anticancer immune cells known as "#CAR-#macrophages."

    ❌Solid tumors—such as gastric, lung, and liver cancers—grow as dense masses, making it difficult for immune cells to infiltrate tumors or maintain their function.

    As a result, the effectiveness of existing immune cell therapies has been limited.

    ✅ CAR-macrophages,
    which have recently attracted attention as a next-generation immunotherapy,
    have the advantage of directly engulfing cancer cells while simultaneously activating surrounding immune cells to amplify anticancer responses.

    ⛔️However, conventional CAR-macrophage therapies require immune cells to be extracted from a patient's blood, followed by cell culture and genetic modification.

    This process is time-consuming, costly, and has limited feasibility for
    real-world patient applications.

    To address this challenge, the research team focused on "#tumor-#associated #macrophages" that are already accumulated around tumors.

    ⭐️They developed a strategy to directly reprogram immune cells in the body by loading lipid nanoparticles
    —designed to be readily absorbed by macrophages
    —with both mRNA encoding
    cancer-recognition information
    and an immunostimulant that activates immune responses.

    In other words, in this study,
    CAR-macrophages were created by
    👉"directly converting the body's own macrophages into anticancer cell therapies inside the body."
    news-medical.net/news/20260102

  5. Within tumors in the human body, there are #immune #cells ( #macrophages ) capable of fighting cancer,
    but they have been unable to perform their roles properly due to suppression by the tumor.

    KAIST researchers have overcome this limitation by developing a new therapeutic approach that directly ⚠️converts immune cells inside tumors into anticancer cell therapies.

    KAIST President Kwang Hyung Lee announced on the 30th that a research team led by Professor Ji-Ho Park of the Department of Bio and Brain Engineering has developed a therapy in which,
    when a drug is injected directly into a tumor, macrophages already present in the body absorb it, produce CAR
    (a #cancer-#recognizing device) proteins on their own...
    and are converted into anticancer immune cells known as "#CAR-#macrophages."

    ❌Solid tumors—such as gastric, lung, and liver cancers—grow as dense masses, making it difficult for immune cells to infiltrate tumors or maintain their function.

    As a result, the effectiveness of existing immune cell therapies has been limited.

    ✅ CAR-macrophages,
    which have recently attracted attention as a next-generation immunotherapy,
    have the advantage of directly engulfing cancer cells while simultaneously activating surrounding immune cells to amplify anticancer responses.

    ⛔️However, conventional CAR-macrophage therapies require immune cells to be extracted from a patient's blood, followed by cell culture and genetic modification.

    This process is time-consuming, costly, and has limited feasibility for
    real-world patient applications.

    To address this challenge, the research team focused on "#tumor-#associated #macrophages" that are already accumulated around tumors.

    ⭐️They developed a strategy to directly reprogram immune cells in the body by loading lipid nanoparticles
    —designed to be readily absorbed by macrophages
    —with both mRNA encoding
    cancer-recognition information
    and an immunostimulant that activates immune responses.

    In other words, in this study,
    CAR-macrophages were created by
    👉"directly converting the body's own macrophages into anticancer cell therapies inside the body."
    news-medical.net/news/20260102

  6. Within tumors in the human body, there are #immune #cells ( #macrophages ) capable of fighting cancer,
    but they have been unable to perform their roles properly due to suppression by the tumor.

    KAIST researchers have overcome this limitation by developing a new therapeutic approach that directly ⚠️converts immune cells inside tumors into anticancer cell therapies.

    KAIST President Kwang Hyung Lee announced on the 30th that a research team led by Professor Ji-Ho Park of the Department of Bio and Brain Engineering has developed a therapy in which,
    when a drug is injected directly into a tumor, macrophages already present in the body absorb it, produce CAR
    (a #cancer-#recognizing device) proteins on their own...
    and are converted into anticancer immune cells known as "#CAR-#macrophages."

    ❌Solid tumors—such as gastric, lung, and liver cancers—grow as dense masses, making it difficult for immune cells to infiltrate tumors or maintain their function.

    As a result, the effectiveness of existing immune cell therapies has been limited.

    ✅ CAR-macrophages,
    which have recently attracted attention as a next-generation immunotherapy,
    have the advantage of directly engulfing cancer cells while simultaneously activating surrounding immune cells to amplify anticancer responses.

    ⛔️However, conventional CAR-macrophage therapies require immune cells to be extracted from a patient's blood, followed by cell culture and genetic modification.

    This process is time-consuming, costly, and has limited feasibility for
    real-world patient applications.

    To address this challenge, the research team focused on "#tumor-#associated #macrophages" that are already accumulated around tumors.

    ⭐️They developed a strategy to directly reprogram immune cells in the body by loading lipid nanoparticles
    —designed to be readily absorbed by macrophages
    —with both mRNA encoding
    cancer-recognition information
    and an immunostimulant that activates immune responses.

    In other words, in this study,
    CAR-macrophages were created by
    👉"directly converting the body's own macrophages into anticancer cell therapies inside the body."
    news-medical.net/news/20260102

  7. Within tumors in the human body, there are #immune #cells ( #macrophages ) capable of fighting cancer,
    but they have been unable to perform their roles properly due to suppression by the tumor.

    KAIST researchers have overcome this limitation by developing a new therapeutic approach that directly ⚠️converts immune cells inside tumors into anticancer cell therapies.

