The phrase "accurately detectable" is correct and usable in written English.
It can be used when discussing the ability to identify or measure something with precision.
Example: "The new sensor is designed to be accurately detectable in various environmental conditions."
Alternatives: "precisely identifiable" or "clearly discernible".
Moreover, the method presumes the location of iris center to be accurately detectable.
Nonetheless, the majority of pseudogenes possess a significant fraction of mappable bases and are thus accurately detectable using RPKUM expression levels.
CvPI expression in both phenotypes was no accurately detectable in leaves, bracts and sepals, whereas CvAP3 expression was found in all studied organs.
Non-homologous ISofunctional Enzymes (NISE) is the preferred term to accurately describe enzymes that lack detectable sequence similarity but catalyze the same biochemical reactions and carry the same Enzyme Classification (EC) number [1].
A major insight from these studies is that meiosis II chromosome segregation occurs accurately in the absence of detectable MEI-S332 on the centromeres in male meiosis.
The period IgM may remain detectable has not been accurately determined.
Because the response is not linear at both ends of the intensity plot, at the lowest and highest intensities of incident light, the amounts of amino acids cannot be quantified accurately even if the signals are detectable.
All testing indicated the MODD accurately provides uniformly mixed HME vapor at detectable levels from separated HME components.
The present study demonstrates that 3D printed ossicular replacement prostheses are unique in size and shape when using CT imaging as a basis for modeling, and that these differences are detectable by Otologic surgeons, who can accurately match the individual prostheses to their parent bones.
The ability of chromosomes to segregate accurately in meiosis II in the absence of detectable centromeric MEI-S332 indicates that in this division, as in mitosis, MEI-S332 is not essential.
The loading of particles that are used in experiments are often based on a relevant environmental loading (e.g., lung exposure) or a loading that is suitable to the experiment (i.e., a particulate amount that can be accurately weighed or a loading that will result in a detectable fluorescence).
