The phrase "synthetic ability" is correct and can be used in written English.
You can use it to refer to a person's capacity to combine ideas, concepts, or information in an imaginative way. For example, "Her synthetic ability allowed her to develop a unique approach to solving the problem."
An example of their synthetic ability is nitrogen fixation the production of amino acids, proteins, and other organic nitrogen compounds from atmospheric nitrogen (N2).
The Youden index was calculated to evaluate the synthetic ability of each assay.
The observed increase in bilirubin content in rats' dose 600 mg/kg b.wt suggests a compromise of the synthetic ability of the liver.
In humans, the loss of synthetic ability is due to a frameshift mutation in GULO leading to a premature stop codon.
These results indicated that elevation of amylose synthetic ability alone is not sufficient for the increase in SAR in rice endosperm, probably because enzymes for the synthesis of amylose and for amylopectin compete for the same substrate, ADP-glucose.
Therefore, we also tested the effect of complete loss of Y. pestis c-di-GMP synthetic ability on virulence in a murine model of plague.
His archival zeal, however, outstrips his synthetic abilities; much of the detail seems extraneous and the argument itself is somewhat familiar.
Flux balance analysis (FBA) is a constraint-based computational method [ 34, 70] that can predict synthetic abilities and other properties of metabolisms – complex networks of enzyme-catalyzed biochemical reactions.
Observations or inference for metabolism of complex molecules for ectomycorrhizae grown in this medium must therefore be attributable to the synthetic abilities of L. bicolor and aspen and would not be attributable to the symbiont catabolism of any compounds present in the media.
The % sequence coverage of BSA using compound 6 was 53 and found to be close with HCCA 61 (Table 3), proving that the newly synthetic matrices posses ability to analyze peptides in complex biological samples.
Encapsulation will enable design re-use, sharing, and software tool development, all of which greatly increase synthetic biology's ability to grow both in complexity and in community size.
