During my PhD courses I focused attention on the applications of mass spectrometry in lipidomic studies. I applied mass spectrometry in several experimental models to try to observe differences in selected metabolites affected by a particular pathology. The first project performed in experimental model of impaird lipogenesis highlighted a cross talk between altered fatty acid synthesis and neuroactive steroid levels. The second project, mass spectrometry application allows to understand he effect of short-term diabetes on cholesterol metabolism. In the last project lipidomic pattern was investigated in experimental model of SCA38. Results obtained highlighted as elovl5 mutation affect phospholipids profile.

Lipids and Mass Spectrometry Application

SPEZZANO, ROBERTO
2019

Abstract

During my PhD courses I focused attention on the applications of mass spectrometry in lipidomic studies. I applied mass spectrometry in several experimental models to try to observe differences in selected metabolites affected by a particular pathology. The first project performed in experimental model of impaird lipogenesis highlighted a cross talk between altered fatty acid synthesis and neuroactive steroid levels. The second project, mass spectrometry application allows to understand he effect of short-term diabetes on cholesterol metabolism. In the last project lipidomic pattern was investigated in experimental model of SCA38. Results obtained highlighted as elovl5 mutation affect phospholipids profile.
30-mag-2019
Inglese
Lipidomic; Mass spectrometry
CARUSO, DONATELLA MARIA
PRINETTI, ALESSANDRO ENNIO GIUSEPPE
Università degli Studi di Milano
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/76843
Il codice NBN di questa tesi è URN:NBN:IT:UNIMI-76843