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Aging (Aging-US) Authors

Arginase-II Deficiency Slows Skeletal Muscle Aging in Mice
Aging News

Arginase-II Deficiency Slows Skeletal Muscle Aging in Mice

January 22, 2025January 22, 2025

A new research paper was published in Aging (listed by MEDLINE/PubMed as “Aging (Albany NY)” and “Aging-US” by Web of Science) on December 12, 2024, Volume 16, Issue 22, titled “Arginase-II gene deficiency reduces skeletal muscle aging in mice.”

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Aging-US.net
Aging News

Impact of Exercise on Aging: Highlighting Muscle Biomarkers

August 21, 2024August 21, 2024

PRESS RELEASE – A new editorial was published in Aging (listed by MEDLINE/PubMed as “Aging (Albany NY)” and “Aging-US” by Web of Science), Volume 16, Issue 15 on August 8, 2024, entitled, “The benefits of exercise on aging: focus on muscle biomarkers.”

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Natural aging and ovariectomy induces parallel phosphoproteomic alterations in skeletal muscle of female mice
Aging News

Aging and Ovariectomy Induces Parallel Phosphoproteomic Changes in Skeletal Muscle of Female Mice

August 15, 2023August 15, 2023

PRESS RELEASE: A new research paper was published on the cover of Aging’s Volume 15, Issue 15, entitled, “Natural aging and ovariectomy induces parallel phosphoproteomic alterations in skeletal muscle of female mice.”

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Figure 7. Summary schematic of MET+LEU effects during SD in muscle cells.
Aging News

Metformin & Leucine Prevent Cellular Senescence & Proteostasis Disruption

March 31, 2023March 31, 2023

PRESS RELEASE: A new research paper was published on the cover of Aging’s Volume 15, Issue 6, entitled, “Cellular senescence and disrupted proteostasis induced by myotube atrophy are prevented with low-dose metformin and leucine cocktail.”

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Figure 6. Hypothesis: some circRNAs mobilize within the motor neuron to the NMJ/muscle during the progression of ALS.
Aging News

Aging | Transcriptomic Analysis of Human ALS Skeletal Muscle Reveals…

January 12, 2023January 12, 2023

PRESS RELEASE: On December 30, 2022, Aging published a new research paper entitled, “Transcriptomic analysis of human ALS skeletal muscle reveals a disease-specific pattern of dysregulated circRNAs.”

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