    KAIST President Kwang Hyung Lee announced on the 30th that a research team led by Professor Ji-Ho Park of the Department of Bio and Brain Engineering has developed a therapy in which,
    when a drug is injected directly into a tumor, macrophages already present in the body absorb it, produce CAR
    (a #cancer-#recognizing device) proteins on their own...
    and are converted into anticancer immune cells known as "#CAR-#macrophages."

    ❌Solid tumors—such as gastric, lung, and liver cancers—grow as dense masses, making it difficult for immune cells to infiltrate tumors or maintain their function.

    As a result, the effectiveness of existing immune cell therapies has been limited.

    ✅ CAR-macrophages,
    which have recently attracted attention as a next-generation immunotherapy,
    have the advantage of directly engulfing cancer cells while simultaneously activating surrounding immune cells to amplify anticancer responses.

    ⛔️However, conventional CAR-macrophage therapies require immune cells to be extracted from a patient's blood, followed by cell culture and genetic modification.

    This process is time-consuming, costly, and has limited feasibility for
    real-world patient applications.

    To address this challenge, the research team focused on "#tumor-#associated #macrophages" that are already accumulated around tumors.

    ⭐️They developed a strategy to directly reprogram immune cells in the body by loading lipid nanoparticles
    —designed to be readily absorbed by macrophages
    —with both mRNA encoding
    cancer-recognition information
    and an immunostimulant that activates immune responses.

    In other words, in this study,
    CAR-macrophages were created by
    👉"directly converting the body's own macrophages into anticancer cell therapies inside the body."
    news-medical.net/news/20260102

  8. @realDonaldTrump says he won’t follow #Israel in #Recognizing #Somaliland — for now. “Everything is under study,” the president said, signaling hesitation despite pressure from @netanyahu & some #MAGA-aligned #Republican #lawmakers.

    saxafimedia.com/trump-says-fol

  9. @realDonaldTrump says he won’t follow #Israel in #Recognizing #Somaliland — for now. “Everything is under study,” the president said, signaling hesitation despite pressure from @netanyahu & some #MAGA-aligned #Republican #lawmakers.

    saxafimedia.com/trump-says-fol

  10. #Recognizing #Somaliland is a swift, impactful win achievable via executive decision within presidential authority. As argued in this article by @haadka, it aligns with a focus on clear narratives & offers stability to the #HornOfAfrica. #ForeignPolicy

    saxafimedia.com/trump-quick-wi

  11. #Recognizing #Somaliland is a swift, impactful win achievable via executive decision within presidential authority. As argued in this article by @haadka, it aligns with a focus on clear narratives & offers stability to the #HornOfAfrica. #ForeignPolicy

    saxafimedia.com/trump-quick-wi

  12. #Recognizing #Somaliland & cutting aid to #Somalia could weaken #AlShabaab & promote regional #Stability, argues @mrubin1971. Somaliland's self-sufficiency should serve as a model for Somalia. Somalia's corruption fuels the terror group. Read more in his latest article.

    saxafimedia.com/somaliland-rec

  13. #Recognizing #Somaliland & cutting aid to #Somalia could weaken #AlShabaab & promote regional #Stability, argues @mrubin1971. Somaliland's self-sufficiency should serve as a model for Somalia. Somalia's corruption fuels the terror group. Read more in his latest article.

    saxafimedia.com/somaliland-rec

  14. The German Firefighters' Association is advocating for the introduction of a dedicated firefighter's pension to recognize the dedication of long-serving personn... news.osna.fm/?p=14528 | #news #firefighter #pension #recognizing #service

  15. The German Firefighters' Association is advocating for the introduction of a dedicated firefighter's pension to recognize the dedication of long-serving personn... news.osna.fm/?p=14528 | #news #firefighter #pension #recognizing #service

  16. The German Firefighters' Association is advocating for the introduction of a dedicated firefighter's pension to recognize the dedication of long-serving personn... news.osna.fm/?p=14528 | #news #firefighter #pension #recognizing #service

  17. The German Firefighters' Association is advocating for the introduction of a dedicated firefighter's pension to recognize the dedication of long-serving personn... news.osna.fm/?p=14528 | #news #firefighter #pension #recognizing #service

  18. The Social Democratic Party (SPD) in Germany is currently developing a proposal for the recognition of a Palestinian state, according to reports from party sour... news.osna.fm/?p=10213 | #news #considers #palestinian #recognizing #spd

  19. The Social Democratic Party (SPD) in Germany is currently developing a proposal for the recognition of a Palestinian state, according to reports from party sour... news.osna.fm/?p=10213 | #news #considers #palestinian #recognizing #spd

  20. The Social Democratic Party (SPD) in Germany is currently developing a proposal for the recognition of a Palestinian state, according to reports from party sour... news.osna.fm/?p=10213 | #news #considers #palestinian #recognizing #spd

  21. @IbraM2035: #Recognizing #Somaliland is a strategic necessity, aligning with #US values & countering adversarial influence in a contested region. A call to action for U.S. leadership to act decisively.

    saxafimedia.com/congressman-pe

  22. @IbraM2035: #Recognizing #Somaliland is a strategic necessity, aligning with #US values & countering adversarial influence in a contested region. A call to action for U.S. leadership to act decisively.

    saxafimedia.com/congressman-pe