In this study, a methodology for assembly sequence planning of complex components is presented, which consists of three phases: assembly-based modular design, assembly subsequences generation for each module and assembly sequences merging.
Endocytic sorting of cell-surface receptors to lysosomes for their degradation is executed by the ESCRT (endosomal sorting complexes required for transport) machinery, which consists of four different macromolecular assemblies, ESCRT-0, -I, -II, and -III.
The benchmark model consists of two different assemblies of low enriched uranium (LEU) and MOX that are typical of the advanced designs for the VVER-1000 reactors.
The T2SS consists of three sub-assemblies, one of which is the Inner Membrane Complex which contains multiple copies of five proteins, including the bitopic membrane protein EpsL.
The first stage consists of several parallel machines in site I with different speeds in processing components and one machine in site II, and the second stage consists of two dedicated assembly lines.
A typical electrospinning assembly consists of four components: (i) a pump, which holds the syringe containing polymer solution (the pump allows controlled outflow of the polymer solution), (ii) a high voltage supply (1 to 50 Kv), (iii) a metallic capillary (needle) connected to a syringe and a positive voltage, and (iv) a metallic collector (flat or rotation drum) connected to a negative voltage.
The irradiation experiment Pebble Bed Assemblies (PBA) consists of four mock-up representations (test elements) of the EU Helium Cooled Pebble Bed (HCPB) concept.
Each vertices consists of four asymmetric edges, and it is the assembly of these vertices that forms the geometric characteristic that directs the assembly of the COPII cage (Stagg et al. 2006).
The ADR consists of two mechanically independent assemblies.
A Scattering consists of four poetic sequences.
