Chun-Fu Lai

[Chun-Fu Lai @jefflaintuh]

Our AJKD paper is hot off the press!
GLP-1RA in pt's with baseline eGFR <60
✅ improves kidney outcome & eGFR declines
✅ reduces mortality & CV events
✅ stronger effects with GLP-1 backbone

Check it out 🔗 https://t.co/00f6sDQ0sW

#Nephrology #GLP1RA #CKD @TwSocNephrolTSN

[Chun-Fu Lai @jefflaintuh]

Big congratulations
恭喜STL lab 老闆和好友的paper發表了！發現現今由iPS幹細胞培養kidney organoids的方法會長出off-target神經細胞和肌肉細胞，從中找出關鍵因子，改良protocol抑制BDNF-NTRK2 signaling可以大幅減少off-targets又可維持腎臟組織，再次見證了single cell RNA-seq的強大功能。

[Ben Humphreys @HumphreysLab]

82k scTranscriptomes later excited to annouce that our kidney #organoid MS is now out in @CellStemCell ! A true team effort: @morris_lab @HaojiaWu @Kohei_Uchimura @ykirita @WUSTLmed @cziscience @humancellatlas https://t.co/LRyQxUip3D

[Chun-Fu Lai @jefflaintuh]

Amazing
Comparative analysis of kidney organoid and adult human kidney single cell and single nucleus transcriptomes https://t.co/eIaK0YoXyq

[Chun-Fu Lai @jefflaintuh]

Comparative analysis of kidney organoid and adult human kidney single cell and single nucleus transcriptomes https://t.co/eIaK0YoXyq

[Haojia Wu @HaojiaWu]

Our preprint is out! Fantastic single cell/nucleus support @HumphreysLab
Comparative analysis of kidney organoid and adult human kidney single cell and single nucleus transcriptomes https://t.co/t4TZ2VhvaR

[Chun-Fu Lai @jefflaintuh]

@HumphreysLab

[Chun-Fu Lai @jefflaintuh]

@HumphreysLab Thank you, Ben. Perfect party