The phrase "a requirement for efficient" is correct and usable in written English.
It can be used when discussing necessary conditions or criteria that contribute to efficiency in a particular context.
Example: "Clear communication is a requirement for efficient teamwork in any organization."
Alternatives: "a necessity for effective" or "an essential for optimal".
These data indicate a critical role for the polypyrimidine tract binding protein in picornavirus gene expression and strongly suggest a requirement for efficient IRES-dependent translation.
QDs with various sizes should be deposited on the surface of mesoporous TiO2 separately as a requirement for efficient charge separation [6].
Deletions of these two genes may pose a requirement for efficient recombinant pathway flux if a phosphoketolase would be used in combination with a phosphotransacetylase or an acetate kinase, as considerable amounts of carbon otherwise would be processed by Gpp1 and Gpp2, which would reduce the potential energy benefits of the heterologous pathway.
We hypothesize that FGF2 inhibition of neural differentiation could be a requirement for efficient BMP-induced differentiation to endoderm.
Because substrate binding is a requirement for efficient cullin neddylation [16], [23], full length Cul1 also exhibits markedly reduced conjugation with Nedd8.
Integration of the double-stranded DNA copy of the HIV-1 genome into host chromosomal DNA is a requirement for efficient viral replication.
The authors should also reference and discuss recent studies using a CD28-inducible deletion during helminth infection that showed a requirement for CD28 for efficient Th2 immunity following re-infection (Ndlovu et al., 2014).
Since intermediate purification of the hydrolyzate is usually not a viable process option, a key requirement for efficient second-generation bioethanol production is a microbial strain that combines useful fermentation capabilities with high robustness to the overall conditions of the hydrolyzate [ 1, 2, 4, 5].
Thus, a C-terminal polarized energy distribution is a general requirement for efficient membrane fusion.
Such scaling reduces the computational run time in direct proportion to the number of GPUs used — a major requirement for efficient parallel processing.
Recent advances in technology have increased the availability of video data, creating a strong requirement for efficient systems to manage those materials.
