Sentence examples for particle inheritance from inspiring English sources

The particle-loaded vesicle inheritance variability is shown in Figure 7 B, which is a scatter plot of the particle inheritance as a function of nanoparticle-loaded vesicle inheritance; that is, uniform loading of the vesicles would give equal fractions and produce a straight line at 45° to the axes.

If he'd taken his experiments one step further – and not been distracted by his new duties as abbot of his monastery – he might have figured out that in peas the "particles of inheritance" are strung out on seven pairs of chromosomes – like peas in pods.

The Pearson correlation coefficient of the data sets is 0.71, indicating a positive but imprecise relation between the inheritance of particle-loaded vesicles and of total particle number.

Our analysis shows that a highly asymmetric inheritance of particle numbers by daughter cells can occur despite near symmetric partitioning of vesicles, and that this asymmetry is driven by the presence of extreme events in the loading process which lead to marked variation in the number of particles per vesicle.

Use of the probability distribution functions to analyze particle partitioning during cell division indicates that, while vesicle inheritance is near symmetric, highly variable vesicle loading leads to a highly asymmetric particle dose within the daughter cells.

The usage of mixed LDH precursors to obtain spinel ferrite particles includes their gradual solid-state transformation accompanied by the inheritance of the platelet-like LDH morphology by spinel ferrites.

This approach can be used to measure the inheritance of organelles, proteins etc. and also particles introduced to cells for drug delivery.

The type of inheritance that we call 'Mendelian', after Gregor Mendel, is 'particulate' rather than 'blending' offspring inherit discrete hereditary particles (genes) from their parents, which means that sexual reproduction does not diminish the heritable variation present in the population.

Soil parent material is a factor in biotic change because it provides the lithic inheritance from the geologic landscape that gives rise to soils with different particle size distribution (i.e. available water holding capacity) and nutrient status.

Although it is interesting to note that human LINE-1 elements include an intracisternal A particle (IAP) retrotransposon in their sequence that is very similar to the IAP which determines epigenetic inheritance in the Avy and Axinfu animal models [40].

A striking example is the Drosophila germ plasm, which contains RNP particles whose localization to the posterior of the egg during oogenesis results in their asymmetric inheritance and segregation of germline from somatic fates in the embryo.