FecherC

Neuroscientist - I study mitochondrial heterogeneity in the CNS.
PostDoc @Pagliarini_lab @WUSTLCellBio

[FecherC @caroline_fecher]

Online today! Isolate mitochondria from your cell type of interest by using the MitoTag mouse model. Many thanks to all authors from the Perocchi & Misgeld labs for making this protocol possible. https://t.co/LRoE9CbplV

[Nature Metabolism @NatMetabolism]

RESEARCH | R Nakai, T Yokota, J Brestoff et al. (Osaka Univ, JPN; @washu_pathology)

Administration of exogenous #mitochondria 💉or mitochondrial transfer from wild-type mice improves morbidity and mortality in a mouse model of #Leighsyndrome🐁

https://t.co/leWzOeET9U

[Grass Fellows @Grass_Fellows]

2025 Grass Fellowships at the Marine Biological Laboratory - Apply Now! Deadline: November 15, 2024.
https://t.co/pizkwYnDT1

[Vollum Institute @VollumInstitute]

The Vollum Institute is accepting applications for multiple faculty openings. We are interested in individuals whose research focuses on molecular and cellular neuroscience, genetics, neurodevelopment or signal transduction. #sciencejobs #neurotwitter
https://t.co/LnicYkonhZ

[Elena Irene Rugarli @ElenaRugarli]

Come join us! #CRC1218, #CECAD. We study how mRNAs encoding mitochondrial proteins are regulated.

[Anu Suomalainen Wartiovaara @AWartiovaara]

High mtDNA replication frequency is deleterious for newborn heart, causing dilated cardiomyopathy & ferroptosis. Our paper out in @NatureComms, outstanding work by @jclandoni. Thanks for crucial results @seminerkul @ASW_lab @HelsinkiUniMed @helsinkiuni
https://t.co/Ly8mLYDn1d

[Nature Metabolism @NatMetabolism]

Online now! Organization of a functional glycolytic metabolon on mitochondria for metabolic efficiency https://t.co/gQRpM6dZMP

[Bomba-Warczak Lab @Bomba_Lab]

I'm excited to unveil the new lab art - "mitoclock" - created by talented @HSalmonowicz. This piece beautifully represents the inevitable passage of time and the dynamic nature of mitochondrial plasticity. Official postings coming soon - but we are hiring at all levels. R/T🙏

[Taylor Lab @taylorlabncl]

Excited to share our latest preprint, led by @MitoMonika Rachel Guerra & @mitocollier in collaboration with the Wittig lab & @Pagliarini_Lab

https://t.co/PnFtk6HlFT

[Clair Crewe @CreweLab]

If you are new to extracellular vesicle research and want some guidance on how to study them in metabolic regulation check out our comment in @NatMetabolism. Thank you Dan Lark @ERM_Lab, Kerstin Stemmer, and Wei Ying for these insights!

https://t.co/D3YG8So726

[The Grass Foundation @grassfoundation]

The application for summer 2025 Grass Fellowships is now live at https://t.co/tXUTvv8Y4N! Applications are due November 15. Please share with promising early-career neuroscientists. The Fellowship provides 14 weeks of sponsored research support at @MBLScience in Woods Hole, MA.

[Nature Communications @NatureComms]

Researcher at @Coon_Labs @sinitcynlab @PatrickForny @Pagliarini_Lab @Morgridge_Inst apply new mass spectrometer technology to detect and quantify tens of thousands of protein phosphorylation sites within one hour or less of analysis

https://t.co/EQCegDgBi8

[Robert Hill @bobalhill]

congratulations to Xhoela Bame on her amazing paper that defines the mitochondrial dynamics occurring during oligodendrocyte and myelin generation. https://t.co/HB0pyOEb6m

@MCBDartmouth @dartmouthartsci @NatureComms

[UW-Madison Graduate School @UWMadGSEd]

Congratulations to Dr. Abigail Bartlett on receiving the WISL Award for Communicating PhD Research to the Public! Dr. Bartlett's thesis chapter is available to read here: https://t.co/EIWtdNKBzg

[Nuno Raimundo @nunoraimundo]

We wrote this to wrap our heads around the role of lipids in organelle communication. This field is growing so exponentially that several new major studies were published in the meanwhile during production.

Role of lipids in interorganelle communication https://t.co/KQgRaH3wcU

[OLAWALE RAIMI @waleraimi]

Mechanism of human PINK1 activation at the TOM complex in a reconstituted system | Science Advances https://t.co/5jJ3BoRII2

[PekkurnazLab @GulcinPekkurnaz]

Neuronal activity-driven O-GlcNAcylation promotes mitochondrial plasticity https://t.co/auHxJUbS36
A sweet way to boost neuronal #metabolism and #mitochondria

[Vamsi Mootha @VamsiMootha]

Delighted to share new work led by Josh Meisel w/Gary Ruvkun using forward genetics to discover a new mode of post-transcriptional gene regulation. The mechanism involves mRNA methylation and P-bodies to allow neuron-specific mitochondrial gene expression.
https://t.co/umm7U7g9Wi

[Ralser Lab @RalserLab]

Protein structures reveal incredible mechanisms, but system-level questions were tough. How much can you generalize from one protein at a time? With AlphaFold that's changed. We predicted 11k enzymes and explore how evolution shaped them #AlphaFold https://t.co/QWifzcI7ct

[Pagliarini Lab @Pagliarini_Lab]

Mitochondrial complex I construction relies on a patchwork of poorly defined "assembly factors." In work led by @andrew_sung, we used deep mutational scanning to elucidate NDUFAF6 function and predict variant pathogenicity.
@taylorlabncl
@melogrammatical
https://t.co/0cFzaamamF