Results from the case study strongly indicate that a thoroughly balanced and sequential DOE and metamodelling process is capable of being both effective and efficient in a situated design scenario.
A progestin (dienogest) administered at dosages capable of inhibiting ovulation demonstrated being efficient in reducing the stage of endometriosis, evaluated laparoscopically by the revised American Fertility Society (rAFS) score [ 23].
Next week is the first anniversary of the opening of London 2012, the £9bn sporting jamboree that unexpectedly silenced the cynics and reminded the British that, for all our faults, we are capable of being generous, welcoming, exuberant, efficient – and, in more senses than one, winners.
The addition of six nt to the ITR5 spacer (for a total spacer length of 21nt) resulted in an ITR capable of being replicated by Rep5 at an efficient level (ITR5 21nt, Fig. 3D).
Logical models provide new opportunities to improve the predictive capabilities of computational models as they are easy to construct, and analyses via computer simulations are efficient and capable of covering a relatively large number conditions, and have also been applied to drug target prediction [ 12],[ 37], as well as prediction of potential drug side-effects and sensitivity [ 38].
Many bacteria have developed an effective defence mechanism against β-lactam antibiotics by producing β-lactamases, which are efficient enzymes capable of catalysing β-lactam hydrolysis [ 2, 3].
Hence WOA is efficient, robust and capable of handling mixed integer nonlinear optimization problems.
This result indicates that dysferlinopathic myoblasts, although capable of repair, are less efficient than healthy myoblasts in their repair ability.
As CNTs are capable of emitting efficient high currents, they are potential as emitters in various devices [23, 24].
The Tol2 transposable element, which was originally found in the medaka fish [ 6], has been reported to be capable of undergoing efficient transposition in a wide variety of vertebrate species including zebrafish, frog, mice, chicken and human [ 7- 12].
Our findings suggest that engineered nanofiber PLA/PCL scaffolds are capable of highly efficient controlled DNA delivery and are promising materials for treatment of cutaneous wounds.
