- Media Sciences - May 24
Mehr Windenergie dank ZHAW- Messungen - Psychology - May 24
Bundesrat wählt ZHAW- Direktor in Kommission für Psychologieberufe - Social Sciences - May 24
«Sozialer Kitt» der Schweizer Gesellschaft wird untersucht - Chemistry - May 24
Mieux attaquer le cancer tout en améliorant le confort des patients - Literature - May 23
Comment parle l’Europe? - Pedagogy - May 23
Mauro Dell’Ambrogio leitet ab 1. Januar 2013 das neue Staatssekretariat für Bildung, Forschung und Innovation SBFI - Medicine - May 23
Texting Made Possible for the Illiterate - Social Sciences - May 23
Junge Erwachsene trinken wahrscheinlich doppelt so viel Alkohol wie bisher angenommen - Earth Sciences - May 22
Reconstruction of atmospheric lead concentrations in Russia since 1680 - Agronomy - May 22
Grosse Bienenverluste bestätigen die Forschungsbemühungen - History - May 21
Pologne - Ukraine: cohésion et controverses - Social Sciences - May 21
ABB erhält in Indien Auftrag in Höhe von 33 Millionen US-Dollar zur Stärkung des Stromnetzes - Literature - May 21
Savoir et fiction : Qui dit juste? Qui dit vrai? - Physics - May 21
Nanopartikel- Testhandbuch setzt Standards
Agronomy
Chemistry
Physics
Computer Science
Environmental Sciences
Life Sciences
Medicine
Business
History
Pedagogy
Social Sciences
Media Sciences
» » more
A new model of brain metabolism.
© 2011 par UCSD Science & Engineering Library
A two-compartment mathematical model of neuroglial metabolism using [1-11C] acetate.
Compared with 13C MRS studies, 11C radiotracer measurements provide a single uptake curve representing the sum of all labeled metabolites, without chemical differentiation, but with higher temporal resolution. The group of Rolf Gruetter (CIBM - Center for Biomedical Imaging ) propose in this study a two-compartment metabolic model of brain metabolism to assess oxidative metabolism from [1-11C] acetate radiotracer experiments, using an approach previously applied in 13C magnetic resonance spectroscopy (MRS), and compared with an one-tissue compartment model previously used in brain [1-11C] acetate studies.
Bernard Lanz et al.,Journal of Cerebral Blood Flow & Metabolism; doi: 10.1038/jcbfm.2011.162 (2011)
Last job offers
- Civil Engineering - 24.5
Wissensch. Assistent/in MINERGIE® Agentur Bau (80–100 %) - Agronomy - 22.5
Wissenschaftliche Mitarbeiter/in Koordination Agrar-Umweltindikatoren - Electroengineering - 21.5
Elektroingenieur/in FH - Social Sciences - 21.5
wissenschaftliche Mitarbeiterin/ wissenschaftlicher Mitarbeiter - Electroengineering - 21.5
Sektionsleiter/in - Life Sciences - 17.5
Hochschulabsolventen (m/w) Fachrichtungen Biologie, Mikrobiologie, Bio-Informatik... - Pedagogy - 15.5
Doktorand/in Erziehungswissenschaften - Pedagogy - 14.5
Dozent/in Bildungssoziologie (70 %)
» Share this page: