Szerző: " Clemmer David E."

Konferencia vagy workshop anyag

Sarbu Mirela; Ica Raluca; Biricioiu Roxana; Clemmer David E.; Zamfir Alina D.: Mass spectrometry-based insights into human brain ganglioside dynamics in health and neurological disorders.

Sarbu Mirela; Ica Raluca; Clemmer David E.; Zamfir Alina D.: Unravelling the complexity of human brain glycosaminoglycans: a study of chondroitin/dermatan sulfates by ion mobility mass spectrometry.

Sarbu Mirela; Vukelić Željka; Clemmer David E.; Zamfir Alina D.: Discovery of ganglioside biomarkers in brain metastasis of lung adenocarcinoma by travelling-wave ion mobility separation mass spectrometry.

Biricioiu Roxana; Sarbu Mirela; Ica Raluca; Vukelić Željka; Clemmer David E.; Zamfir Alina D.: Gangliosidomics of cephalic disorders by ion mobility mass spectrometry.

Sarbu Mirela; Ica Raluca; Biricioiu Roxana; Clemmer David E.; Zamfir Alina D.: Identification and structural characterization of chondroitin sulfate disaccharides in human biglycan by nanoelectrospray ionization-ion mobility tandem mass spectrometry.

Ica Raluca; Sarbu Mirela; Biricioiu Roxana; Crumpei Ana-Maria; Sharon Edie; Clemmer David E.; Zamfir Alina D.: Characterization of hybrid chondroitin/dermatan sulfate octasaccharide domains in human brain by ion mobility tandem mass spectrometry.

Sarbu Mirela; Clemmer David E.; Vukelić Željka; Zamfir Alina D.: Screening and sequencing of sialylated glycosphingolipids in human glioblastoma by ion mobility mass spectrometry.

Sarbu Mirela; Ica Raluca; Petrut Alina; Munteanu Cristian V. A.; Clemmer David E.; Zamfir Alina D.: Advanced mass spectrometry techniques for determination of brain ganglioside expression and their functional interactions in healthy and diseased central nervous system.

Sarbu Mirela; Vukelić Željka; Clemmer David E.; Zamfir Alina D.: Ion mobility mass spectrometry of gangliosides in human brain in health and disease.

Sarbu Mirela; Vukelić Željka; Clemmer David E.; Zamfir Alina D.: Profiling and structural characterization by mass spectrometry of region-specific gangliosides in brain.