Laryngeal echolocation is a highly technical and physiological adaption, however the molecular basis responsible for this phenotype is poorly characterized for the differences between echolocating and non-echolocating bats.
We have analyzed the structural and functional properties of mitochondria in the FIB, IPSC, TER, and ESC lines characterized for telomere elongation and found substantial differences in the TER mitochondrial complement derived after long-term growth and differentiation.
Turtles have been characterized for a small number of fascinating differences from the better-studied groups of amniotes, like the regulation of sexual development by temperature and the presence of the carapace.
This structural difference may be related to differences in the conformational changes induced in the absence of peptide, which have been characterized for both class I [52], [53] and class II MHC proteins [9], [42], [43].
The drug-resistant lines were characterized for karyotype, DNA content and cell volume, but only the cyclophosphamide-resistant line showed any significant difference from the wild-type tumour.
No monogenic resistance to D. dadantii has been characterized but differences in symptom severity have been reported for several crops [14], [21].
From this second-level analysis, we generated statistical parametric maps of the t statistic at each voxel SPM{ t}, which characterized differences in activation for any condition (i.e., word reading, object naming, and saying 123 to unfamiliar symbols and nonobjects) relative to fixation.
From this second-level analysis, we generated statistical parametric maps of the t statistic at each voxel SPM{ t}, which characterized differences in activation for any condition (i.e., semantic matching on words, semantic matching on pictures, perceptual matching on unfamiliar stimuli) relative to fixation.
Evidence suggests that quantitative dynamical measures of electroencephalogram (EEG) signals are more appropriate for characterizing the differences between states in an individual rather than as absolute indices.
The obtained data highlight the importance of studying clay fractions WDC and AC for characterizing the differences in clay aggregation in soils, as well as the importance of humic substances that interact with clay, thus providing different characteristics to the soil matrix.
