Sentence examples for an equivalent mixture of from inspiring English sources

The material decomposition technique assumes that for any tissue an equivalent mixture of water and iodine exists with similar spectral attenuation properties.

Hydroxyl radicals (OH) generated from an equivalent mixture of Fe(II)+EDTA with hydrogen peroxide attacked both the probe and the OH scavengers in 37 °C-incubated solutions for 1/2 h.

The coupling reaction proceeded efficiently by simple coprecipitation of a THF solution of an equivalent mixture of 1 and 2 into cold water to combine the two prepolymers by Coulombic interaction.

However, when glutamine synthetase was irradiated in an equivalent mixture of phosphate buffer and uridine which contained Mn2+, 50% activity survived 10 kGy (Figure 4E).

First strand cDNA synthesis was performed using 3 µg of total RNA from each RNA pool of eight human tissues (BD Clontech or Ambion) and HepG2 cell line (DSMZ ACC 180, Germany), an equivalent mixture of random primers and oligo dT 12 18 and the SuperScript® II Reverse Transcriptase (RT; Invitrogen), according to the manufacturer's instructions.

The PCB standard used for quantification was an equivalent mixture of Kanechlor preparations (KC-300, KC-400, KC-500, KC-600).

A whole run was performed from equivalent mixture of the four separately pooled samples.

The strength of MPC prepared with equivalent mixture of ammonium dihydrogen phosphate and potassium dihydrogen phosphate was higher than that of MPC containing magnesium ammonium phosphate or magnesium potassium phosphate only.

Because the reciprocal of the time required for an enzyme reaction to reach a given extent of completion is inversely proportional to the enzyme activity loaded [ 31, 32], we can state that the multicatalytic construct has almost 4.3 times the activity of the equivalent mixture of its individual components.

In stark contrast, DNA incubated in equivalent mixtures of Mn2+, decapeptide and phosphate buffer was obliterated by 12 kGy (Figure 5); and enzymes irradiated in phosphate buffer alone were inactivated by less than 0.5 kGy (Figure 4E).

However, when equivalent mixtures of UMnP and DMSO were combined in TGY plates, wild-type E. coli displayed luxuriant growth under 42 Gy/hour (Figure 6B, 6C and S4C), a dose rate which kills all but the most ionizing radiation-resistant bacteria [3].