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#bloodcells — Public Fediverse posts

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

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  1. Vertex Presents New Data on CASGEVY®, Including First European Presentation of Data in Children Ages 5–11, at the European Hematology Association Congress and Announces Additional Global Regulatory Submissions

    – Data from pivotal studies of CASGEVY in children ages 5–11 with s…
    #Europe #EU #adolescentpatients #beta-thalassemia #bloodcells #bloodstemcells #European #redbloodcells #sicklecelldisease #TDT #transfusion #VertexPharmaceuticals #whitebloodcells
    europesays.com/europe/66094/

  2. Normal values for granular eosinophilic leukocytes and causes of their increase/decrease

    Normal values (number of cells per cubic millimeter of blood): 0 - 500.
    The main reasons for the increase in numbers:
    Allergy, Parasitosis.
    Eosinophils make up 0.5-2% of all leukocytes.

    #bloodcells #Eosinophilicleukocytes #Eosinophilsnormalrange #Granularleukocytes

  3. Normal values for granular eosinophilic leukocytes and causes of their increase/decrease

    Normal values (number of cells per cubic millimeter of blood): 0 - 500.
    The main reasons for the increase in numbers:
    Allergy, Parasitosis.
    Eosinophils make up 0.5-2% of all leukocytes.

    #bloodcells #Eosinophilicleukocytes #Eosinophilsnormalrange #Granularleukocytes

  4. 🎉 Breaking news: Cambridge scientists have successfully defied nature by growing blood cells in a petri dish! 🧪 Apparently, playing God is just another day at the office for them. But don't worry, you can still donate to their infinite wisdom and contribute your own blood cells to their collection! 😂🔬
    cam.ac.uk/research/news/new-la #BreakingNews #CambridgeScientists #BloodCells #Innovation #Biotechnology #HackerNews #ngated

  5. 🎉 Breaking news: Cambridge scientists have successfully defied nature by growing blood cells in a petri dish! 🧪 Apparently, playing God is just another day at the office for them. But don't worry, you can still donate to their infinite wisdom and contribute your own blood cells to their collection! 😂🔬
    cam.ac.uk/research/news/new-la #BreakingNews #CambridgeScientists #BloodCells #Innovation #Biotechnology #HackerNews #ngated

  6. 🎉 Breaking news: Cambridge scientists have successfully defied nature by growing blood cells in a petri dish! 🧪 Apparently, playing God is just another day at the office for them. But don't worry, you can still donate to their infinite wisdom and contribute your own blood cells to their collection! 😂🔬
    cam.ac.uk/research/news/new-la #BreakingNews #CambridgeScientists #BloodCells #Innovation #Biotechnology #HackerNews #ngated

  7. 🎉 Breaking news: Cambridge scientists have successfully defied nature by growing blood cells in a petri dish! 🧪 Apparently, playing God is just another day at the office for them. But don't worry, you can still donate to their infinite wisdom and contribute your own blood cells to their collection! 😂🔬
    cam.ac.uk/research/news/new-la #BreakingNews #CambridgeScientists #BloodCells #Innovation #Biotechnology #HackerNews #ngated

  8. We’ve finally found out what makes #urine yellow it comes from #bacteria metabolizing waste from #redbloodcells
    #Bilirubin is orange pigment released by red #bloodcells after they die. Gut microbes use bilirubin reductase to break down bilirubin into colorless urobilinogen, which degrades into yellowish #urobilin, giving urine that infamous hue. While urobilin previously had an association with color of urine, enzyme that starts process producing urobilinogen was unknown.
    arstechnica.com/science/2024/0

  9. We’ve finally found out what makes yellow it comes from metabolizing waste from
    is orange pigment released by red after they die. Gut microbes use bilirubin reductase to break down bilirubin into colorless urobilinogen, which degrades into yellowish , giving urine that infamous hue. While urobilin previously had an association with color of urine, enzyme that starts process producing urobilinogen was unknown.
    arstechnica.com/science/2024/0

  10. We’ve finally found out what makes #urine yellow it comes from #bacteria metabolizing waste from #redbloodcells
    #Bilirubin is orange pigment released by red #bloodcells after they die. Gut microbes use bilirubin reductase to break down bilirubin into colorless urobilinogen, which degrades into yellowish #urobilin, giving urine that infamous hue. While urobilin previously had an association with color of urine, enzyme that starts process producing urobilinogen was unknown.
    arstechnica.com/science/2024/0

  11. We’ve finally found out what makes #urine yellow it comes from #bacteria metabolizing waste from #redbloodcells
    #Bilirubin is orange pigment released by red #bloodcells after they die. Gut microbes use bilirubin reductase to break down bilirubin into colorless urobilinogen, which degrades into yellowish #urobilin, giving urine that infamous hue. While urobilin previously had an association with color of urine, enzyme that starts process producing urobilinogen was unknown.
    arstechnica.com/science/2024/0

  12. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  13. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  14. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  15. Researchers identified a predictive #biomarker for the seriousness of a #COVID19 infection. They used a method from image-based flow #cytometry that permits the rapid analysis of interactions between large numbers of #bloodcells: go.tum.de/696303

    #platelets

    📷iStock/iLexx

  16. I am posting my linocut print ‘Blood, sweat and tears’ for the #WaterDocsARTivism challenge for the theme ‘Water is Life: Interconnection’. Printed from 8 hand-carved blocks it shows blood cells racing through an artery, a cross-section of our skin with a sweat gland, an eye with a tear & a section of ocean seawater.

