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From: Wikipedia:

This article is about the transfer of characteristics from parent to offspring.

For the academic journal, see *Heredity* (journal).

For other uses,

see Heredity (disambiguation).

"Bloodline" redirects here.

For other uses,

see Bloodline (disambiguation).

"Hereditary" redirects here.

For the 2018 horror film,

see *Hereditary* (film).

Not to be confused with Heritability,

a statistic estimating the degree of genetic variation.

Heredity, also called inheritance or biological inheritance,

Is the passing on of

genetic variations

in populations

can accumulate and

cause species to evolve

by natural selection.

The study of heredity in biology is genetics.

In humans,

Heritable traits

WORDPLAY ON "allele: ALL/EL/E

REMEMBER I TOLD YOU THAT "EL" IS A SATANIC god?

Is that what happened when they turned up WIFI at CERN? ALL the MUTANTS woke up with the mutated DNA?

However, while this simple correspondence between an allele and a trait works in some cases, most traits are more complex and are controlled by multiple interacting genes within and among organisms.[9][10]

Developmental biologists suggest that complex interactions in genetic networks and communication among cells can lead to heritable variations that may underlie some of the mechanics in developmental plasticity and canalization.[11]

Recent findings have confirmed important examples of heritable changes that cannot be explained by direct agency of the DNA molecule. These phenomena are classed as epigenetic inheritance systems that are causally or independently evolving over genes. Research into modes and mechanisms of epigenetic inheritance is still in its scientific infancy, but this area of research has attracted much recent activity as it broadens the scope of heritability and evolutionary biology in general.[12] See PDF for who these experimentors are. rk

highlighting to be continued:

DNA methylation marking chromatin, self-sustaining metabolic loops, gene silencing by RNA interference, and the three dimensional conformation of proteins (such as prions) are areas where epigenetic inheritance systems have been discovered at the organismic level.[13][14]

Heritability may also occur at even larger scales. For example, ecological inheritance through the process of niche construction is defined by the regular and repeated activities of organisms in their environment. This generates a legacy of effect that modifies and feeds back into the selection regime of subsequent generations. Descendants inherit genes plus environmental characteristics generated by the ecological actions of ancestors.[15] Other examples of heritability in evolution that are not under the direct control of genes include the inheritance of cultural traits, group heritability, and symbiogenesis.[16][17][18] These examples of heritability that operate above the gene are covered broadly under the title of multilevel or hierarchical selection, which has been a subject of intense debate in the history of evolutionary science.[17][19]

Relation to theory of evolution

See also: Evolution

When Charles Darwin proposed his theory of evolution in 1859, one of its major problems was the lack of an underlying mechanism for heredity.[20] Darwin believed in a mix of blending inheritance and the inheritance of acquired traits (pangenesis). Blending inheritance would lead to uniformity across populations in only a few generations and then would remove variation from a population on which natural selection could act.[21] This led to Darwin adopting some Lamarckian ideas in later editions of On the Origin of Species and his later biological works.[22] Darwin's primary approach to heredity was to outline how it appeared to work (noticing that traits that were not expressed explicitly in the parent at the time of reproduction could be inherited, that certain traits could be sex-linked, etc.) rather than suggesting mechanisms.[citation ^needed]

Darwin's initial model of heredity was adopted by, and then heavily modified by, his cousin Francis Galton, who laid the framework for the biometric school of heredity.[23] Galton found no evidence to support the aspects of Darwin's pangenesis model, which relied on acquired traits.[24]

The inheritance of acquired traits was shown to have little basis in the 1880s when August Weismann cut the tails off many generations of mice and found that their offspring continued to develop tails.[25]

Common genetic disorders

The description of a mode of biological inheritance consists of three main categories:

1. Number of involved loci

2. Involved chromosomes

3. Correlation genotype–phenotype

These three categories are part of every exact description of a mode of inheritance in the above order. In addition, more specifications may be added as follows:

4. Coincidental and environmental interactions

5. Sex-linked interactions

6. Locus–locus interactions

Determination and description of a mode of inheritance is also achieved primarily through statistical analysis of pedigree data. In case the involved loci are known, methods of molecular genetics can also be employed.

Dominant and recessive alleles

An allele is said to be dominant if it is always expressed in the appearance of an organism (phenotype) provided that at least one copy of it is present. For example, in peas the allele for green pods, G, is dominant to that for yellow pods, g. Thus pea plants with the pair of alleles either GG (homozygote) or Gg (heterozygote) will have green pods. The allele for yellow pods is recessive. The effects of this allele are only seen when it is present in both chromosomes, gg (homozygote). This derives from Zygosity, the degree to which both copies of a chromosome or gene have the same genetic sequence, in other words, the degree of similarity of the alleles in an organism.

See also

SEE PDF for complete Wikipedia article with pix and references, downloaded:l

Friday, October 09, 2026 10:01AM

Heredity - Wikipedia

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