For instance, in the FK step, there is a clear boundary that the first half performs square, square root, and division operations to calculate an integer value, and the second half uses the integer value as a table index, and performs sine, cosine, and complex multiplications to get the final result.
The calculation time of a square-root and division was replaced by the comparable number of real-number multiplications (two and 12 times, respectively), which was investigated from an experiment on a PC (CPU: Intel® Core™ i7-2600 CPU @ 3.4 GHz. Memory: 4 GB).
olgensis, 25-5 (strootingoting capacity) and 23-12 (weak rooting capacity), and two early stages of adventitious root development, the root cell dedifferentiation and division stage (14 DAC) and the root initial cell formation stage (25 DAC) [ 2], are selected to study the molecular basis of developmental regulation of adventitious root formation.
In the standard order of operations, addition is a lower priority than exponentiation, nth roots, multiplication and division, but is given equal priority to subtraction.
The order of operations is as follows: exponents and roots, multiplication and division, addition and subtraction.
The read numbers assembled in these two genes in 25-5 (strootingoting capacity) were higher than those in 23-12 (weak rooting capacity) at the root cell dedifferentiation and division stage (14 DAC) and at the root initial cell formation stage (25 DAC).
It can also be propagated from small root cuttings and divisions.
The read number assembled in this gene was higher in clone 25-5 (strootingoting capacity) than in clone 23-12 (weak rooting capacity) at the root cell dedifferentiation and division stage (14 DAC).
It was significantly up-regulated in 25-5 (strootingoting capacity) at the adventitious root cell dedifferentiation and division stage (14 DAC) (Table 1).
Osdgl1 mutant plants exhibit a short root phenotype due to a defect in root cell elongation and division (Qin et al. [2013]).
Using a multi-cellular model, we also analyse the roles of cytokinin and auxin in specifying the three main regions of the primary root (elongation, transition and division zones), our simulation results being in good agreement with independent experimental observations.
