The phrase "apparatus data" is correct and usable in written English.
It can be used in contexts related to technical or scientific discussions, particularly when referring to data collected from or about a specific apparatus or device.
Example: "The apparatus data collected during the experiment showed significant variations in temperature."
Alternatives: "device data" or "equipment data".
E. coli will also grow in our apparatus (data not shown), directly sandwiched between the PDMS and the membrane.
In the light/dark test, which also assays for anxiety-relevant behaviors, we found no genotype or genotype X sex effects on the number of entries into each compartment (Fig. 3D) or on the percentage of time animals spent in the light compartment of the light/dark apparatus (data not shown).
This dZIP13-EGFP is also partially located to the Golgi apparatus (data not shown).
We find that all RMO-treated mice, at these doses, did nothave any performance alteration in the rota-rod apparatus (data no shown).
As in previous studies [ 13, 18] secreted ODAM was readily detectable in cell culture supernatants and was only associated with cells at low levels, primarily localized to the golgi apparatus (data not shown).
Although we found experimental variation in transformation efficiencies, the lines that we tested supported RMCE at rates up to 41%, consistent with our rates of transgenesis for other genomic targets using this method and our current injection apparatus (data not shown; Bateman and Wu 2008).
Medtronic Canada Inc. provided the Bravo equipment (hardware, vacuum apparatus, portable data recorders) free of charge but had no role in the study design, recruitment, administration, analysis of data, manuscript, or publication of the study.
Such wire-line logging apparatus make data immediately available for scientific analysis and decision making.
Thanks to this apparatus, new data can be obtained, in particular concerning the granular aspects of the crystallization processes and the reproducibility of the results.
These days there are computer-controlled robotic arms to load each crystal onto the apparatus for data collection but just a few years ago all this had to be done manually and at frequent intervals through the shift, requiring hours of concentrated activity.
As there is no standardized testing procedures for intralaminar fracture toughness characterization of composites at high strain rates, there is a clear need to design specimen geometries, testing apparatus and data reduction schemes that allows the characterization of the fracture toughness of composites in the dynamic regime.
