A combination of culture-dependent and culture-independent molecular methods has characterized 5 novel species.
By means of neuronal backfills, histology, confocal microscopy and three-dimensional reconstruction methods, we have characterized the projection patterns of antennal sensory neurons within the central nervous system of this disease-vector insect.
Using various methods, we have characterized a novel translocation occurring at the 17q24.3 locus within the BPTF gene in lung embryonic cells that strongly correlates with a pre-malignant phenotype.
We have synthesized rod-coil diblock PPQ-b-PMMA copolymers by using the versatile atom-transfer radical polymerization method and have characterized them by differential scanning calorimetry (DSC), Fourier transform infrared spectroscopy (FTIR), and thermogravimetric analysis (TGA).
Using the differential 3ω method, we have characterized the interfacial thermal resistance (ITR) across CVD graphene/Al2O3 and graphene/metal (Al, Ti, Au) interfaces from 100too 330 K and investigated the effects of post-annealing on the interfacial thermal coupling for effective thermal management of those graphene-based devices.
By this method, we even have characterized PAAs with just 50 nm in thickness [21] Fig. 4c is the fracture sections realized by cutting the sample with a pair of scissors.
Using SAGE method, previous studies have characterized the transcriptome of numerous tissues such as uterus [ 7], adipose tissue [ 8, 9], skeletal muscle [ 10], hypothalamus, cerebral cortex and pituitary gland [ 11, 12].
This article first presents three contrasting sets of beliefs that have characterized mixed methods in the contemporary literature.
We have characterized these methods and identified an underlying general linear model of cuticular hydrocarbon abundances which explains a higher percent of variance than previous methods.
Once limitations of simple methods have been characterized, combined strategies have been designed to overcome the limitations of individual approaches.
