The standard AF-16 was dissolved and diluted in normal blood plasma; the standards S1-S6 (0.2–200 ng/ml, corresponding to 0.114 114 nM) and normal plasma S0 were distributed into smaller aliquots (e.g. 200 μl) and frozen at −20 °C until use.
Finally, all available quantity of every homogenate was distributed into smaller portions for analysis by each of the selected techniques: OW, colorimetry, PA spectroscopy, micro-Raman spectroscopy, and the reverse-phase HPLC.
Although there is no obvious relationship between genome size and the number of chromosomes (Heslop-Harrison and Schwarzacher 2011), it is believed that there is an upper limit of chromosome size and large genomes must be distributed into several smaller chromosomes (Schubert and Oud 1997).
So we suggested that MLPI should be distributed into T3 disease and IFI distributed into T4 disease.
Group II, with the same number of cases (n = 58), was distributed into 6 distinct smaller clusters, including those associated with chromosomal rearrangements t(8 21) (cluster 6), t(15 17) (cluster 9), inv(16) (cluster 8), MLL rearrangements (clusters 11), or normal Karyotypes (cluster 5) (Figure 1A).
In the heterogeneous flow regime, gas was distributed into two bubble phases: small and large.
Using this topological structure even if a small number of sensor nodes are distributed into the zones, the network is still expected to be covered.
A component of the total strain is distributed into the surrounding rock to produce synthetic layer dip or a network of smaller faults and fractures.
Small portions (1.5 6 mg, 5 20 mmol) of finely pulverized Ag2CO3 were distributed into reacti-vials and then weighed accurately.
Three microlitres of each antibody were distributed into Eppendorf tubes.
