The Hardy-Weinberg law has been used widely for about one hundred years with little question as to the foundations laid down by its originators. The basic assumption of random mating, that is choice of mates by a process akin to that of a lottery, was shown to produce genotypic proportions following the “binomial-square ” rule, the so-called Hardy-Weinberg proportions (HWP). It has been assumed by many that random mating was the only way of pairing genes capable of producing HWP. However it has been shown that HWP can be obtained and maintained by non-random mating. The steps along the way to this revelation and some implications are reviewed. Key words: Hardy-Weinberg law, non-random mating
Previous studies have explored the use of departure from Hardy-Weinberg equilibrium (DHW) for fine m...
This paper examined the basic issues and applications of population genetics for clear understanding...
This paper shows that a small modification of the Hardy-Weinberg law will lead to a completely diffe...
Hardy-Weinberg genotypic proportions can be maintained in a population under non-random mating. A co...
The Hardy-Weinberg Principle explains how random mating can produce and maintain a population in equ...
The Hardy-Weinberg equilibrium law states that when a population is in equilibrium, the genotypic f...
In this short note we first sketch four proofs of the Hardy-Weinberg prin-ciple. The first two are i...
The Hardy-Weinberg model for finding the equilibrium for allele frequencies in a population has been...
Around 1923 the soon-to-be famous Soviet mathematician and probabilist Sergei N. Bernstein started t...
The Hardy-Weinberg law is a law describing the distribution of the meeting rate of alleles and genot...
IN college General Biology curricula, the topic ofclassical genetics is typically followed by consid...
A mating system, previously derived, which is more general than random mating is defined by the gene...
The Hardy-Weinberg law, formulated about 100 years ago, states that under certainassumptions, the th...
Because the Hardy-Weinberg principle tells us what to expect concerning the genetic com-position of ...
Standard statistical tests for equality of allele frequencies in males and females and tests for Har...
Previous studies have explored the use of departure from Hardy-Weinberg equilibrium (DHW) for fine m...
This paper examined the basic issues and applications of population genetics for clear understanding...
This paper shows that a small modification of the Hardy-Weinberg law will lead to a completely diffe...
Hardy-Weinberg genotypic proportions can be maintained in a population under non-random mating. A co...
The Hardy-Weinberg Principle explains how random mating can produce and maintain a population in equ...
The Hardy-Weinberg equilibrium law states that when a population is in equilibrium, the genotypic f...
In this short note we first sketch four proofs of the Hardy-Weinberg prin-ciple. The first two are i...
The Hardy-Weinberg model for finding the equilibrium for allele frequencies in a population has been...
Around 1923 the soon-to-be famous Soviet mathematician and probabilist Sergei N. Bernstein started t...
The Hardy-Weinberg law is a law describing the distribution of the meeting rate of alleles and genot...
IN college General Biology curricula, the topic ofclassical genetics is typically followed by consid...
A mating system, previously derived, which is more general than random mating is defined by the gene...
The Hardy-Weinberg law, formulated about 100 years ago, states that under certainassumptions, the th...
Because the Hardy-Weinberg principle tells us what to expect concerning the genetic com-position of ...
Standard statistical tests for equality of allele frequencies in males and females and tests for Har...
Previous studies have explored the use of departure from Hardy-Weinberg equilibrium (DHW) for fine m...
This paper examined the basic issues and applications of population genetics for clear understanding...
This paper shows that a small modification of the Hardy-Weinberg law will lead to a completely diffe...