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"assort" Definitions
  1. to distribute into groups of a like kind : CLASSIFY
  2. to supply with an assortment (as of goods)
  3. to agree in kind : HARMONIZE
  4. to keep company : ASSOCIATE

25 Sentences With "assort"

How to use assort in a sentence? Find typical usage patterns (collocations)/phrases/context for "assort" and check conjugation/comparative form for "assort". Mastering all the usages of "assort" from sentence examples published by news publications.

"We already assort a variety of health-related products and technology products designed for seniors like specially designed phones and medical alert systems," CEO Hubert Joly said.
As a financial advisor who likes to assort my clients' accounts based on time horizons and the timing of cash needs — as opposed to the old way of just based on client age or account value — I can tell you that cash and cash equivalents play a critical role in portfolio composition.
The absence of a recombination hotspot between two genes on the same chromosome often means that those genes will be inherited by future generations in equal proportion. This represents linkage between the two genes greater than would be expected from genes that independently assort during meiosis.
With other modernist writers of the day,Leonard, Thomas C., Illiberal Reformers: Race, Eugenics, and American Economics in the Progressive Era, Princeton University Press, Princeton Univ. Press, 2016, p.114 London supported eugenics,. The notion of "good breeding" complimented the Progressive era scientism, the belief that humans assort along a hierarchy by race, religion, and ethnicity.
Polysomic inheritance occurs during meiosis when chiasmata form between more than two homologous partners, producing multivalent chromosomes. Autopolyploids may show polysomic inheritance of all the linkage groups, and their fertility may be reduced due to unbalanced chromosome numbers in the gametes. In tetrasomic inheritance, four copies of a linkage group rather than two (tetrasomy) assort two-by-two.
McDonald & Cusack, p. 298 The West Belfast Brigade meanwhile continued to assort freely with the LVF, a splinter group of the Ulster Volunteer Force (UVF) and a bitter rival of that group, active alongside LVF members at the Drumcree conflict.McDonald & Cusack, p. 319 Under Adair the West Belfast Brigade moved closer to a feud with the UVF.
Influenza A virus subtype H7N2 (A/H7N2) is a subtype of the species Influenza A virus. This subtype is one of several sometimes called bird flu virus. H7N2 is considered a low pathogenicity avian influenza (LPAI) virus. CDC: Influenza Type A Viruses With this in mind, H5 & H7 influenza viruses can re-assort into the Highly Pathogenic variant if conditions are favorable.
In 1832, True & Street went out of business. In 1834, Whitwell, Bond, & Co. purchased the mill, which they used to clean and assort wood. In 1835, Livermore & Kendall purchased the property, which they named Rockville, and managed it for the New England Wool Company. In 1836, Livermore & Kendall moved their operations to Framingham, Massachusetts and the mill remained idle until 1838.
To be able to understand beanbag genetics, the meaning of population has to change. A population is no longer a group of individuals in an area but are is the alleles in an area that assort and segregate separately. All of the alleles become the gene pool. When using the beanbag approach, there are two ways that the gene pool can be viewed.
Weekly, the high school students assort themselves into their respective clubs, all of which endeavor to promote their all-round development. The functional clubs of the school include: Aside from the aforementioned activities, the pupils are assigned projects and are encouraged to partake in the annual dramatics, carol-singing contests, occasional debates, creative writing, elocutions and a variety of similar external competitions.
Thomas Hunt Morgan's 1916 illustration of a double crossover between chromosomes. The diploid nature of chromosomes allows for genes on different chromosomes to assort independently or be separated from their homologous pair during sexual reproduction wherein haploid gametes are formed. In this way new combinations of genes can occur in the offspring of a mating pair. Genes on the same chromosome would theoretically never recombine.
Human height is a trait with complex genetic causes. Francis Galton's data from 1889 shows the relationship between offspring height as a function of mean parent height. Organisms have thousands of genes, and in sexually reproducing organisms these genes generally assort independently of each other. This means that the inheritance of an allele for yellow or green pea color is unrelated to the inheritance of alleles for white or purple flowers.
The cell in the top left is heteroplasmic as shown by the normal mitochondria in purple and the mitochondria with a mtDNA mutation in red. As this cell divides, the mitochondria replicate and independently assort into the daughter cells. This leads to both positive and negative (cell shown in red) homoplasmy. Homoplasmy is a term used in genetics to describe a eukaryotic cell whose copies of mitochondrial DNA are all identical.
The ha-ha barriers at Houghton were an innovative feature credited to Bridgeman. In his 1780 "Essay upon Modern Gardening," Horace Walpole explained: "The contiguous ground of the park without the sunk fence was to be harmonized with the lawn within; and the garden in its turn was to be set free from its prim regularity, that it might assort with the wilder country without."Walpole, Horace. (1780). Essay upon Modern Gardening; n.b.
The Alpins Method employs the vector analytic approach to astigmatism analysis, involving an ophthalmic surgical analysis system, called ASSORT (Alpins Statistical System for Ophthalmic Refractive Surgery Techniques), designed to help plan and analyze the results of refractive, corneal, and cataract surgical procedures.Goggin, M; P Kenna; F Lavery (March 1997). "Photoastigmatic Refractive Keratectomy for Compound Myopic Astigmatism with a Nidek Laser". Journal of Refractive Surgery 1997 (13): 162-166.Morlet, N; D Minassian; J Dart (December 2002).
Crossover implies the exchange of chromosomal segments between non-sister chromatids, in meiosis during the production of gametes. The effect is to assort the alleles on parental chromosomes, so that the gametes carry recombinations of genes different from either parent. This has the overall effect of increasing the variety of phenotypes present in a population. The process of non-sister chromatide exchanges, including the crossover value, can be observed directly in stained cells, and indirectly by the presence or absence of genetic markers on the chromosomes.
