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#stjudeon — Public Fediverse posts

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

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  1. Developing new treatments for #ChildhoodCancer requires creative solutions. #StJude #scientists are pushing the boundaries of what is possible by designing compounds that degrade proteins. Read about the #technology and discoveries. bit.ly/3NP9GNs #StJudeON #StJudeResearch

  2. Developing new treatments for #ChildhoodCancer requires creative solutions. #StJude #scientists are pushing the boundaries of what is possible by designing compounds that degrade proteins. Read about the #technology and discoveries. bit.ly/3NP9GNs #StJudeON #StJudeResearch

  3. Developing new treatments for #ChildhoodCancer requires creative solutions. #StJude #scientists are pushing the boundaries of what is possible by designing compounds that degrade proteins. Read about the #technology and discoveries. bit.ly/3NP9GNs #StJudeON #StJudeResearch

  4. Developing new treatments for #ChildhoodCancer requires creative solutions. #StJude #scientists are pushing the boundaries of what is possible by designing compounds that degrade proteins. Read about the #technology and discoveries. bit.ly/3NP9GNs #StJudeON #StJudeResearch

  5. Powerful tools to understand complex biology and @PGTimmune
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    RT @StJudeResearch
    There are many kinds of T cells: CD4+ vs. CD8+, effector vs. memory. But how did researchers figure out what they all do? St. Jude scientists use various methods, including some they created themselves. bit.ly/40tLT8Z @beiyun_liu @PGTimmune
    twitter.com/StJudeResearch/sta

  6. Powerful tools to understand complex biology #TCR #specificity and #diversity @PGTimmune
    ---
    RT @StJudeResearch
    There are many kinds of T cells: CD4+ vs. CD8+, effector vs. memory. But how did researchers figure out what they all do? St. Jude scientists use various methods, including some they created themselves. bit.ly/40tLT8Z @beiyun_liu @PGTimmune #StJudeOn
    twitter.com/StJudeResearch/sta

  7. There are wide varieties of #TCells: CD4+ vs. CD8+, effector vs. memory. As there are countless health threats for our T cells to resist, including #viruses and #cancer, how did #scientists figure out how T cells properly function to protect us? Discover how #StJude #immunologists use various methods, including some they created themselves, to track and analyze T cells and their function better. bit.ly/40tLT8Z #StJudeON #StJudeResearch

  8. There are wide varieties of #TCells: CD4+ vs. CD8+, effector vs. memory. As there are countless health threats for our T cells to resist, including #viruses and #cancer, how did #scientists figure out how T cells properly function to protect us? Discover how #StJude #immunologists use various methods, including some they created themselves, to track and analyze T cells and their function better. bit.ly/40tLT8Z #StJudeON #StJudeResearch

  9. How does a #TCell know that it’s a T cell? How does a T cell know what to do to protect us from #infection and #disease? #Scientists at #StJude are unraveling the complex #biology behind these processes. Read the blog post. bit.ly/3SWhlKb #StJudeON #Immunotherapy #StJudeResearch

  10. How does a #TCell know that it’s a T cell? How does a T cell know what to do to protect us from #infection and #disease? #Scientists at #StJude are unraveling the complex #biology behind these processes. Read the blog post. bit.ly/3SWhlKb #StJudeON #Immunotherapy #StJudeResearch

  11. Scientists at #StJude are studying the many parts of the immune system to better understand how our body protects us from infections and diseases. bit.ly/3KS41o6 #StJudeON #StJudeResearch

  12. Scientists at #StJude are studying the many parts of the immune system to better understand how our body protects us from infections and diseases. bit.ly/3KS41o6 #StJudeON #StJudeResearch

  13. Scientists at #StJude are studying the many parts of the immune system to better understand how our body protects us from infections and diseases. bit.ly/3KS41o6 #StJudeON #StJudeResearch

  14. Scientists at #StJude are studying the many parts of the immune system to better understand how our body protects us from infections and diseases. bit.ly/3KS41o6 #StJudeON #StJudeResearch

  15. Studying genomics means creating #bigdata. Scientists at #StJude have developed many tools and techniques to tackle big to tackle data challenges with cutting-edge visualizations and analysis. Learn more. bit.ly/3EcZUPJ #StJudeON #StJudeResearch #ComputationalBiology

  16. Studying genomics means creating #bigdata. Scientists at #StJude have developed many tools and techniques to tackle big to tackle data challenges with cutting-edge visualizations and analysis. Learn more. bit.ly/3EcZUPJ #StJudeON #StJudeResearch #ComputationalBiology

