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Nanorods have the potential to be employed as bright molecular biomedical labels. However, nanorod samples usually exhibit relatively wide spectral lines. Using CLASS microscopy we found that single gold nanorods have a narrow spectrum.
Gold nanorods have the potential to be employed as extremely bright molecular marker labels for fluorescence, absorption, or scattering imaging of living tissue. However, samples containing a large number of gold nanorods usually exhibit relatively wide spectral lines. This linewidth limits the use of the nanorods as effective molecular labels, since it would be rather difficult to image several types...
LEARNING OUTCOME: To determine whether there would be greater variability in body composition (BC) results obtained from two different bioimpedance analyzers (BIA) used at the same time and under the same conditions with HIV infected (HIV+) v.s. non-infected (HIV-) adults.The accurate determination of BC in HIV+ individuals is a critical adjunct to the provision of timely and appropriate nutrition...
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