@jcb.orgLandscape expansion #microscopy reveals interactions between membrane and phase-separated #organelles. From Yinyin Zhuang et al. of the Xiaoyu Shi lab @xyshi.bsky.social: rupress.org/jcb/article/...
đź“• Part of our #Tools collection: rupress.org/jcb/collecti...
@jcb.org#Lipid remodelling enables adaptation to chronic hyperosmotic stress. New study from Thomas D Williams, Christian Klose, Robert Ernst, and Pedro Carvalho @dunnschool.bsky.social: rupress.org/jcb/article/...
#Biochemistry #Membrane #Organelles #Metabolism #LipidDroplets
@jcb.orgVisualizing the #Golgi apparatus and Golgiphagy in vivo. New study on reporter mouse models developed by Pengwei Zhao, Mengyuan Zhang, Rongbin Ding, Lingling Zhang, Yongjuan Sang, Qiming Sun and colleagues (Zhejiang University):
rupress.org/jcb/article/...
@jcb.orgPengwei Zhao, Mengyuan Zhang, Rongbin Ding et al. develop constitutive and inducible #Golgi reporter mice that enable in vivo visualization of Golgi architecture and Golgiphagy at single-cell resolution. rupress.org/jcb/article/...
@rupress.orgIn @jcb.org, Pengwei Zhao, Mengyuan Zhang, Rongbin Ding et al. develop constitutive and inducible #Golgi reporter mice that enable in vivo visualization of Golgi architecture and Golgiphagy at single-cell resolution. rupress.org/jcb/article/...
@jcb.orgDysfunction of #caveolae in muscle disease: a cell biological perspective. From Harriet P. Lo, Robert G. Parton and colleagues (The University of Queensland)
rupress.org/jcb/article/...
#Organelles #Development #Membrane #lipid #Disease #SkeletalMuscle
@origamiorganelles.bsky.socialOur Mitochondria paper model was the first model we made, over a decade ago! It's still popular today. Seeing the cristae in 3D really helps understand how proton gradients are maintained so they can be pumped to generate ATP! Find out more here: buff.ly/ciL4fAm
