For many years the SSNMR analysis of lipid bilayers uniaxially aligned on glass cover slides has provided a useful approach to obtain structural and topological information on membrane proteins, by exploiting the orientation dependence of NMR interactions under nonspinning (static) conditions.
Following the approach of the target-aligned heliostat, another method is considered in this paper to exploit the orientation of the first axis taking into account the position of the receiver relative to the heliostat.
As building objects are expected to be connected with each other on a regional level, exploiting the main orientation obtained from the local gradient analysis provides further information for detection purposes.
Based on our previous discovery of a dual inhibitor of Mcl-1 and Bcl-2, 3-thiomorpholin-8-oxo-8H-acenaphtho[1,2-b]pyrrole-9-carbonitrile (1, S1), and guided by structure insight of 1 complex with Mcl-1 and Bcl-2, we exploited the spatial orientation of BH3 groove of the two proteins by a series of analogues of 1.
In video, we estimate head orientation from color information by exploiting spatial redundancy among cameras.
By illuminating the specimen with sinusoidal excitation patterns of different phases and exploiting precise knowledge of the frequency and orientation of the excitation pattern, these aliased components can be weighted and shifted to their true location in Fourier space.
The location and orientation of that dipole are then found by exploiting analytic relations involving a dipole field and its associated scalar potential.
Assuming that each T3SS is oriented perpendicular to the surface of the membrane, the angular orientation of each T3SS can be estimated by exploiting the spherical shape of the EB (AV3) (Förster and Hegerl, 2007).
We investigate Fg subdomain-specific adsorption preferences and orientations to the PS and PMMA block by exploiting PS- b-PMMA diblock copolymer nanodomains, which provide a periodically and chemically varying surface on the length scale commensurate with single Fg molecules.
The ubiquitous tendency to make a downward movement on a musical beat [9] is therefore due to the economy of action that comes from exploiting the force of gravity, rather than a structural internalisation of its orientation.
