Using single-well screening, the small interference RNA (siRNA) method was shown to be more suitable for phenotypic analysis and has been successfully employed to investigate genes involved in the cell cycle and in cell proliferation [ 9– 11].
AM has been successfully applied in mapping genes involved in several traits in different plant species (e.g. flowering time and aluminum tolerance in maize, resistance to late blight in potato, kernel size and milling quality in wheat, resistance to dieback in lettuce) [ 28- 32].
The steady-state simplified PN approximation to the radiative transport equation has been successfully applied to many problems involving radiation.
The model has been successfully applied on case studies involving a building (Sultan Ismail Mosque, UTM) and an industrial process plant (a chlor-alkali plant).
Metapopulation theory has been successfully applied to epidemiological problems involving directly transmitted diseases [15], [16], [17].
This approach has been successfully used in industrial experiments involving factors that are hard or costly to change [ 7, 10- 13].
SurveyMonkey has been successfully used in published research involving surveys of health care professionals, and its use has been described in detail by Dobrow and colleagues.
It has been successfully used to understand the 'work' involved in sickness careers [ 61] and to understand the treatment burden experienced by chronic heart failure patients [ 6].
Of these, Suppression Subtractive Hybridization (SSH) [ 9] has been successfully used for studying genes specifically involved in particular processes of insect development, like morphogenesis [ 10] and metamorphosis [ 11], or to obtain genes specifically expressed under certain physiological conditions [ 12].
Thus far, the method has been successfully applied to two-phase problems involving the collapse of a two-dimensional bubble in the vicinity of a rigid wall.
