Of these two, the latter is standardized, non-labor-intensive, and allows minimal opportunity for contamination, thereby making it the preferred method for diagnosis.
The method allows precision sampling with minimal soil disturbance while protecting bait insects from scavengers.
This method allows the calculation of minimal inhibitory concentration (MIC) values for active plant extracts against microbes.
Furthermore, this method allows for repeated measurements with minimal risk to the patient.
The method allows for precise and accurate determinations with minimal or no sample preparation and reagent consumption based on mid-IR spectra and partial least squares (PLS) regression.
This method allows accurate injection of 2 µg of mAb with minimal mechanical damage.
The method allows obtaining the ionized magnesium concentration in blood serum with minimal possible error by addressing the assessed targets, i.e. apparent selectivity and slope.
The proposed analytical method allows the determination of the sucrose content in less than 4 min, with minimal effort required for sample preparation.
The distinct contrasting image obtained using this rapid staining method allows for quick identification of the pathogen at the earliest stages of infection with a minimal sample preparation.
The method allows rapid, unambiguous determination of Hb variants HbS, HbC, and HbD, with no sample preparation and minimal sample handling.
