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{{Short description|Genetics concept}} '''Haldane's sieve''' is a concept in [[population genetics]] named after the British geneticist [[J. B. S. Haldane]]. It refers to the ...

...he [[ring finger]], is one of the most widely studied markers in classical genetics of human populations. Although this [[Polymorphism (biology)|polymorphism]] The [[genetics|genetic]] determination of presence or absence of hair on the dorsal aspect ...

...ance of [[Genetic recombination|recombination]] between a disease [[Locus (genetics)|locus]] and its markers.<ref>Ott J (1989) statistical properties of the ha [[Category:Genetics]] ...

...and cause of human disease | journal = Annual Review of Genomics and Human Genetics | volume = 8 | pages = 17–35 | year = 2007 | pmid = 17386002 | doi = 10.114 ...3/genetics/154.1.459 | pmid = 10629003 | pmc = 1460895 | url = https://www.genetics.org/content/154/1/459 }}</ref> This was proven in his derivation of the rel ...

...]; that is, they are [[diploid]]. Diploid organisms have the same [[locus (genetics)|loci]] on each of their two sets of [[homologous chromosome]]s except that ...ed to describe the [[genotype]] of a diploid organism at a single [[locus (genetics)|locus]] on the DNA. ''Homozygous'' describes a genotype consisting of two ...

...ing into [[Stratigraphy|stratigraphic zones]]<ref name="Gill1970"/>), in [[genetics]] (the problem of separating [[microarray]] data into similar [[Copy-number | journal = Nature Genetics ...

...|title=Cosegregation |url=https://www.cancer.gov/publications/dictionaries/genetics-dictionary/def/cosegregation#:~:text=(KOH%2Dseh%2Dgreh%2D,another%20(i.e.%2 ...probability is determined using specified parts of a target gene ([[Locus (genetics)|loci]]) and a group of [[nuclear profile]]s (NPs).<ref>{{cite journal |las ...

...es | journal=Genetics | volume=176 | issue=3 | pages=1653–61 | doi=10.1534/genetics.107.074666 | pmid=17483403 | pmc=1931521 }}</ref> refer to "mutational bias ...na | journal=Genetics | volume=211 | issue=2 | pages=703–714 | doi=10.1534/genetics.118.301721| pmid=30514707 | pmc=6366913 }}</ref> ). ...

...netics]] (FOK) and therefore isotopic effects cannot be described with the classical [[equilibrium fractionation]] equations or with steady-state [[Kinetic isot ...onary (steady) state according to the Briggs–[[J. B. S. Haldane#Population genetics|Haldane]] hypothesis, and the GEBIK equations become ...

{{for|the journal|Behavior Genetics (journal)}} ...he late 20th and early 21st centuries, technological advances in molecular genetics made it possible to measure and modify the [[genome]] directly. This led to ...

...}}</ref> which are graph-theoretic models of evolution that go beyond the classical tree model, to address biological processes such as hybridization, recombin ...ry trees, molecular sequence analysis, optimization problems in population genetics, RNA folding, and integer programming in biology." In 2016, Gusfield was na ...

...on|RNA expression]] of the genes and proposes two new metrics: [[Promoter (genetics)|promoter]] fragmentation entropy (PFE), an adjusted [[Entropy (information ...of plasma DNA |url=https://www.nature.com/articles/ng.3648 |journal=Nature Genetics |language=en |volume=48 |issue=10 |pages=1273–1278 |doi=10.1038/ng.3648 |is ...

...ransient in cells, and many more in molecular and cellular [[Transduction (genetics)|transduction]] or [[gene activation]] and [[cell signaling]]. This redunda ...ime, it is the rate of activation. This rate should be used instead of the classical [[Marian Smoluchowski|Smoluchowski]]'s rate describing the mean arrival tim ...

...e as an example of contemporary structuralist thinking, contrasting with a classical functionalist view in which the course of [[evolution]] is determined by [[ ...r revolution]], a half-century after the origins of theoretical population genetics: they were soon widely applied in [[neutral theory of molecular evolution|n ...

...target genes after binding to specific DNA sequences in their [[Promoter (genetics)|promoter]]. ...ng through its site-specific DNA and with other coregulatory proteins. The classical mechanism of activation of ERs depends on [[ligand]] binding to the nuclear ...

These and similar techniques are all valuable and are mainstream in terms of classical analysis. There are also many statistical tools generally referred to as gr ...how the compositions of systems composed of three species. In [[population genetics]], it is often called a [[de Finetti diagram]]. In [[game theory]], it is ...

...0 | date = December 2009 | pmid = 19797047 | pmc = 2787429 | doi = 10.1534/genetics.109.106021 }}</ref> spatio-temporal dynamics including [[metapopulation|met ...01 | date = January 2012 | pmid = 22042576 | pmc = 3249372 | doi = 10.1534/genetics.111.134627 }}</ref> ...

...the behavior is considered mutually beneficial or altruistic. According to classical evolutionary theory, an organism will only behave in ways that maximize its ...01.Evolutionary Cheating in Escherichia coli Stationary Phase Cultures. '''Genetics''' 158: 519–526 .</ref> In such batch culture settings, where the growth en ...

...creening experiments, which have applications in industry, drug design and genetics.<ref>{{harvtxt|Dean|Lewis|2006}}</ref> In all such cases, a crucial step i Such fractions are said to be ''regular''. This idea applies to fractions of "classical" <math>s^k</math> designs, that is, <math>s^k</math> [[Factorial experiment ...

The most established "classical" nature-inspired models of computation are cellular automata, neural comput ...silencer (DNA)|silencer]]s) that act as [[binding site]]s for [[activator (genetics)|activators]] or [[repressor]]s for [[gene transcription]]. ...