Camilla Schytz

PhD student @ Department of Sports Science and Clinical Biomechanics, University of Southern Denmark

[Camilla Schytz @CSchytz]

News from our lab: 4 weeks of high altitude decreases human skeletal muscle mitochondrial cristae density, while mitochondrial respiration increases:

https://t.co/26tFwv88ws

Carsten Lundby, @DrRajacobs, @JoachimNielsen6,
@nortenblad, Stine Lundby
@sduiob @teamdanmark

[Joachim Nielsen @JoachimNielsen6]

Now published in Plos One. Thank you to the editor and reviewers for a constructive peer-review process
https://t.co/iTntJZNQRh

[Joachim Nielsen @JoachimNielsen6]

We are ready to scale up glycogen analysis using electron microscopy.
By applying a new AI-based image analysis pipeline, workload for 50 samples was reduced from ~600 hours to ~20 hours. This moves us beyond small-scale TEM studies.
Details below 👇

[Journal of Applied Physiology @japplphysiol]

Research Article by @CSchytz et al. (@nortenblad @JoachimNielsen6 @DrRajacobs) Effect of #highaltitudeexposure on #skeletalmuscle #mitochondrial #subcellulardistribution, #ultrastructure, and #respiration in sea-level residents
https://t.co/HJHMywKDCZ

[Joachim Nielsen @JoachimNielsen6]

Join our PhD course in metabolism and EC coupling. November 10-15. University of Southern Denmark.
Enrol here: https://t.co/zx3rpq2fRW

[Journal of Applied Physiology @japplphysiol]

Our sea-level friends at @SyddanskUni provide today's #ArticleinPress, Effect of high-altitude exposure on #skeletal #muscle mitochondrial subcellular distribution, ultrastructure and respiration in sea-level residents (Camilla Tvede Schytz et al.):

https://t.co/2PePKqLJxu

[Martin Picard @MitoPsychoBio]

Unhappy muscle mitochondria can look like this

https://t.co/S4X7fe0t9q

[Richie Goulding @RichieGoulding1]

I am thrilled to share one of the first major works from my postdoc in Amsterdam, "Skeletal muscle mitochondrial fragmentation predicts age-associated decline in physical capacity", published online yesterday in @AgingCell https://t.co/mRE5sKcNQy. A thread:

[Camilla Schytz @CSchytz]

@RichieGoulding1 Thank you so much! Interesting! I will keep an eye on the final version 😀

[Camilla Schytz @CSchytz]

New preprint, the first after my my PhD.

Link to article: https://t.co/EVm0uXiWWx

We investigate how high-altitude exposure affects mitochondrial subcellular distribution, ultrastructure, respiratory control, and intrinsic mitochondrial respiratory capacity.

1/6

[nature @Nature]

How do mitochondria, the cell’s energy-producing organelles, perform competing metabolic processes?

Segregation into distinct populations — one that makes energy-storing ATP molecules and one that does not — could explain it

https://t.co/McNw5KrKC6

[Craig Porter @bioblastgeek]

Membrane potential stimulates ADP import and ATP export by the mitochondrial ADP/ATP carrier due to its positively charged binding site | Science Advances https://t.co/fxCyINAWMc

[Oscar Horwath, PhD @HorwathOscar]

Our latest paper on aging is finally out in @ExpPhysiol. This is a real IHC tour de force on muscle morphology, satellite cells, capillaries and innervation status so if you are into that, check it out!
@SebastianEdman @MobergPhD @andyphilp_lab @WiApro

https://t.co/5CWKhGigGC

[Craig Porter @bioblastgeek]

Is mitochondrial morphology important for cellular physiology?: Trends in Endocrinology & Metabolism https://t.co/l66hVD5rjC

[Camilla Schytz @CSchytz]

Thanks to Carsten Lundby, @DrRajacobs, @JoachimNielsen6, @nortenblad, and Stine Lundby for their expertise and dedicated work.
@sduiob @teamdanmark

6/6

[Camilla Schytz @CSchytz]

If supported (the 95% confidence intervals included trivial effects), our results suggest that high-altitude exposure enhance the respiratory efficiency of the mitochondrial network.

5/6

[Knut Sindre Mølmen @MrMoelmen]

Happy to see that our comprehensive meta-regression, "Effects of Exercise Training on Mitochondrial and Capillary Growth in Human Skeletal Muscle," by @Skattebo_Oyvind, @AlmquistNicki, and myself, is now published in @SportsMedicineJ! 🎉more details soon! https://t.co/tlN9fHDOse