What is another word for parthenogenetic?

Pronunciation: [pˌɑːθənə͡ʊd͡ʒnˈɛtɪk] (IPA)

Parthenogenetic is an uncommon word that describes a type of reproduction in which an embryo develops from an unfertilized egg. For those wishing to describe this process using more common language, there are several synonyms available. One synonym is virgin birth, which is commonly used in reference to the biblical story of the birth of Jesus. Another synonym is asexual reproduction, which is a broader term used to describe any form of reproduction that does not involve the fusion of gametes. Clonal reproduction is another synonym, which refers to the production of genetically identical offspring. Other synonyms include unfertilized reproduction and non-sexual reproduction.

What are the hypernyms for Parthenogenetic?

A hypernym is a word with a broad meaning that encompasses more specific words called hyponyms.

What are the opposite words for parthenogenetic?

Parthenogenetic means reproduction without fertilization in which an egg develops into an embryo without the need for sperm. Some antonyms for the word parthenogenetic could be fertilization, sexual reproduction, or pollination. These processes require the fusion of gametes or the transfer of pollen from a male to a female reproductive organ for successful fertilization. Parthenogenetic reproduction is mostly found in lower organisms such as insects and reptiles, while most higher organisms including humans, require fertilization for reproduction. Using antonyms for the word parthenogenetic highlights the importance of fertilization and sexual reproduction for the survival and diversity of species on this planet.

What are the antonyms for Parthenogenetic?

  • Other relevant words:

    Other relevant words (noun):

Usage examples for Parthenogenetic

A parthenogenetic ovum gives off one polar body-though without reduction in the number of chromosomes-and then proceeds by asexual multiplication or ordinary cell division to build up a body.
"Herbert Spencer"
J. Arthur Thomson
How the males are formed-for of course males are eventually produced by the parthenogenetic females-we do not know.
"Darwin and Modern Science"
A.C. Seward and Others
The chief difference in this case then is that the reduction in the male to the N or simplex condition takes place in two stages, one in the parthenogenetic ovum, one in the gametes of the mature male.
"Hormones and Heredity"
J. T. Cunningham

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