Exon shuffling was first introduced in 1978 when Walter Gilbert discovered that the existence of introns could play a major role in the evolution of proteins. It was noted that recombination within introns could help assort exons independently and that repetitive segments in the middle of introns could create hotspots for recombination to shuffle the exonic sequences. However, the presence of these introns in eukaryotes and absence in prokaryotes created a debate about the time in which these introns appeared. Two theories arose: the "introns early" theory and the "introns late" theory.
In Britain, the ha-ha is a feature of the landscape gardens laid out by Charles Bridgeman and William Kent and was an essential component of the "swept" views of Capability Brown. Horace Walpole credits Bridgeman with the invention of the ha-ha but was unaware of the earlier French origins. > The contiguous ground of the park without the sunk fence was to be > harmonized with the lawn within; and the garden in its turn was to be set > free from its prim regularity, that it might assort with the wilder country > without.
This phenomenon, known as "Mendel's second law" or the "law of independent assortment," means that the alleles of different genes get shuffled between parents to form offspring with many different combinations. (Some genes do not assort independently, demonstrating genetic linkage, a topic discussed later in this article.) Often different genes can interact in a way that influences the same trait. In the Blue-eyed Mary (Omphalodes verna), for example, there exists a gene with alleles that determine the color of flowers: blue or magenta. Another gene, however, controls whether the flowers have color at all or are white.
Cellular mechanisms may allow for co- transmission of some epigenetic marks. During replication, DNA polymerases working on the leading and lagging strands are coupled by the DNA processivity factor proliferating cell nuclear antigen (PCNA), which has also been implicated in patterning and strand crosstalk that allows for copy fidelity of epigenetic marks. Work on histone modification copy fidelity has remained in the model phase, but early efforts suggest that modifications of new histones are patterned on those of the old histones and that new and old histones randomly assort between the two daughter DNA strands. With respect to transfer to the next generation, many marks are removed as described above.
If you know the genotypes of the organisms, you can determine which alleles are dominant and which are recessive. For example, if the allele specifying tall stems in pea plants is dominant over the allele specifying short stems, then pea plants that inherit one tall allele from one parent and one short allele from the other parent will also have tall stems. Mendel's work demonstrated that alleles assort independently in the production of gametes, or germ cells, ensuring variation in the next generation. Although Mendelian inheritance remains a good model for many traits determined by single genes (including a number of well-known genetic disorders) it does not include the physical processes of DNA replication and cell division.
The five senses, vision, audition, touch and taste/smell allow physical stimulation around us to turn to neural stimulation which is sent to the brain. Vision is from light reflecting off objects around us, audition is from the vibrations caused by change in air pressure, touch is from the signals in our skin feeling the pressure of objects touching us and taste/smell is from the molecules in the air or in our saliva that let us know what we are smelling or tasting. Cyclic guanosine monophosphate (cGMP) plays an important role in visual transductions. This fact was well rooted when Fesenko demonstrated that this nucleotide cGMP was able to directly regulate a new assort of membrane channels now called the nucleotide-gated cation channels.
"The contiguous ground of the park without the sunk fence was to be harmonized with the land within; and the garden in its turn was to be set free from its prim regularity, that it might assort with the wilder country without". Most typically they are found in the grounds of grand country houses and estates and acted as a means of keeping the cattle and sheep out of the formal gardens, without the need for obtrusive fencing. They vary in depth from about 5 feet (Chapeltoun House) to 9 feet (Petworth). The old driveway to Lainshaw House off the Stewarton to Torranyard road also has a ha-ha on the side facing the home farm before it reaches the woods.
The second, the law of independent assortment, states that "alleles of different genes assort independently of one another during gamete formation". Although his work was published, it lay dormant until it was rediscovered in 1900 by Hugo de Vries and Carl Correns but it was not until 1909 that non-mendelian inheritance was even suggested. Carl Erich Correns and Erwin Baur, in separately conducted researches on Pelargonium and Mirabilis plants, observed a green-white variation (later found as the result of mutations in the chloroplast genome) that did not follow the Mendelian laws of inheritance. Nearly twenty years later, non-mendelian inheritance of a mitochondrial mutation was also observed and, in the sixties, it was proven that chloroplasts and mitochondria have their own DNA and that they are capable translation, transcription, and replication independent of the nucleus.
The Science Adventure series consists of six core games, and six spin-off games: one based on Chaos;Head, four based on Steins;Gate, and one based on Chaos;Child. Two additional games – the game adaptation of the Occultic;Nine novel series, and Anonymous;Code – are part of a series referred to internally as Science Visual Novel, which was originally announced to be separate from Science Adventure, but which has since been incorporated into the series, with Occultic;Nine being updated with new story content tying them together. A new, unannounced game in the series is also in development as of 2019. Some of the games have received updated editions with added content, and there are compilations collecting several games, such as Chaos;Head Dual (collecting both Chaos;Head games) and Steins;Gate: Divergencies Assort (collecting Steins;Gate 0, Darling of Loving Vows, and Linear Bounded Phenogram).

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