Dane M. Wolf

Mitochondrial scientist.

[Orian Shirihai @OrianShirihai]

Coming up in EMBO J today: Mitochondria play with lipid droplets: https://t.co/bpCDBMZGDz

[Martin Picard @MitoPsychoBio]

So grateful for the opportunity to chat about energy, mitochondria, and health with @hubermanlab.

Would love to hear your thoughts and lived experiences if anything resonates particularly strongly.

[Dane M. Wolf @DaneMWolf]

Thrilled to see @MitoPsychoBio bringing mitochondrial biology into focus on the @hubermanlab podcast! Check out this great discussion, which highlights the central role of mitochondria in health and longevity: https://t.co/QrdtB79PZH

[Martin Picard @MitoPsychoBio]

Reflections on the foundation and implications of the Energy Resistance Principle (ERP)

With @msahsorin in discussion with Dane Wolf at MitoWorld @mitoworld_org

Please share your thoughts below.

https://t.co/MTX0nT9kjL

[Dylan Ryan @RyanLab_TCD]

@NatureComms @EloiseMLMrqs Massive thank you to our reviewers for improving the manuscript, our funders @The_MRC and @wellcometrust Academy of medical Sciences and the editors @NatureComms

[Dane M. Wolf @DaneMWolf]

An elegant new study shows that remodeling of mitochondrial morphology and energy metabolism enables cancer cells to survive in acidic tumor microenvironments--more evidence that mitochondria play crucial roles in both health and disease.

https://t.co/T64WB3y65b

[Dane M. Wolf @DaneMWolf]

In his 1890 monograph, Richard Altmann described “bioblasts” (now known as mitochondria) as elementary organisms living within the cell. Their social lives are never more apparent than when directly observing their dynamic behaviors, as seen here in a primary liver cell.

[Martin Picard @MitoPsychoBio]

Welcome to the Mitoverse 😀

Great introductory piece on mitochondria from @mitoworld_org

https://t.co/SYN26sw8zv

[Dane M. Wolf @DaneMWolf]

Mitochondria in liver cells often look like a sunburst, radiating from two nuclei at the cellular center. Read more about the vital role that mitochondria play in our health: https://t.co/wEuu6gLxcW

[Martin Picard @MitoPsychoBio]

How does energy keep us alive?

Our bodies are resistive energetic circuits where electrons flow from food→oxygen in our mitochondria. It's only through energy resistance (éR) - like electrical resistance - that transformation of energy into life is possible.

The Energy Resistance Principle ⎸ ERP explains how this happens. In this paper, we cover the implications of fine-tuning éR for health, disease, aging, and the human experiences make up the mind.

https://t.co/gjVRvA5q9K

[Martin Picard @MitoPsychoBio]

We spend so much money to kick the can down the road. Our model of what health is and how to foster it is deeply broken.

In 50 years, new generations will look back at 2000-2025 and feel sorry for our science and policies that had things so backwards. Now is a time of change.

[Dane M. Wolf @DaneMWolf]

@RyanLab_MBU Not yet -- I need to make an account!

[Dane M. Wolf @DaneMWolf]

https://t.co/V214ei4mpD

[Dane M. Wolf @DaneMWolf]

Map of functional diversity in mitochondria across the human brain -- very cool! Congratulations @MitoPsychoBio on a groundbreaking study!

https://t.co/BntQfbR15X

[Dylan Ryan @RyanLab_TCD]

Massive congratulations to @AlvaCasey3 on her first author paper from her PhD: 'Pro-inflammatory macrophages produce mitochondria-derived superoxide by reverse electron transport at complex I that regulates IL-1β release during NLRP3 inflammasome activation' #immunometabolism
https://t.co/tTsi9jh6uY

[Alicia Kowaltowski @AJKowaltowski]

Textbook oxidative phosphorylation needs to be rewritten
with Fernando Abdulkader

https://t.co/j3LDawxKEW

Free for 50 days here: https://t.co/uEt0tOJ0Bz

[KondadiLab @KondadiLab]

For those who missed our recent publication, have a look!

[PrudentLab @LabPrudent]

Thrilled to share the last review of the lab led by @Tabara_LC and @MayukoSegawa on the mechanisms regulating mitochondrial morphology!!! @MRC_MBU

Just out in @NatRevMCB. Thanks @lisa_heinke for the smooth editorial process!

[Dane M. Wolf @DaneMWolf]

Congratulations, @GulcinPekkurnaz and team, on this fascinating study showing the O-GlcNAc-dependent assembly of a glycolytic metabolon on mitochondria, promoting metabolic efficiency in neurons!

https://t.co/W6UdpOi1QP