  17. Studying genomics means creating #bigdata. Scientists at #StJude have developed many tools and techniques to tackle big to tackle data challenges with cutting-edge visualizations and analysis. Learn more. bit.ly/3EcZUPJ #StJudeON #StJudeResearch #ComputationalBiology

  18. Studying genomics means creating #bigdata. Scientists at #StJude have developed many tools and techniques to tackle big to tackle data challenges with cutting-edge visualizations and analysis. Learn more. bit.ly/3EcZUPJ #StJudeON #StJudeResearch #ComputationalBiology

  19. DNA isn't destiny, but genetic predispositions do underlie many cancers. #StJude scientists have gained a nuanced understanding of cancer predisposition and are learning more to help personalize patient therapies. bit.ly/3H1WIqF #StJudeOn #StJudeResearch

  20. DNA isn't destiny, but genetic predispositions do underlie many cancers. #StJude scientists have gained a nuanced understanding of cancer predisposition and are learning more to help personalize patient therapies. bit.ly/3H1WIqF #StJudeOn #StJudeResearch

  21. DNA isn't destiny, but genetic predispositions do underlie many cancers. #StJude scientists have gained a nuanced understanding of cancer predisposition and are learning more to help personalize patient therapies. bit.ly/3H1WIqF #StJudeOn #StJudeResearch

  22. DNA isn't destiny, but genetic predispositions do underlie many cancers. #StJude scientists have gained a nuanced understanding of cancer predisposition and are learning more to help personalize patient therapies. bit.ly/3H1WIqF #StJudeOn #StJudeResearch

  23. Everything has a weakness, including cancer. St. Jude scientists are hunting for the “holy grail” of cancer vulnerabilities. Read how St. Jude is pioneering discoveries in this area. bit.ly/3WdagoI

    #StJudeOn #StJude #StJudeResearch #CancerResearch

  24. Everything has a weakness, including cancer. St. Jude scientists are hunting for the “holy grail” of cancer vulnerabilities. Read how St. Jude is pioneering discoveries in this area. bit.ly/3WdagoI

    #StJudeOn #StJude #StJudeResearch #CancerResearch

  25. Everything has a weakness, including cancer. St. Jude scientists are hunting for the “holy grail” of cancer vulnerabilities. Read how St. Jude is pioneering discoveries in this area. bit.ly/3WdagoI

    #StJudeOn #StJude #StJudeResearch #CancerResearch

  26. Everything has a weakness, including cancer. St. Jude scientists are hunting for the “holy grail” of cancer vulnerabilities. Read how St. Jude is pioneering discoveries in this area. bit.ly/3WdagoI

    #StJudeOn #StJude #StJudeResearch #CancerResearch

  27. Come take a deep dive with us as our new series explores a variety of topics within biomedical research including genetics, T cells, transcription and more. The first in our #StJudeON series: the relationship between #cancer and #genetics.

    From the Pediatric Cancer Genome Project and beyond, #StJude has a long history of genetic discovery. Read about the work of our scientists on the genetics of vulnerabilities, predisposition, molecular groups and data analysis. bit.ly/3ZjdFFc

  28. Come take a deep dive with us as our new series explores a variety of topics within biomedical research including genetics, T cells, transcription and more. The first in our #StJudeON series: the relationship between #cancer and #genetics.

    From the Pediatric Cancer Genome Project and beyond, #StJude has a long history of genetic discovery. Read about the work of our scientists on the genetics of vulnerabilities, predisposition, molecular groups and data analysis. bit.ly/3ZjdFFc

  29. Come take a deep dive with us as our new series explores a variety of topics within biomedical research including genetics, T cells, transcription and more. The first in our #StJudeON series: the relationship between #cancer and #genetics.

    From the Pediatric Cancer Genome Project and beyond, #StJude has a long history of genetic discovery. Read about the work of our scientists on the genetics of vulnerabilities, predisposition, molecular groups and data analysis. bit.ly/3ZjdFFc

  30. Come take a deep dive with us as our new series explores a variety of topics within biomedical research including genetics, T cells, transcription and more. The first in our #StJudeON series: the relationship between #cancer and #genetics.

    From the Pediatric Cancer Genome Project and beyond, #StJude has a long history of genetic discovery. Read about the work of our scientists on the genetics of vulnerabilities, predisposition, molecular groups and data analysis. bit.ly/3ZjdFFc