Sebastian Edman
Doktorand i idrottsvetenskap
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Akademisk titel
Magister i biomedicin
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Tillhör
Institutionen för fysiologi, nutrition och biomekanik
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Kompetensprofil
Fysiologi, Näringslära, Träningslära
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Forskningsintressen
My general research interests involve the molecular mechanisms regulating human skeletal muscle plasticity. Specifically, how the established molecular pathways regulating protein synthesis and breakdown as well as substrate utilization are expressed, and ultimately function, in the slow (type I) and fast (type II) muscle fiber types.
My PhD-project revolves around new methodology to separate a mixed human muscle into pure type I and type II muscle fiber pools, for it to be further analyzed separately. The overall aim of the project is to gain a deeper understanding as to why our skeletal muscle fiber types adapt differently to long term external stimuli.
Current projects
- Fiber type specific regulation of protein synthesis in young and elderly muscle
- Fiber type specific mitochondrial respiratory function
- Fiber type specific responses to energy- and nutrient availability
Senaste publikationer (DiVA)
Sida 1 av 2
(Totalt antal hämtade artiklar: 6)
Edman, Sebastian Moberg, Marcus Psilander, Niklas
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Acute Signaling Responses To Resistance Exercise In Previously Trained And Untrained Skeletal Muscle |
2020 |
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Edman, Sebastian Söderlund, Karin Blomstrand, Eva
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Anabolic signalling in individual muscle fibres following resistance exercise in combination with amino acid intake |
2018 |
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Valente-Silva, Paula Cervenka, Igor Ferreira, Duarte M S Correia, Jorge C Edman, Sebastian Horwath, Oscar Heng, Benjamin Chow, Sharron Jacobs, Kelly R Guillemin, Gilles J Blomstrand, Eva Ruas, Jorge L
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Effects of Tryptophan Supplementation and Exercise on the Fate of Kynurenine Metabolites in Mice and Humans. |
2021 |
Fulltext
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Edman, Sebastian Söderlund, Karin Blomstrand, Eva
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Human type II muscle fiber exhibit higher expression of proteins in the mTOR pathway as compared to type I fibers |
2017 |
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Edman, Sebastian Horwath, Oscar Blomstrand, Eva
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Intake of branched-chain amino acids in combination with endurance exercise – no effect on mRNA expression of proteins regulating mitochondrial biogenesis |
2019 |
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