The dramatic increase of long-range order in the LB multi-layered enzyme films after heating and cooling, made previously apparent by grazing incidence small angle X-ray scattering using ID13 microbeam [1], is here confirmed by these synchrotron diffraction studies at the ID11 beamline, opening the way to LB technology for bypassing the bottleneck of protein crystallization for protein structure determination which is leaving still unsolved large part of important proteins , like the membrane ones
Synchrotron Diffraction of Multilayered LS PGA Films After Heating And Cooling
NICOLINI, CLAUDIO;PESHKOVA, EVGENIYA;SPERA, ROSANNA;
2012-01-01
Abstract
The dramatic increase of long-range order in the LB multi-layered enzyme films after heating and cooling, made previously apparent by grazing incidence small angle X-ray scattering using ID13 microbeam [1], is here confirmed by these synchrotron diffraction studies at the ID11 beamline, opening the way to LB technology for bypassing the bottleneck of protein crystallization for protein structure determination which is leaving still unsolved large part of important proteins , like the membrane ones
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