Elena Vasileva(@EVasilevaSci) 's Twitter Profile Photo

Annual Congress is just two weeks away! Thrilled to be one of the speakers at the Joint EACR-EMBO Symposium: Modeling Cancer. I'll be discussing cell fate decisions and cell transformation in Ewing sarcoma! 🧬 Amatruda Lab EACR EMBO

#EACR2024 Annual Congress is just two weeks away! Thrilled to be one of the speakers at the Joint EACR-EMBO Symposium: Modeling Cancer. I'll be discussing cell fate decisions and cell transformation in Ewing sarcoma! 🧬 @amatrudalab #CancerResearch #CellBiology @EACRnews @EMBO
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Dylan Burnette(@MAG2ART) 's Twitter Profile Photo

A neuronal growth cone photographed through an electron microscope. I removed the microtubules after extraction but before fixation. Otherwise, all of the fine actin filament based structures in the middle (i.e., Central domain) would be obscured by microtubules.

A neuronal growth cone photographed through an electron microscope. I removed the microtubules after extraction but before fixation. Otherwise, all of the fine actin filament based structures in the middle (i.e., Central domain) would be obscured by microtubules. #CellBiology
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Dylan Burnette(@MAG2ART) 's Twitter Profile Photo

Proliferating cells videoed through a microscope. A cell cycle marker (i.e., FUCCI) shows the stage of the cell cycle. The nuclei are magenta when the cell is in G1-S and green when in S-G2-M.

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Cavendish Laboratory(@DeptofPhysics) 's Twitter Profile Photo

In this second episode, PhD student Julien Roth explores hydrodynamics in rowing, balancing drag and stability. These principles also apply to cellular biology, that can advance disease treatments.

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JXB(@JXBot) 's Twitter Profile Photo

Rho of Plants (ROPs) are essential molecular switches involved in diverse signalling pathways. This review by Philipp Denninger TU München examines how ROP interaction with different proteins regulates distinct processes during plant growth. doi.org/10.1093/jxb/er… NH

Rho of Plants (ROPs) are essential molecular switches involved in diverse signalling pathways. This review by @PhDenninger @TU_Muenchen examines how ROP interaction with different proteins regulates distinct processes during plant growth. #CellBiology doi.org/10.1093/jxb/er… NH
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Elsevier CellBiology(@ELS_CellBiology) 's Twitter Profile Photo

In this study, the authors demonstrate that Mex3B inhibits osteoclast fusion protein DC-STAMP expression and osteoclastogenesis.

Mex3B inhibits DC-STAMP mRNA level and osteoclastogenesis by Yan Yang, Su-Yun Wang, Zhen-Qi Li, Huang-Ning Wu

Read now
spkl.io/60164N7bG

In this study, the authors demonstrate that Mex3B inhibits osteoclast fusion protein DC-STAMP expression and osteoclastogenesis. 

Mex3B inhibits DC-STAMP mRNA level and osteoclastogenesis by Yan Yang, Su-Yun Wang, Zhen-Qi Li, Huang-Ning Wu

Read now
spkl.io/60164N7bG
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Phyllis Hanson(@PIHanson) 's Twitter Profile Photo

Now out at PNAS - excited to share our work on how ESCRTs protect lysosomes from stress-induced membrane rupture, enhancing lysosomal resilience. Congrats to Wei Chen & team!



pnas.org/doi/pdf/10.107…

Now out at PNAS - excited to share our work on how ESCRTs protect lysosomes from stress-induced membrane rupture, enhancing lysosomal resilience. Congrats to Wei Chen & team!

#Lysosome #UMichBiolChem #CellBiology #researchpaper 

pnas.org/doi/pdf/10.107…
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Jasmine Chow(@JasmineChow0705) 's Twitter Profile Photo

🧐 for the topic 'Molecular and cellular mechanisms of tissue hypoxia'

⏰Submission deadline: 31 October 2024
🔗Submission link: imr.propub.com
✉️Contact: [email protected]

Welcome your submissions!

🧐#FBL #Callforpapers for the topic 'Molecular and cellular mechanisms of tissue hypoxia'  

⏰Submission deadline: 31 October 2024
🔗Submission link: imr.propub.com
✉️Contact: jasmine.chow@imrpress.com

Welcome your submissions!  
#Bioscience #MedEd #cellbiology
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ASCI(@the_asci) 's Twitter Profile Photo

ASCI member Marc Peters-Golden Michigan Medicine in Journal of Clinical Investigation:
MAPK phosphatase 1 inhibition of p38α within lung myofibroblasts is essential for spontaneous fibrosis resolution: buff.ly/3UVsMmP

ASCI member Marc Peters-Golden @umichmedicine in @jclinicalinvest: 
MAPK phosphatase 1 inhibition of p38α within lung myofibroblasts is essential for spontaneous fibrosis resolution: buff.ly/3UVsMmP 

#CellBiology #Pulmonology
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Dylan Burnette(@MAG2ART) 's Twitter Profile Photo

A cell undergoing cell division videoed through a microscope. Chromosomes are shown in pink. Differential Interference Contrast (DIC) Microscopy is shown in cyan.

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Bruker Fluorescence Microscopy(@BrukerFM) 's Twitter Profile Photo

📸 Take light-sheet imaging further with the LUXENDO GmbH add-on photomanipulation module, great for studying and understanding complex interactions within living systems.

⬇️ dynamics after injury induced by (right) and control (left)

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Dylan Burnette(@MAG2ART) 's Twitter Profile Photo

Cells videoed through a microscope. DNA in the nucleus (pink), Golgi aparatus (yellow), and actin filaments (blue) are shown.

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@uclcdb(@uclcdb) 's Twitter Profile Photo

@UCL is thrilled to have four of its academics elected Fellow of The Academy of Medical Sciences, including our own Professor Roberto Mayor - a very prestigious award. ucl.ac.uk/news/2024/may/…. UCL Centre for Integrative Anatomy Academy of Medical Sciences UCL Faculty of Life Sciences

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Dylan Burnette(@MAG2ART) 's Twitter Profile Photo

A cancer cell with two nuclei photographed through a microscope. DNA (yellow), mitochondria (blue/purple), and actin filaments (red) are shown.

A cancer cell with two nuclei photographed through a microscope. DNA (yellow), mitochondria (blue/purple), and actin filaments (red) are shown. #CellBiology
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