The discrepancy in activation seen during encoding and subsequent memory analyses is due to the task differences explored by the two different analysis methods.
Hence, by applying two different analysis methods, we have obtained the same average throughput for the ICaD-ARQ scheme, as shown in Figures6 and9.
This paper addresses the challenge of how surface abnormalities can be detected based on PC data by considering two different analysis strategies.
Sequence variations were identified and confirmed by detection with two different analysis programs: Sequencher v4.8 (GeneCodes Corp., Ann Arbor, MI, USA) and Mutation Surveyor v3.1 (SoftGenetics LLC., State College, PA, USA).
The surface coverage of the silica with mercaptopropyl-groups was analyzed by two different ways (elemental analysis and chemical surface reaction with 2,2′-dipyridyl disulfide followed by HPLC-UV analysis of stoichiometrically liberated pyridyl-2-thione).
In this paper, we propose a simple step-by-step approach to combine three different analysis techniques.
In practice, when the same body of documentary evidence is accessed by two different historians, whose analysis is predicated on their own views and persuasions, two completely different, or at best nuanced explanations of the same events, emerge.
The spectral filter is applied to the Graz SLR data and the spin rates of Ajisai are determined by two different methods: the frequency analysis and the phase determination of the spinning retroreflector array.
Samples were assayed on at least three different 96-well reaction plates, often by two different operators, before statistical analysis was performed.
Population structure was taken into account by two different approaches: Principal Coordinates Analysis (PCO), which generates the P matrix (94 inbred lines x 5 Principal Coordinates), and the Bayesian method implemented in STRUCTURE software, which generates the Q matrix (94 inbred lines x membership coefficients to each of the 9 ideal populations detected) [ 39].
