By the combination of emerging biophysical technologies , we present the very preliminary study addressed to the study of two major proteins involved in the control of nuclear structure, namely in this poster the H4 histone chromosomal proteins and lysozymes as model system. The aminoterminal nucleoplasmic fragment of the lamin B receptor (LBR) is in progress.Protein structure is being characterized and compared down to the atomic scale by high resolution proton-NMR and by nanocrystallography, The same proteins are also being characterized by MALDI TOF Mass Spectrometry.
Emerging Technologies In The Study Of Key-proteins For The Control Of Nuclear Structure
PESHKOVA, EVGENIYA;SPERA, ROSANNA;NICOLINI, CLAUDIO
2004-01-01
Abstract
By the combination of emerging biophysical technologies , we present the very preliminary study addressed to the study of two major proteins involved in the control of nuclear structure, namely in this poster the H4 histone chromosomal proteins and lysozymes as model system. The aminoterminal nucleoplasmic fragment of the lamin B receptor (LBR) is in progress.Protein structure is being characterized and compared down to the atomic scale by high resolution proton-NMR and by nanocrystallography, The same proteins are also being characterized by MALDI TOF Mass Spectrometry.
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