Mikael Flockhart (@flockhartmikael) 's Twitter Profile
Mikael Flockhart

@flockhartmikael

PhD in Sports science and a dedicated endurance athlete

ID: 1384399026393595908

calendar_today20-04-2021 06:50:35

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Eran Segal (@segal_eran) 's Twitter Profile Photo

Our new Cell Metabolism paper: Continuous glucose monitoring (CGM) of 7,000 non-diabetics, the largest such cohort, and the first map of CGM-derived reference values in healthy people Data is part of the Human Phenotype Project, and accessible here: humanphenotypeproject.org >>>

Our new <a href="/Cell_Metabolism/">Cell Metabolism</a> paper: Continuous glucose monitoring (CGM) of 7,000 non-diabetics, the largest such cohort, and the first map of CGM-derived reference values in healthy people

Data is part of the Human Phenotype Project, and accessible here: humanphenotypeproject.org &gt;&gt;&gt;
Niels Ørtenblad (@nortenblad) 's Twitter Profile Photo

PhD-course (Nov 2023) “Muscle metabolism and E-C coupling – role in performance, fatigue and disease”, covering aspects of regulation of muscle function at rest and during exercise from the elite athletes to clinical populations. Register here: sdu.dk/en/forskning/p…

PhD-course (Nov 2023) “Muscle metabolism and E-C coupling – role in performance, fatigue and disease”, covering aspects of regulation of muscle function at rest and during exercise from the elite athletes to clinical populations. Register here: sdu.dk/en/forskning/p…
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.
@ActaPhysiologica (@acta_physiol) 's Twitter Profile Photo

Prolonged exercise reduces glucose tolerance and increases insulin resistance in endurance athletes the following day. These findings are associated with an increased lipid load, a high capacity to oxidize lipids, and increased fat oxidation: onlinelibrary.wiley.com/doi/pdf/10.111…

Prolonged exercise reduces glucose tolerance and increases insulin resistance in endurance athletes the following day. These findings are associated with an increased lipid load, a high capacity to oxidize lipids, and increased fat oxidation: 
onlinelibrary.wiley.com/doi/pdf/10.111…
Mikael Flockhart (@flockhartmikael) 's Twitter Profile Photo

New publication! Here, we investigate how supplementation with glucoseinolates can increase tolerance to intense exercise training. Interesting results showing increased performance, reduced lactate, and altered daily glucose and during exercise. sciencedirect.com/science/articl…

William Apró, PhD (@wiapro) 's Twitter Profile Photo

After a very long and challenging year, it's great to end 2023 on a high note with our latest publication in Molecular Metabolism on fiber type-specific mitochondrial respiration sciencedirect.com/science/articl… led by the awesome Sebastian Edman

After a very long and challenging year, it's great to end 2023 on a high note with our latest publication in Molecular Metabolism on fiber type-specific mitochondrial respiration sciencedirect.com/science/articl… led by the awesome <a href="/SebastianEdman/">Sebastian Edman</a>
Mikael Flockhart (@flockhartmikael) 's Twitter Profile Photo

Need for speed: Human fast-twitch mitochondria favor power over effici... sciencedirect.com/science/articl… Great work by Sebastian Edman, William Apró, PhD and Filip Larsen showing specific mitochondrial respiration in pools with permeabilzed slow and fast human muscle fibers.

Øyvind Skattebo (@skattebo_oyvind) 's Twitter Profile Photo

7-day complete calorie restriction impacts the body beyond 6kg weight loss. Here, trajectories of 3000 plasma proteins were studied daily, revealing multi-organ responses and >1000 responding proteins. Stay tuned to see its impact on physical performance nature.com/articles/s4225…