Overall, signal intensities of analytes analyzed by newly developed matrices were promising.
Out of the 17 analytes analyzed, hVSMCs secreted IL-6, IL-7, IL-8, G-CSF, IFN-γ, MCP-1 (MCAF) and TNF-α, above the detection limit (>0.2 pg/mL) (Figure 3).
Two analytes analyzed using the hormone method were detected in one or more of the 23 field blanks at concentrations above the detection limit: COP in two blanks at <2600 ng/L and CHO in four blanks at <6000 ng/L.
To date, the lowest amount of analyte successfully analyzed was 50 fmol of melittin, prepared on the target plate (Supporting Information, Figure S5).
Multiplexing necessitates an encoding scheme for molecular identification; the code allows the capture probe bound at a particular position on the array to be identified, and so it is also possible to know which analyte is analyzed.
Both analytes were analyzed at a low concentration, 0.150 ng/mL, and a stable isotope label internal standard was used for each analyte.
The extracted analytes were analyzed by using gas chromatography (GC) coupled with flame ionization detection (FID).
The bottom phase (approximately 3.5 mL), composed of acidified water and part of the ethanol originally present in the gasoline sample, containing the extracted analytes was analyzed.
Maternal characteristics and first- and second-trimester aneuploidy screening analytes were analyzed using logistic binomial regression.Placental abruption was more frequent among women of Asian race, age older than 34 years, women with chronic and pregnancy-associated hypertension, preeclampsia, preexisting diabetes, previous preterm birth, and interpregnancy interval less than 6 months.
The silylated products of analytes were analyzed by GC MS.
Test sets for different organophosphate analytes were analyzed by both quenching photoluminescence and Δ OT.
