Thomas Cardaci
@TomCardaci
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PhD Candidate | MS, CSCS*D | Cancer, Skeletal Muscle Biology, and Exercise Physiology | Electron Microscopy | USC School of Medicine | Rutgers & Baylor Alumni
Joined July 2013
Decellularized some muscle for SEM analysis of the extracellular matrix. I think it came out pretty sick!!. #myotwitter
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RT @AJPEndoMetab: From talented teams at @UofU3i and @UofUPT comes today's impressive #ArticleinPress. #Macrophage Immunometabolism - Emerg….
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RT @ESM_ACSM: New graphical review now published! 🚨 Mechanistic Insight into Physical Activity Pleiotropy in Cancer Prevention. Read it her….
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RT @ESM_ACSM: New Article Alert! ✨. Multisymptom Burden in Cancer Survivors: Benefits of Physical Activity. Find it here: .
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RT @ESM_ACSM: The wide-ranging benefits of #PhysicalActivity and structured exercise offer a strong case for their role in reducing the neg….
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RT @DrAiLynTan: #PhysicalActivity #exercise can reduce #cancer risk. ✅Control weight.✅Improve immune & inflammatory profile.✅Enhance coloni….
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RT @A_Bonetto_PhD: New paper from the lab reviewing ‘Diversity in Chemotherapy-Induced Cachexia’ @ljnovinger | American Journal of Physiolo….
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RT @jheilesonPhD: 🚨🚨I’ll be speaking at the ISSN Tactical Summit on November 2, 2024 organized by @FireRescueWell and Drew Gonzalez. There….
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RT @AJPCellPhys: Today's #ArticleinPress is an APS Select article! Decreased skeletal muscle intramyocellular #lipid droplet-mitochondrial….
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What a great way to end the week! Thanks for selecting our paper as an #APSselect paper!.
Congrats to Thomas D. Cardaci et al. for the #APSselect paper "Decreased skeletal muscle intramyocellular lipid droplet-mitochondrial contact contributes to myosteatosis in cancer cachexia" in @ajpcellphys.@TomCardaci @UofSCSOMC.
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Thanks for highlighting our recent paper!.
#APSselect study from @AJPCellPhys finds cancer-induced muscle wasting (#cachexia) causes impairment of lipid droplets and mitochondrial function, which makes fat form around the muscles. Findings could help inform cancer treatment: CC: @AJPCellEIC
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RT @JPAHjournal: Meet Hannah Parker (@Hannah_Parker96), who recently published in JPAH on 24-hour movement behaviors in preschool-aged chil….
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Proud of our recent review! Nice job @b_veen17.
Special thanks to a @UofSC lead by @b_veen17 for providing today's #ArticleinPress! Involvement of the gut microbiota in #cancer cachexia (Brandon VanderVeen et al.):.
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Thanks for the highlight @DrMyohead. Much appreciated!.
Decreased skeletal muscle intramyocellular lipid droplet-mitochondrial contact contributes to myosteatosis in cancer cachexia. Another good one from @TomCardaci @b_veen17 et al.
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RT @JGenPhysiol: Recent study from RÃos et al. ( demonstrates how #AI can be used to estimate the subcellular distr….
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RT @VainshteinAnna: Hey #myotwitter ! Enjoy these dog days of summer with this week’s, hot of the press, selection of papers on the regulat….
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Thanks for sharing our recent paper @musclecellnews !.
This study led by Dr. @TomCardaci provides evidence that skeletal muscle #myosteatosis, altered LD morphology, and decreased LD-mitochondrial interactions occur in a preclinical model of cancer #cachexia. 📰 Find the abstract in @AJPCellPhys:
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RT @JoachimNielsen6: This year it is 20 years ago that I and @nortenblad started to quantify glycogen granules using electron microscopy. ….
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Excited to share the 2nd paper of my F31/dissertation. We found decreases in intramyocellular lipid droplet-mitochondrial contact and changes in lipid droplet shape contribute to myosteatosis w/cachexia. Thankful for all involved!.@AJPCellPhys #myotwitter.
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