Sentence examples for lowest detection concentration from inspiring English sources

Evaluation of the analytical sensitivity of the Aspergillus NASBA-ELISA system showed the same sensitive as NASBA-electrophoresis with the lowest detection concentration of 1 CFU.

However, the lowest detection limit for Na4EDTA concentrations afforded by this spectroscopic/chemometric method was 0.3% w/w.

In selected optimal values of the quantum dots, wide linear range and low detection limit concentrations are achieved.

Similarly as for DDTs (low detection percentage), concentrations of PBDEs were presented as minimum and maximum levels, Table  5.

However, the publications included in this review reported low detection rates or concentrations of pesticides in drinking water.

The fabricated nitrate-selective electrode displayed a Nernstian slope of 57.9 mV per decade of nitrate concentration, a low detection limit of 3 × 10−5 M and a rapid response time (within 10 s) for concentration upon 10−4 M.

However, taking into account the lower sensitivity of chromogenic assays compared to LC-MS/MS and the variability of coagulation analysers that may further increase the imprecision at the lowest concentrations, detection and quantitation of lower levels (<30 ng/mL for rivaroxaban and <15 ng/mL for apixaban) still require LC-MS/MS analyses [ 108, 109].

Nevertheless, taking into account the lower sensitivity of chromogenic assays compared to LC-MS/MS and the variability of coagulation analysers that may further increase the imprecision at the lowest concentrations, detection and quantitation of lower levels (<30 ng/mL) in rivaroxaban treated patients still require LC-MS/MS analyses [ 50, 77].

Heptachlor, HCH, aldrin, β-endosulfan and trans-heptachloroepoxide were detected at negligible concentrations and low detection rates and were not analyzed further.

The technique is easy to use, saves of time and costs, low detection limit, high accuracy, wide concentration range, applicability to colored and turbid solution.

The method was used to study and optimize the non-equilibrium response of sensors, such as obtained with solid-contact ISEs used in time dependent conditioning procedure with recovery of the low detection limit at lowest analyte concentrations.