We also designed five primers within the Alu sequence, three in the forward orientation and two in the reverse, that were used exclusively for sequencing experiments to obtain a high confidence consensus sequence in both directions for each Alu in the data set.
The neutral words and the non-words were generated exclusively for this experiment.
The laboratory was used exclusively for this experiment, and all electrical devices were unplugged except for our instruments, to minimise background field levels.
The laboratory was used exclusively for this experiment, and all other electrical devices were unplugged except for our instruments in order to minimize background field levels.
Fraction two was used exclusively for all further experiments that utilised H3DFO-trastuzumab and H3YM103-trastuzumab. Mass spectra were acquired using a 350 V fragmentor voltage and a 1500 V capillary voltage, and were deconvoluted using Agilent MassHunter Qualitative Analysis software, using factory settings for deconvolution with maximum entropy.
Parentage analyses were conducted exclusively for the mature parr experiments because the behavioural results from the anadromous male experiments made it unnecessary to assess breeding success at the genetic level.
Although the method outperforms the Daugman's [1] and Ma's [26] algorithms, the databases authors use for experiments almost exclusively contains images with eyelid and eyelash obstruction, and thus no conclusion can be drawn as to the method's robustness against degrading effects of the noise factors.
The experimental procedure was divided into three parts: (a) initial test using the temperatures of 450, 500, 550, 600 and 650 °C while the nitrogen flow, the centrifuge rotation and biomass flow were kept constant, (b) 24 1 fractional experimental design and (c) experiments exclusively for the characterization of gaseous fraction, using the temperatures of 500, 550 and 600 °C.
HydRA is designed and constructed exclusively for this kind of experiments by the Department of Energy and Process Engineering (Institute of Nuclear and Energy Technologies) at the Karlsruhe Institute of Technology (KIT).
