Exact(1)
The large number of individual alleles associated with adipose tissue illustrates its integration with diverse metabolic pathways.
Similar(58)
Electron micrograph of a small area of dense fibrous connective tissue, illustrating the intimate association of cells and fibres.
D. Vitrified root tissue illustrated in polished cross section.
B and C. Vitrified aerial (branch) tissue illustrated in polished cross section (B) and polished parallel with the bedding plane (C).
Structures for assigned eluants are illustrated in Figure 5. Supplemental data supporting the assignments reported is given in Additional File 1. Figure 4 Thermochemolysis-GC-MS data for four discrete analyses of vitrified root tissue, illustrating run-run variability/reproducibility.
Numbering of analytes identified in Figures 6 and 7 is the same as used in Figure 4 and illustrated in Figure 5. Figure 6 Comparison of thermochemolysis-GC-MS data for vitrified root and branch tissue and unvitrified branch tissue, illustrating differences in the distributions of the products observed.
IHC and IF studies of canine mammary tissue illustrate that the patterns and intensity of PAD2 expression change over the estrous cycle.
In addition, the comparison between normal and tumour tissue illustrated a significant decrease of TRAIL-β mRNA levels in gastric carcinomas.
A previously developed and validated axially-distributed oxygen transport models is used to simulate oxygen transport in the cardiac tissue (illustrated in Figure 1).
This analysis revealed that all five genes tested were significantly induced in SG200-infected tissue, illustrating that the anthocyanin pathway is transcriptionally induced when U. maydis provides the tin2 effector.
Some PC features, such as peaks, troughs, and spectral shapes are similar to those of tissue Raman spectra in Figure 4. Figure 7 shows the correlations between the diagnostically significant PC scores for normal and dysplastic gastric tissue, illustrating the utility of PC scores for classification of Raman spectra between different tissue types.
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