DiazExPh

A human be ♥️🇨🇱 | PhD(c) in Physiology ☕️ | Interested in the different ways mitochondria control metabolism 🔬| #Neurobiology #Mitochondria #Metabolism

[DiazExPh @DiazExPh]

Thrilled to share our latest paper in @Acta_Physiol ! Our research uncovers how exercise influences the mitophagy process (mitochondrial ejection?) in human SkM. Proud of our team and excited to contribute to the mitochondria field 🦾🔬 #Science

https://t.co/IKEGwjqJOm

[DiazExPh @DiazExPh]

A nice summary! 🦾🔬

[Nick Krontiris @nick_krontiris]

The findings of this one suggest that a single bout of resistance exercise can initiate mitophagy, potentially involving mitochondrial ejection, in human skeletal muscle.

[Joe Gordon @josephwgordon]

https://t.co/7qMnYFhMmY

[Martin Picard @MitoPsychoBio]

Mitochondria are beautifully dynamic

[Roberta Haddad-Tovolli @RobertaHT]

I am pleased to participate in this amazing initiative from the @SCiNeurometab 🧠 Looking forward to listen to so many exciting talks and discuss science with you all! 👇🏾

[Cell Metabolism @Cell_Metabolism]

Out Now! Part I of our two-part Special Issue on Preventing Metabolic Disease! We present a series of papers that discuss preventive strategies and early interventions, as well as some of the latest tools and data used to assess metabolic disease risk factors.
https://t.co/cElGiteVY5

[Cell Metabolism @Cell_Metabolism]

Separate gut-brain circuits for fat and sugar reinforcement combine to promote overeating https://t.co/385daR66wr

[Christoph Burch @ChristophBurch]

Does the regulation of skeletal muscle influence cognitive function? A scoping review of pre-clinical evidence…
https://t.co/jj6kgRg6Um

[David Pla-Martín @Dpla_]

Mind blowing! A must read (for tomorrow). Excellence of Spanish science 😊
My favorite topic: mitophagy, mtDNA and inflammation

https://t.co/kIkgiDSiKe

[Carmelo Quarta @Carmelo_Quarta]

PhD position available in our lab in beautiful Bordeaux and amazing neuroscience community @Neuro_Bordeaux, @lab_cota. Please retweet!🙏

[Science Magazine @ScienceMagazine]

#ICYMI: In 21 papers across Science, @ScienceAdvances, and @ScienceTM, researchers presented an atlas of the human and nonhuman primate brain in unprecedented detail.

The results uncover the genetic organization of the human brain. https://t.co/WoYudPHcx7 #BICCN

[Martin Picard @MitoPsychoBio]

For Week 38 of the Human Psychobiology Project Series we present a finding about the placebo effect in neurons. Learn more at https://t.co/89fHdgw9b0.

[Science Magazine @ScienceMagazine]

Science has named the development of glucagon-like peptide-1 (#GLP1) agonists and this year's discovery that these drugs can blunt obesity-associated health problems as the 2023 #BreakthroughOfTheYear.

Learn more: https://t.co/c4Jzgrgybg #BOTY

[David Morales-Álamo @D_Morales_Alamo]

Mitofusin-2 induced by exercise modifies lipid droplet-mitochondria communication, promoting fatty acid oxidation in male mice with NAFLD

| #just published in Metabolism |

https://t.co/zD0CrJ7WNu

[Juan Carlos Bórquez @jcborquezp]

Our work has been published in Metabolism 🥳🏅

https://t.co/SgBekoBCHc

@INTA_UChile @uchile @FONDAP_ACCDiS @IRBBarcelona @AntonioZorzano @_DavidSebast
@Maribel_h_a @MHA_laboratory @raulventura99 @rodri_troncoso @DiazExPh

[Cell Metabolism @Cell_Metabolism]

#NewIssue ft. Cover Ary by by Luigi D'Armenio. De Virgiliis et al. study the regenerative ability of sensory neurons. The image depicts day and night. By night, tree branches, symbolizing neuronal fibers, extend to the moon propelled by the effects of the clock, while in daylight an exhausted angel fails to induce neuronal growth. https://t.co/A7wHs6drJG

[Carmelo Quarta @Carmelo_Quarta]

We are recruiting!

If you are interested in single cell biology, neuroendocrinology and hypothalamic circuits, please consider applying.

If not, please retweet :-)

More information via DM or email.

[CLaE @leafs_s]

BRAIN...

[preLights @preLights]

NAFLD induced by a high-fat diet increases hepatic lipid droplet-mitochondria interactions, which can be reversed by aerobic exercise. 🏃

preLight from Hellen Costa & @maroliufrj who cover work from @jcborquezp, @MHA_laboratory, @rodri_troncoso & team.
https://t.co/5E8XEgldAs

[Science Magazine @ScienceMagazine]

The #hypothalamus plays a large role in coordinating the array of neuronal signals that are responsible for keeping the body in a stable state.

A special issue of Science unpacks this key brain region’s impact on physiological and behavioral homeostasis. https://t.co/TRJltFWmTF