The phrase "assembly and removal" is correct and usable in written English.
It can be used in contexts related to construction, manufacturing, or any process involving putting together and taking apart components or systems.
Example: "The manual provides detailed instructions for the assembly and removal of the device's parts."
Alternatives: "installation and disassembly" or "construction and deconstruction".
Messam admits to have to climb many hurdles with environmentalists, Health and Safety staff and even archaeologists to ensure the safe assembly and removal of some of the exhibits for the two-week duration of the festival, funded through the Northern Rock Foundation, South Lakeland district council, Arts Council England and the PRS Foundation.
Contig assembly and removal of redundant sequences was performed on 38,592 sequences using TIGR Gene Indices Clustering Tools TGICLL) and CAP3 software.
Assembly and removal of nucleosomes are likely to occur during transcription and DNA replication and numerous studies link Chd1 with these processes (Alen et al, 2002; Simic et al, 2003; Biswas et al, 2007, 2008; McDaniel et al, 2008).
For PriA, the self-assembly and removal of an autoinhibitory domain for higher helicase activity have not been reported.
After the sequence assembly and the removal of short contigs (<200 bp), the total lengths of the assembled contigs for 6BS and 6BL were 234.8 and 273.2 Mb, comprising 262 375 and 173 655 contigs, respectively, which corresponds to 56.6 and 54.9% of the estimated lengths of both arms.
As illustrated in Fig. 1, mesoporous SnO2 powders were prepared through micellar aggregation, evaporation, self-assembly, and surfactants removal.
It probably was due to the reduced cell-matrix adhesion assembly and disassembly after removal of HSPGs, since HSPGs can enhance formation of cell-matrix adhesions and stress fibers [28] [31], [35].
Redundancy within the S. mediterranea genome assembly warranted the detection and removal of identical sequences.
Through the induced self-assembly of these particles and removal of the surfactant by a simple thermal treatment, the mesoporous-structured SnO2 was successfully obtained, which was responsible for high surface area and pore volume.
Formerly considered as a secondary component of fuel cell, gas diffusion layers (GDLs) have been shown to have a key role in gas transport to the catalyst layers and in water management: in particular, the microporous layer (MPL) deposited on the diffusion substrate has an active part in water distribution in the membrane electrode assembly and in its efficient removal from the cell.
XB conducted vector sequence removal, assembly and analysis of EST sequences and prepared the manuscript.
