Top Tweets for #TFAP4

4 months ago

🚀From Bench to Paper | A recent paper in #Nature investigated hallmarks of #senescence in human brain cell lines. It was found that #TFAP4, a key senescence-associated transcriptional regulators (#SATR), can modulate senescence phenotype cell-type-dependently. 🧪#Navitoclax and #Quercetin (MedChemExpress) were cited and used for #senolytic treatment in human cell lines. https://t.co/JRiPukVZOt https://t.co/T83kAWdGTC 💡This study provides new insights into targeted therapy for #neurodegenerative diseases. 🔗Read more: https://t.co/qutMmv0chx

MCE_US's tweet photo. 🚀From Bench to Paper | A recent paper in #Nature investigated hallmarks of #senescence in human brain cell lines. It was found that #TFAP4, a key senescence-associated transcriptional regulators (#SATR), can modulate senescence phenotype cell-type-dependently.

🧪#Navitoclax and #Quercetin (MedChemExpress) were cited and used for #senolytic treatment in human cell lines.
https://t.co/JRiPukVZOt
https://t.co/T83kAWdGTC

💡This study provides new insights into targeted therapy for #neurodegenerative diseases.
🔗Read more: https://t.co/qutMmv0chx

MedChemExpress

@MedChemExpress

4 months ago

🚀From Bench to Paper | A recent paper investigated #senescence hallmarks found that #TFAP4, a key #SATR, modulates senescence phenotype cell-type-dependently. 🧪#Navitoclax and #Quercetin (MedChemExpress) were cited and used for #senolytic treatment in human cell lines.

Top Tweets for #TFAP4

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