Unravelling the mechanisms of energetics-induced fast-to-slow phenotypic shift in creatine-deficient mice = Energeetikast indutseeritud kiire-aeglase fenotüübilise nihke mehhanismide uurimine kreatiinipuudulikkusega hiirtel
author
supervisor
statement of authorship
Romain Bernasconi ; [supervisor: Rikke Birkedal Nielsen, co-supervisor: Marko Vendelin ; Tallinn University of Technology, School of Science, Department of Cybernetics]
type of dissertation
doktoritöö
university/scientific institution
Tallinna Tehnikaülikool
location of publication
Tallinn
publisher
year of publication
pages
130 lk. : ill
series
Tallinn University of Technology. Doctoral thesis = Tallinna Tehnikaülikool. Doktoritöö ; 87/2025
subject term
subject of form
ISSN
2585-6898
2585-6901 (PDF)
ISBN
978-9916-80-412-4 (PDF)
978-9916-80-411-7
notes
Autori publikatsioonide nimekiri leheküljel 7
Bibliograafia lehekülgedel 44-67
Kokkuvõte eesti keeles
Kättesaadav ka võrguteavikuna
Autori CV inglise ja eesti keeles, lk. 130-127
Thesis (Ph.D. in Biomedicine) : Tallinn University of Technology, 2025
url
Open Access
Open Access
scientific publication
teaduspublikatsioon
classifier
TalTech department
language
inglise
- Simple analysis of gel images with IOCBIO Gel
- Higher AMPK activation in mouse oxidative compared with glycolytic muscle does not correlate with LKB1 or CaMKKb expression
- Lifelong creatine deficiency leads to augmented sarcoplasmic reticulum calcium release but not heart failure
- Similar levels of phosphorylated AMPK in skeletal muscles from creatinedeficient guanidino-acetate methyltransferase knockout (GAMT KO) and wildtypemice : [manuscript]
- Creatine deficient AGAT KO mice exhibit stronger remodeling of glycolytic than oxidative muscles through ERα-LKB1-AMPK-PGC1α signaling : [manuscript]
- SIX1-dependent myofiber typology and metabolism controls muscle hypertrophy : [manuscript]
Bernasconi, R. Unravelling the mechanisms of energetics-induced fast-to-slow phenotypic shift in creatine-deficient mice = Energeetikast indutseeritud kiire-aeglase fenotüübilise nihke mehhanismide uurimine kreatiinipuudulikkusega hiirtel. Tallinn : TalTech Press, 2025. 130 lk. : ill. (Tallinn University of Technology. Doctoral thesis = Tallinna Tehnikaülikool. Doktoritöö ; 87/2025).