New review: Yamada, Cruz Walma, and Endo discuss the long nanotubular interconnections termed #cytonemes, #TunnelingNanotubes or #TumorMicrotubes formed by cells to exchange regulatory proteins and organelles for regulating #development, adult homeostasis, and #cancer. rupress.org/jcb/article/...
July 30, 2026 at 7:00 PM
New review: Yamada, Cruz Walma, and Endo discuss the long nanotubular interconnections termed #cytonemes, #TunnelingNanotubes or #TumorMicrotubes formed by cells to exchange regulatory proteins and organelles for regulating #development, adult homeostasis, and #cancer. rupress.org/jcb/article/...
We built a machine-learning based 2D/3D morphometry pipeline to quantify TMs and network activity in 2D GB stem-like cells, 3D human brain spheroids (hGliCS), and mice.
Using this platform, we screened 71 compounds to identify the most potent ones.
#TumorMicrotubes #drugrepurposing
Using this platform, we screened 71 compounds to identify the most potent ones.
#TumorMicrotubes #drugrepurposing
October 9, 2025 at 8:52 PM
We built a machine-learning based 2D/3D morphometry pipeline to quantify TMs and network activity in 2D GB stem-like cells, 3D human brain spheroids (hGliCS), and mice.
Using this platform, we screened 71 compounds to identify the most potent ones.
#TumorMicrotubes #drugrepurposing
Using this platform, we screened 71 compounds to identify the most potent ones.
#TumorMicrotubes #drugrepurposing
New @jcb.org review: Yamada, Cruz Walma & Endo discuss the long nanotubular interconnections termed #cytonemes, #TunnelingNanotubes or #TumorMicrotubes formed by cells to exchange regulatory proteins and organelles for regulating #development, adult homeostasis & #cancer. rupress.org/jcb/article/...
July 30, 2026 at 8:00 PM
New @jcb.org review: Yamada, Cruz Walma & Endo discuss the long nanotubular interconnections termed #cytonemes, #TunnelingNanotubes or #TumorMicrotubes formed by cells to exchange regulatory proteins and organelles for regulating #development, adult homeostasis & #cancer. rupress.org/jcb/article/...
We built a machine-learning based 2D/3D morphometry pipeline to quantify TMs and network activity in 2D GB stem-like cells, 3D human brain spheroids (hGliCS), and mice. Using this platform, we screened 71 compounds to identify the most potent ones. #TumorMicrotubes
October 9, 2025 at 8:31 PM
We built a machine-learning based 2D/3D morphometry pipeline to quantify TMs and network activity in 2D GB stem-like cells, 3D human brain spheroids (hGliCS), and mice. Using this platform, we screened 71 compounds to identify the most potent ones. #TumorMicrotubes