Sentence examples for nucleus variation from inspiring English sources

The first major result of our analysis is to note that in many individual embryos the nucleus to nucleus variation in the log of concentration is independent of spatial position.

We have compared the nucleus to nucleus variation in expression levels of the exponentially distributed Bcd gradient observed in fixed tissue in a steady state with a stochastic model of the diffusion equation.

Simulations of the diffusion equation over an exhaustively large region of parameter space without exception give rise to solutions in which nucleus to nucleus variation of the bcd gradient is a function of position in the embryo, whether this variation is measured directly in Bcd levels or in their logarithms.

In C-5 curcumin nucleus variations were done by substituting  –H by –OMe whereas in amido-ether linker substituted aromatic amide and benzylamide derivatives were used.

If observations could be made on a process whose fluctuation properties could be reliably predicted by a numerical model, comparison of the predicted fluctuations with those observed will provide critical information for distinguishing whether observed nucleus-to-nucleus variations are a consequence of intrinsic biological noise or merely fluctuations arising from the staining procedure.

Stochastic simulations can be applied to further the understanding of the dynamics of Bicoid morphogen gradient formation at the molecular number level, and determine the source of the nucleus-to-nucleus expression variation (noise) observed in the Bicoid gradient.

Although in the proximity of nuclei, the variations of sarcomere length could be expected (19).

This analysis revealed a similar phenotype that was characterized by several regenerating skeletal muscle fibers with central nuclei and variations in myofiber size (supplementary Fig S3B), which are some of the typical features of dystrophic muscle.

In a study with in-vitro testing on human brunescent nuclei, new variations of non-longitudinal ultrasound (i.e., OZil-IP and Ellips-FX) showed to be more efficient than previous OZil and Ellips technology, in certain aspects, such as time efficiency, which may be correlated with heat generation [ 8].

AR cytoplasm to nuclear translocation, AR nuclear variation/hyperspeckling, and transcriptional reporter gene activity were determined using algorithms within the image analysis software (Fraction Localized In Nucleus (FLIN), Nuclear Variation (NVAR), and total channel 2 intensity (CORR2)).

However, filament traps that redirect cargo back to the nucleus caused large variations in network transport.