Renata Pereira retweeted
A. M. Figueroa-Toledo (@ufinisterrae) et al. observed that BMAL1 and CLOCK proteins exhibit differential association with mitochondrial dynamics, protein synthesis pathways and muscle strength in human muscle 🧬 🔬
Read the #research here: buff.ly/4gDu6nV
Read the #research here: buff.ly/4gDu6nV
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Ending this year feeling delighted that both my postdoc and graduate student will receive funding from the AHA. Proud of them and so thankful for the continuous support from the @American_Heart.🙏🏼
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Renata Pereira retweeted
Two plus decades of Abel lab alumni reunite @Soc_HrtVasMetab 2024 Mtg in #StLouis. Long live #Metabolism @AdamWende @RePereira @vgzmd @jijunH . Jijun, Yuan, Renata, Vlad, QJ, Warren, Jaetaek, Kensuke,Adam!
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Renata Pereira retweeted
hey indirect #calorimetry users! We've launched a new version of CalR to analyze your data. Test the beta version at CalRapp.org. New features: improved visualizations, quality control analysis, statistical power, energy balance, and more. Free! Feedback wanted pls.
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Renata Pereira retweeted
I really was surprised about the differences in mitochondrial structure and function between visceral and SubQ fat. Check it out.
Online now! Obesity causes mitochondrial fragmentation and dysfunction in white adipocytes due to RalA activation dlvr.it/T22T13
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Renata Pereira retweeted
Capping off our good week for papers with a review article with @RePereira in @Diabetes_ADA symposium review on #Mitochondria Dynamics in #obesity, #diabetes and #CVD. diabetesjournals.org/diabetes/artic…
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Renata Pereira retweeted
A good week for papers. Check our latest study led by @RePereira @IntMedatIowa @foedrc in @SciReports, elegant demonstration of ATF4 & FGF21 roles in #BrownFat thermogenesis. This is the paper my granddaughter helped me edit! @potthofflab
rdcu.be/dwoge
rdcu.be/dwoge
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Renata Pereira retweeted
My PhD work is in press @NatureComms! I have enjoyed this journey of discovery so much, from recognizing this interesting “capping” motif in TRH to predicting and detecting peptides to ultimately finding signaling functionalities of capped peptides (CAP-TAC1 and CAP-GDF15).
Congratulations @AmandaWigg_, thesis work now in press @NatureComms. Inspired by the structure of the hypothalamic hormone TRH (pyroglu-his-pro-amide), Amanda shows “capping” defines a chemical motif present in many previously unknown bioactive peptides
nature.com/articles/s4146…
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The @DrGregSteinberg lab proposes that GDF15, secreted from the kidney, may be a fatty acid sensor designed to protect cells from fatty acid overload @Diabetes_ADA diabetesjournals.org/diabetes/artic…
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Thank you @seeleyrj for collaborating with us.
Proud of my team contributing to the growing literature on GDF15 and energy homeostasis. Thanks, @IntMedAbel for the shout out!
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Proud of my team contributing to the growing literature on GDF15 and energy homeostasis. Thanks, @IntMedAbel for the shout out!
Pleased to share our recent paper in @eLife led by @RePereira and her team from @foedrc @IowaMed @IntMedatIowa . New insights into #Hormone secreted by Brown Fat that regulates whole body #metabolism.
doi.org/10.7554/eLife.… @eLife
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Renata Pereira retweeted
Pleased to share our recent paper in @eLife led by @RePereira and her team from @foedrc @IowaMed @IntMedatIowa . New insights into #Hormone secreted by Brown Fat that regulates whole body #metabolism.
doi.org/10.7554/eLife.… @eLife
doi.org/10.7554/eLife.… @eLife
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Renata Pereira retweeted
Very excited to share our latest discovery! Congrats to Jordan Levy and the Anthony and Wek Labs for another outstanding collaboration. doi.org/10.1152/ajpend…
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Renata Pereira retweeted
New Research: The roles of FGF21 and GDF15 in mediating the mitochondrial integrated stress response: Various models of mitochondrial stress result in induction of the stress-responsive cytokines fibroblast growth factor 21 (FGF21)… #Endocrinology #Endo frontiersin.org/articles/10.33…
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Comprehensive quantification of metabolic flux during acute cold stress in mice: Cell Metabolism cell.com/cell-metabolis…
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An ATF4-centric regulatory network is required for the assembly and function of the OXPHOS system biorxiv.org/content/10.110…
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Mitochondrial dynamics in health and disease: mechanisms and potential targets | Signal Transduction and Targeted Therapy nature.com/articles/s4139…
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Renata Pereira retweeted
Lipid mediators, aka lipokines, play a crucial role in systemic metabolism. Discover how adipose tissue, with its lipid-rich nature, becomes a major source of lipokines. Check out our latest review on "Adipose tissue-derived lipokines in metabolism" 👉tinyurl.com/24u8ez95
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Renata Pereira retweeted
Excited to share our latest work on mapping cell-cell communication within the thermogenic adipose niche via ligand-receptor networks. We identify adipose progenitors as the major communication "hub." Fantastic collaboration with @FarnazShamsi @rongbin_zheng @kaifu3
Changes in the ambient temperature alter cell-cell communications in murine brown adipose tissue, as shown in a study by @FarnazShamsi, @tsengyuhua, @rongbin_zheng, @kaifu3 nature.com/articles/s4200…
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Renata Pereira retweeted
mTORC2 is reactivated with fasting? And induces mitochondrial fission? Check the News and Views we wrote, now published in @NatureCellBio
🎁Interested in learning more about the study? Read also the N&Vs article written by William B. Mair and Miriam Valera-Alberni:
rdcu.be/dfQba
nature.com/articles/s4155…
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