The latest preprint from our lab. Congratulations to the first author @EdenJess and thank you to all our wonderful collaborators. @TheCIMR @CellBiol_MRCLMB @JLS_Lab
Excited to share our paper by @DePaceRaffa@SaikatSls et al. showing that BORC-dependent transport of lysosomal vesicles into the axon is crucial for the axonal movement of a large cohort of mRNAs, mainly those encoding ribosomal and mitochondrial proteins https://t.co/b3RAq3Rrul
Our first paper is out today on @biorxiv_cellbio! We use kinetic trafficking assays, imaging, biochemistry and proteomics to demonstrate that the exocyst complex is essential for secretion in mammalian cells. https://t.co/rPFvN9bVnY
We are proud to share our work on segmenting up to 35 organelles & macromolecular structures in whole cell isotropic FIB-SEM at 4 & 8nm resolution https://t.co/C69OkwTxdS 1/12
Postdoctoral Position – Placental Cell Biology with @Charly_Guardia
National Institute of Environmental Health Sciences (NIEHS), Durham, North Carolina, USA
https://t.co/BtwGTl9qyl
#ScienceJobs#Postdoc#CellBiology
This week's #WICB50 highlight is Prof. Jennifer Lippincott-Schwartz @JLS_Lab of @HHMIJanelia. She is a leader in organelle organization, trafficking and cutting-edge fluorescence microscopy. We thank her for her contributions to ASCB as a past president https://t.co/cIFpw9bXSx
Saddened by the death of George Patterson, developer of photoactivatable GFP @JLS_Lab @NICHD_NIH. George was a wonderful person, a bright scientist with a humble and generous character. His presence will be missed but his scientific legacy will live on https://t.co/0FrjfmGQ6R
NIH researcher Richard J. Youle receives 2021 Breakthrough Prize in Life Sciences | National Institute of Neurological Disorders and Stroke https://t.co/5Kla6tPthS
Our paper on YAP phase separation is finally out! Thanks to our wonderful collaborators @JLS_Lab @PoratShliomLab @shaharsu and the Liu Lab @HHMIJanelia ! https://t.co/32gbogqqOj
Latest work from our lab @JCellBiol. All experiments done by a single post-doc, Morié Ishida. ARFRP1 functions upstream of ARL1 and ARL5 to coordinate recruitment of distinct tethering factors to the trans-Golgi network https://t.co/T8zyRJTKDC
Reversible association with motor proteins (RAMP) is a streptavidin-based method developed by @BonifacinoJuan's lab for manipulating organelle position within the cytoplasm. Thanks for depositing and sharing the plasmids! https://t.co/R0ocgH3upE
We’re so please to see Gigi featured by NICHD. Her brilliant mind, supportive mentorship, and commitment to improving equity at NIH serve as an inspiration to us! -the lab