Sentence examples for below the limits of light from inspiring English sources

Our failure to detect volume and compaction differences indicates that possible differences are below the limits of light optical resolution.

Given that the deep-diving blue sharks are attempting to feed at or below the limits of light detection during the daytime, their feeding success would be expected to be somewhat less than near the surface during the night (where light levels are higher), even if (as is likely) non-visual senses are used to aid in prey detection.

Thereby measurement of protein protein association below the limit of light microscopy could be performed through fluorescence resonance energy transfer involving the cyan and yellow variants of GFP [ 44].

At 50-1000 nm, individual gas vesicle nanoparticles are below the limit of light microscope resolution [ 9] but clusters of them, and of their breakdown products are detectible by immunostaining.

The field on nanotechnology got its start in the last century as the atomic theory matured and inventions such as the electron microscope allowed for actual visualization of matter below the limits of the light microscope.

One reason for this shortcoming is that the experimental means to determine the mechanism and dynamics of LD formation are severely limited, for example by the fact that the size of a nascent LD is below the limits of resolution of light microscopy.

By attaching quantum dots (QDs, 705 nm emission) to the extracellular GFP domain using specific antibodies, we could visualize, in parallel and with a localization accuracy below the diffraction limit of light, the ABP-tdEosFP labeling the actin cytoskeleton and the position of the QDs at the cell membrane.

The complexity and the size of the endocytic machinery, below the resolution limit of light microscopy, have made it challenging to reveal how the endocytic proteins are organized during vesicle budding.

Due to these limitations of the optical probe used in NSOM, the apertureless probe with tip enhancement (TE) technique is more common today for the collection of optical signals below the diffraction limit of light.

As shown in Fig. 3a, b, NITO = 1.6 × 1019 cm−3, Ex of the TE mode is confined at the two sidewalls of the SiO2 layer and Ey of the TM mode is confined at the top of the SiO2 layer, which offers a combination of both strong optical confinements significantly below the diffraction limit of light and relatively low light propagation loss [18, 19], defined as "ON" state.

This initial amount of RNA enrichment however would be below the detection limit of light microscopy.