alexandre janer (@alexostomate) 's Twitter Profile
alexandre janer

@alexostomate

ID: 2249102040

calendar_today16-12-2013 18:02:23

26 Tweet

45 Followers

135 Following

Hana Antonicka (@hantonicka) 's Twitter Profile Photo

SLC25A46 is present at the tips of mitochondria, and at almost all mitochondrial fusion and fission sites. Check out the cool videos in the paper. #mitochondria #fusion #fission

Martin Picard (@mitopsychobio) 's Twitter Profile Photo

How we think and talk about mitochondria matters to our science and to newcomers in the field. The powerhouse analogy is expired and we need specific vocabulary to capture the beautiful complexity of mitochondrial biology. We propose a framework and some nomenclature.

How we think and talk about mitochondria matters to our science and to newcomers in the field.

The powerhouse analogy is expired and we need specific vocabulary to capture the beautiful complexity of mitochondrial biology.

We propose a framework and some nomenclature.
Hana Antonicka (@hantonicka) 's Twitter Profile Photo

It was a pleasure to collaborate with Toni (Antonio Barrientos) and Hui on the role of iron–sulfur cluster assembly in mitochondrial ribosomes and multiple mitochondrial dysfunctions syndrome caused by BOLA3 or NFU1. Thanks also to alexandre janer Khalimonchuk Lab academic.oup.com/nar/article/do…

Hana Antonicka (@hantonicka) 's Twitter Profile Photo

Another ER-mitochondria tether. Thank you alexandre janer and Eric Shoubridge for leading this project. ESYT1 tethers the ER to mitochondria and is required for mitochondrial lipid and calcium homeostasis life-science-alliance.org/content/7/1/e2…

LifeScienceAlliance (@lsajournal) 's Twitter Profile Photo

A protein complex composed of the outer mitochondrial membrane protein SYNJ2BP and the endoplasmic reticulum protein ESYT1 tethers the two organelles to facilitate calcium and lipid transfer The Neuro alexandre janer Review Commons bit.ly/3QkNVEQ

A protein complex composed of the outer mitochondrial membrane protein SYNJ2BP and the endoplasmic reticulum protein ESYT1 tethers the two organelles to facilitate calcium and lipid transfer <a href="/TheNeuro_MNI/">The Neuro</a> <a href="/alexostomate/">alexandre janer</a> <a href="/ReviewCommons/">Review Commons</a>  bit.ly/3QkNVEQ
contactctc (@contactctc) 's Twitter Profile Photo

The Shoubridge lab (The Neuro) and PrudentLab (MRC MBU) show that E-SYT1 acts at the ER-mitochondrial interface, partnering SYNJ2BP. Interestingly, lipidomics analysis shows that the effects of E-SYT1 knock down are rescued equally by E-SYT1 itself or artificial tether.

The Shoubridge lab (<a href="/TheNeuro_MNI/">The Neuro</a>) and <a href="/LabPrudent/">PrudentLab</a> (<a href="/MRC_MBU/">MRC MBU</a>) show that E-SYT1 acts at the ER-mitochondrial interface, partnering SYNJ2BP. 

Interestingly, lipidomics analysis shows that the effects of E-SYT1 knock down are rescued equally by  E-SYT1 itself or artificial tether.
LifeScienceAlliance (@lsajournal) 's Twitter Profile Photo

Check out this Research Article recently published in LSA: ESYT1 tethers the ER to mitochondria and is required for mitochondrial lipid and calcium homeostasis@TheNeuro_MNI alexandre janer Review Commons life-science-alliance.org/content/7/1/e2…

Check out this Research Article recently published in LSA: ESYT1 tethers the ER to mitochondria and is required for mitochondrial lipid and calcium homeostasis@TheNeuro_MNI <a href="/alexostomate/">alexandre janer</a> <a href="/ReviewCommons/">Review Commons</a>
life-science-alliance.org/content/7/1/e2…
Ricarda Richter-Dennerlein (@rdennerlein_lab) 's Twitter Profile Photo

We are happy to welcome you to the 8th EMBO/FEBS lecture course on “Mitochondria in life, death and disease” in September 2024 in Landshut (close to Munich, GER). #EMBOmitochondria. Registration will open April 1st. meetings.embo.org/event/24-mitoc…

Jack Collier (@mitocollier) 's Twitter Profile Photo

If you're in Montreal, join us for our 3rd Montreal Mitochondrial Club meeting next week at CRCHUM on Tuesday 16 January, 3-4.30pm. We have three exciting talks by early-career scientists who will discuss mitochondrial transport, stress, and dynamics.

If you're in Montreal, join us for our 3rd Montreal Mitochondrial Club meeting next week at CRCHUM on Tuesday 16 January, 3-4.30pm.

We have three exciting talks by early-career scientists who will discuss mitochondrial transport, stress, and dynamics.
Jana Schuettpelz (@janaschuettpelz) 's Twitter Profile Photo

Check out the Shoubridge lab's latest story on SLC25A46 and its involvement with lysosomes and cholesterol trafficking in our preprint: biorxiv.org/content/10.110… Hana Antonicka alexandre janer The Neuro McGill University special thanks to Kathleen Watt from Karolinska Institutet #Mito #mitochondria

The Neuro (@theneuro_mni) 's Twitter Profile Photo

Brenda Milner compte parmi les scientifiques les plus importants de l'histoire de la neuropsychologie. Récemment, elle a parlé à Philippe Mercure de La Presse de sa vie, de son travail et de son quotidien à l'âge de 105 ans. buff.ly/49xgC9a

Heidi McBride, Ph.D (@mitodynamics) 's Twitter Profile Photo

Montreal MitoClub MAY 7 at IRCM, 3-5PM! Join us for some exciting new work from the Estall and Topisirovic labs plus a guest speaker Anant Parekh from Oxford. See poster for details. Join us!

Montreal MitoClub MAY 7 at IRCM, 3-5PM! Join us for some exciting new work from the Estall and Topisirovic labs plus a guest speaker Anant Parekh from Oxford. See poster for details. Join us!
Hana Antonicka (@hantonicka) 's Twitter Profile Photo

Check out our latest pre-print with Hauke Hillen and Ana Vučković, where we show that FASTKD5 joins RNase P and RNase Z in processing mitochondrial RNA. FASTKD5 processes mitochondrial pre-mRNAs at non-canonical cleavage sites biorxiv.org/content/10.110…

PrudentLab (@labprudent) 's Twitter Profile Photo

Thrilled to share the last review of the lab led by Luis Carlos Tábara Rodríguez and Mayuko Segawa on the mechanisms regulating mitochondrial morphology!!! MRC MBU Just out in Nature Reviews Molecular Cell Biology. Thanks @lisa_heinke for the smooth editorial process!