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Figure 1a shows the scanning electron microscope (SEM) cross-section image of the typical sample for subsequent characterization via ETEM.
A typical sample for TEM was prepared by drying of a drop of the solution at room temperature on a carbon-coated copper grid.
Figure 1 shows a Transmission Electron Microscopy of a sample were NP's concentration was dramatically increased relative to a typical sample for imaging purposes.
A typical sample for amplified Message Amp™ aRNA yields a distribution of sizes from 250 nt-5500 nt with a peak centered at 1000 1500 nt (Ambion, Catalog #1752).
A typical sample for amplified Super SMART™ PCR-product yields a distribution of sizes from 500 bp-6000 bp with a peak centered at 900 bp (Clontech, Super Smart PCR cDNA Synthesis Kit User manual).
This is enough UDP-[C,N]GlcNAc for the Gnt1-catalyzed labeling of at least 13 mg of IgG1 Fc [a typical sample for two-dimensional (2D) NMR analysis contains 1 mg of IgG1 Fc].
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The typical samples for NMR contained 40 mM buffer (HEPES for high-pH samples and MES for lower-pH samples) and 40 mM NaCl.
The most typical samples for metabolomic studies have been urine or blood, two biofluids that are characterized by the presence of high-molecular weight proteins or high salt concentrations.
Figure 5 Resistivity as a function of temperature (a) and fitting result (b) for a typical sample of x = 0.67.
Figure 1 HRTEM image (a) and the corresponding ED pattern (b) as well as the XRD spectrum (c) for a typical sample of x= 0.67. Figure 2 expresses the x dependence of H C, Hk and ρ.
Figure 1 shows the bright-field HRTEM image (a) and the corresponding electron diffraction (ED) pattern (b), as well as the XRD spectrum (c) for a typical sample of x = 0.67.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com