Defined by their localization at microtubule fast-growing ('plus') end, plus-end-binding proteins (+TIPs) regulate a variety of dynamic processes associated with this microtubule end and link microtubule ends to cellular structures such as kinetochores and the cell cortex [2].
There are numerous types of manifolds, ranging from a simple pipeline end manifold (PLEM/PLET) to large structures such as an entire subsea process system.
We previously hypothesized that bacterial structures such as endotoxins bind to the end of procollagen in the cartilage ECM [ 19].
Lipid molecules of this composition spontaneously form aggregate structures such as micelles and lipid bilayers, with their hydrophilic ends oriented toward the watery medium and their hydrophobic ends shielded from the water.
In this paper, the control of low frequency vibrations of structures such as cantilever beams, relatively complicated truss structures with and without end masses, is considered.
A PLEM is a subsea structure set at the end of pipeline that is used to connect a rigid pipeline with other subsea structures, such as manifolds or trees, through a jumper.
It has been suggested that transient embryonic structures such as vitelline vessels and omphalomesenteric bands cause extrinsic compression of both ends of bowel [9,10].
"These include the potential unwinding of off-balance sheet funding structures, such as conduit structures," Mr. Sirri said.
Deformation structures can be grouped into several classes, as follows: (1) founder and load structures, (2) convoluted structures, (3) slump structures, (4) injection structures, such as sandstone dikes or sills, and (5) organic structures.
Radiation and scattering from planar structures as well as curved structures such as spheres and cylinders.
