The phrase "able to isolate one" is correct and usable in written English.
It can be used in contexts where someone is discussing the capability to separate or identify a specific item or individual from a group.
Example: "The scientist was able to isolate one of the variables in the experiment to determine its effect on the results."
Alternatives: "capable of isolating one" or "able to separate one".
But also not being able to isolate one variable.
"I feel like Linda and Armand [Van Deursen and Mevis] do a great job of being able to isolate one little particular component of almost every circumstance," Fracareta says.
Therefore, we cloned each PCR product into the pstBlue-1 vector (Invitrogen) to be able to isolate one of the alleles.
We were able to isolate one DNA fragment (designated oxox), which showed 32% similarity to the barley oxoX gene, suggesting that the oxalate oxidase reaction is the likely oxalate degradation route in S. rolfsii.
More generally, even if we are able to isolate one possible feedback as these authors did, other, less immediate effects acting at different spatiotemporal scales may overlay and thus cancel, mitigate or enhance the initial one.
For pgiC and gapCp, the expected number of gene copies was found for each of the North American species based on their ploidy (Table 2): diploids had one copy of each marker, tetraploids had two, and the hexaploid D. clintoniana had three, although for three tetraploid accessions (two of D. cristata and one of D. celsa), we were only able to isolate one.
Although the library size here was small, we were able to isolate in one experiment a better transporter than the entire field working on this problem had been able to achieve in the past 3-4 years.
Second, the system is more secure because we are able to isolate the applications from one another.
They were able to isolate and implant the one fully healthy embryo.
Since the definition of Shigella is based upon a group of genes which gives it its pathogenic characteristics, it makes perfect sense that the pan-genome tree, which focuses on gene presence/absence, is able to isolate the Shigella genus into one single clade.
This, along with multiple types of one-class classifiers (density-based, boundary-based, reconstruction-based and combination-based) that are able to isolate abnormal data from normal one, supported the design of process monitoring.
