The phrase "array assembly in" is correct and usable in written English.
It can be used in contexts related to programming, data structures, or manufacturing processes where arrays are being assembled or organized.
Example: "The array assembly in the new software update has improved the efficiency of data processing."
Alternatives: "array construction in" or "array organization in".
Using our semi-automated assembly machine, we demonstrate 100 capillary array assembly in 12 min.
A delay in spindle disassembly could lead to the shortage of tubulin and MAPs available for cytoplasmic array assembly in organisms with complex cytoplasmic microtubule structures, such as S. pombe.
Hence, another important open question is the extent to which minus end-associated factors function collaboratively or redundantly during microtubule array assembly in vivo.
Bacterial chemoreceptors cluster in highly ordered, cooperative, extended arrays with a conserved architecture, but the principles that govern array assembly remain unclear.
In addition, the heat transfer process of the LED array package assembly in natural convection is also simulated using the computational fluid dynamics (CFD) method.
This paper presents a thermal management analysis and experimental validation of natural convective heat transfer of a high brightness LED array package assembly in various placement algorithms.
In the current study, this approach was extended to the fabrication of positive electrode arrays and their assembly in a 3D lithium-ion microbattery.
Formin family proteins direct actin assembly in an array of cellular functions including cytokinesis, cell migration, and the establishment and maintenance of cell polarity[1] [3].
Conventional AFM allowed the characterization of the supramolecular arrangement of these proteins in junctional microdomains at high resolution, showing the AQP0 assembly in regular square arrays edged and separated by densely but nonregularly packed connexons.
SSR arrays meeting minimum criteria were identified prior to contig assembly in 15,647 singleton sequences in TrGT, which comprise 4.4% of the database sequences.
These findings have led to a new model for chromatin assembly in which Chd1 initially generates randomly distributed nucleosomes (via its assembly function), and then converts them into periodic arrays of nucleosomes (via its remodeling function).
