Sentence examples for the spectrum and range of from inspiring English sources

An important priority for future work will be to examine the spectrum and range of "off-target" sites altered by OPEN ZFNs, perhaps using methods previously described by other groups [27], [28].

To identify those mitochondrial regulatory and degradation genes that maintain functional populations of mitochondria in the lens epithelium and eliminate mitochondria in the lens fiber cells, we used high-throughput mRNA sequencing combined with bioinformatics analysis to determine the entire spectrum and range of transcripts expressed by EC, EQ, FP, and FC cells of the E13 chicken lens.

The width and range of the spectrum generally depend on the magnetic property and grain size, but the τ calculated in this study can be interpreted as the smallest relaxation time belonging to one broad spectrum of distribution.

Considering the shape and range of AM1.5 spectrum [54], this characteristic quantum efficiency curve of this sample has a potential advantage for matching the solar spectrum.

On the opposite side of the spectrum a range of stimulants, both prescribed and non-prescribed claim both to cure impotence and enhance performance.

Across the spectrum, a range of diverse Māori voices, influenced by distinct lived experiences and informed by colonisation are clamouring to represent their communities.

Part of the amplified energy was used in an Optical Parametric Amplifier system providing wavelength tunability in the UV range of the spectrum and thus a means of exciting the In3O2 nanocrystals.

Then, these lines move along the spectrum within a range of several tens and even hundreds of electron volts during a long enough time.

The antireflection coating performance for the spectrum range of 300 400 nm was designed and optimized using MATLAB version 7.11.

The device exhibits external quantum efficiency (EQE) > 81% in the spectrum range of 320 720 nm wavelength spectrum with a maximum of 95.6% at wavelength 560 nm.

In the 1980s, Professor Rothschild, who taught materials science and engineering at Columbia University, began studying the optical properties of wide bandgap semiconductors and developed diodes capable of using the upper range of the spectrum and serving as a superior light source.