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apomixis

American  
[ap-uh-mik-sis] / ˌæp əˈmɪk sɪs /

noun

Biology.

PLURAL

apomixes
  1. any of several types of asexual reproduction, as apogamy or parthenogenesis.


apomixis British  
/ ˌæpəˈmɪksɪs /

noun

  1. (esp in plants) any of several types of asexual reproduction, such as parthenogenesis and apogamy, in which fertilization does not take place Compare amphimixis

"Collins English Dictionary — Complete & Unabridged" 2012 Digital Edition © William Collins Sons & Co. Ltd. 1979, 1986 © HarperCollins Publishers 1998, 2000, 2003, 2005, 2006, 2007, 2009, 2012

apomixis Scientific  
/ ăp′ə-mĭksĭs /
  1. The development of an embryo without the occurrence of fertilization. Parthenogenesis is one form of apomixis. In plants, another form of apomixis also occurs, in which the embryo develops from the somatic cells of the ovule surrounding the embryo sac, not from the egg cell within the embryo sac itself. Such embryos are clones of the parent plant, and valuable cultivars of plants such as the fig are propagated using seeds produced through this kind of apomixis.


Other Word Forms

  • apomictic adjective
  • apomictical adjective
  • apomictically adverb

Etymology

Origin of apomixis

1910–15; < New Latin < Greek apo- apo- + míxis a mixing, equivalent to mig ( nýnai ) to mix + -sis -sis

Example Sentences

Examples are provided to illustrate real-world usage of words in context. Any opinions expressed do not reflect the views of Dictionary.com.

If we could find a way to propagate crop plants by asexual reproduction through seeds -- known as apomixis -- it would revolutionize agriculture.

From Science Daily

A landmark accomplishment came from someone who didn’t set out to study apomixis.

From Science Magazine

Sometimes apomixis is used only as a backup.

From Washington Post

In nature, some plant species reproduce clonally: The eggs inside their flowers become embryos without pollination, part of a process called apomixis—“away from mixing” in Greek.

From Science Magazine

In 2019, an international team reported that it had successfully engineered a line of rice plants that could reproduce clonally—the first instance of synthetic apomixis in a crop.

From Science Magazine