In this study we employed MAS to develop thermo-sensitive genic male sterile (TGMS) lines by introducing Pi2 into the TGMS background.
Genomic regions responsible for waterlogging tolerance of soybean can be helpful for MAS to develop high-yielding flooding tolerance cultivars.
This grade of phenotypic unpredictability inherent to the environment has long hampered the use of molecular breeding technologies, such as marker-assisted selection (MAS), to develop appropriate isoflavone lines.
Partial least squares (PLS) regression was performed using the Polychromix Model Generator software (Wilmington, MA) to develop applications for pH, date, and DP determination.
We used Decision Maker software (Pratt Medical Group, Boston, MA, v2002.07.2) to develop a Markov model that followed the girls over their lifetimes.
A programmable graphical and calculus environment was used (Matlab, The Mathworks, Natick, MA, USA) to develop a tool for analysing the DWI series using mono- and bi-exponential fitting procedures.
This paper proposes a Pareto-optimal moving average multigene genetic programming (MA-MGGP) approach to develop a parsimonious model for single-station streamflow prediction.
For example, people who experience high levels of MA are likely to develop negative attitudes toward tasks involving mathematics, drop out of elective mathematics classes or avoid taking them altogether; in addition, those with high MA avoid pursuing careers that require quantitative skills [ 3, 13- 15].
Patients with MA were significantly younger than those without migraine (p < 0.01), and women tended to develop MA more frequently than men; however, the difference did not reach statistical significance.
27 Twenty-seven Fokker D.VII, 16 Hanriot HD.1, and 15 Nieuport 28 Bébé war surplus airplanes were acquired in 1920 (as were 20 Zeppelin LZ C.11 reconnaissance biplanes obtained on the postwar black market) but were soon obsolete, and further efforts to develop indigenous aircraft (MA-6, MA-7, and MA-8) were unsuccessful.
The geological structure of Unzen volcano, reported by Hoshizumi et al. (2003), is shown in Fig. 3. Unzen volcano started to develop in 0.5 Ma, and its growth history can be divided into two stages (Hoshizumi et al., 2005).