    🧵 1/n

    #linocut #printmaking #sciart #climateScience #water #saltWater #freshWater #bloodCells #sweat #teats #anatomy #science #MastoArt

  17. I am posting my linocut print ‘Blood, sweat and tears’ for the #WaterDocsARTivism challenge for the theme ‘Water is Life: Interconnection’. Printed from 8 hand-carved blocks it shows blood cells racing through an artery, a cross-section of our skin with a sweat gland, an eye with a tear & a section of ocean seawater.

    🧵 1/n

    #linocut #printmaking #sciart #climateScience #water #saltWater #freshWater #bloodCells #sweat #teats #anatomy #science #MastoArt

  18. I am posting my linocut print ‘Blood, sweat and tears’ for the #WaterDocsARTivism challenge for the theme ‘Water is Life: Interconnection’. Printed from 8 hand-carved blocks it shows blood cells racing through an artery, a cross-section of our skin with a sweat gland, an eye with a tear & a section of ocean seawater.

    🧵 1/n

    #linocut #printmaking #sciart #climateScience #water #saltWater #freshWater #bloodCells #sweat #teats #anatomy #science #MastoArt

  19. I am posting my linocut print ‘Blood, sweat and tears’ for the #WaterDocsARTivism challenge for the theme ‘Water is Life: Interconnection’. Printed from 8 hand-carved blocks it shows blood cells racing through an artery, a cross-section of our skin with a sweat gland, an eye with a tear & a section of ocean seawater.

    🧵 1/n

    #linocut #printmaking #sciart #climateScience #water #saltWater #freshWater #bloodCells #sweat #teats #anatomy #science #MastoArt

  20. I made this #linocut a couple of years ago for the #printersolstice prompt "Blood, Sweat and Tears" about how we as people reflect our origines in the ocean. I thought I would share it today for #WorldWaterDay to stress that we are nothing without clean water, as we are literally mostly water ourselves.

    #linocut #printmaking #sciart #anatomy #bloodsweatandtears #bloodcells #sweatgland #tear #eye #seawater #saltwater #evolution #cleanWater

  21. I made this #linocut a couple of years ago for the #printersolstice prompt "Blood, Sweat and Tears" about how we as people reflect our origines in the ocean. I thought I would share it today for #WorldWaterDay to stress that we are nothing without clean water, as we are literally mostly water ourselves.

    #linocut #printmaking #sciart #anatomy #bloodsweatandtears #bloodcells #sweatgland #tear #eye #seawater #saltwater #evolution #cleanWater

  22. I made this #linocut a couple of years ago for the #printersolstice prompt "Blood, Sweat and Tears" about how we as people reflect our origines in the ocean. I thought I would share it today for #WorldWaterDay to stress that we are nothing without clean water, as we are literally mostly water ourselves.

    #linocut #printmaking #sciart #anatomy #bloodsweatandtears #bloodcells #sweatgland #tear #eye #seawater #saltwater #evolution #cleanWater

  23. I made this #linocut a couple of years ago for the #printersolstice prompt "Blood, Sweat and Tears" about how we as people reflect our origines in the ocean. I thought I would share it today for #WorldWaterDay to stress that we are nothing without clean water, as we are literally mostly water ourselves.

    #linocut #printmaking #sciart #anatomy #bloodsweatandtears #bloodcells #sweatgland #tear #eye #seawater #saltwater #evolution #cleanWater

  24. What we can learn from blood cell chit-chat – Watch Prof. Oliver Hayden's TEDxTUM talk: go.tum.de/846903

    #thrombosis #bloodcells

  25. What we can learn from blood cell chit-chat – Watch Prof. Oliver Hayden's TEDxTUM talk: go.tum.de/846903

    #thrombosis #bloodcells

  26. RXR, The Cell Protein That Keeps Blood Stem Cells Young & Fit:
    Researchers have shown that the retinoid and unsaturated fatty acid sensor RXR is a key protein in the maintenance of a balanced production of the different types of blood cells

    sciencedaily.com/releases/2022

    #molecularbiology #stemcells #bloodcells #scientificresearch

  27. RXR, The Cell Protein That Keeps Blood Stem Cells Young & Fit:
    Researchers have shown that the retinoid and unsaturated fatty acid sensor RXR is a key protein in the maintenance of a balanced production of the different types of blood cells

    sciencedaily.com/releases/2022

    #molecularbiology #stemcells #bloodcells #scientificresearch

  28. @jz
    That's just the second step the third is #droneBombing real journalists. The forth is #journalists beings killed by internetCutoff. Fifth is journlist gene removal therapy. Sixth is changing the shape of #bloodCells so no one has the energy to investigate #power. Seventh is program people to be more like robots. That's as far as