How Do You Spell HETEROPLASMY?

Pronunciation: [hˈɛtɹə͡ʊplˌazmi] (IPA)

Heteroplasmy (/ˌhɛtərəˈplæzmi/) is the presence of a mixture of more than one type of mitochondrial DNA within an individual's cells. The word is derived from the Greek roots hetero (meaning different), plasma (meaning formed or molded), and -y (meaning state or condition). The pronunciation of heteroplasmy can be broken down into four syllables: het-er-o-plas-my, with the emphasis on the second syllable. Heteroplasmy plays an important role in mitochondrial diseases and genetic inheritance, making its correct spelling and pronunciation crucial for medical professionals and researchers.

Meaning and Definition
Common Misspellings
Etymology
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HETEROPLASMY Meaning and Definition

  1. Heteroplasmy is a term used in the field of genetics to describe a condition wherein multiple distinct types of genetic material are present within a single cell or organism. Specifically, it refers to the presence and coexistence of two or more variants of mitochondrial DNA (mtDNA) within the mitochondria of an individual.

    Mitochondria are small organelles found within cells responsible for generating the energy needed for cellular processes. Unlike nuclear DNA, which is inherited from both parents, mtDNA is solely inherited from the mother. However, during replication, errors and mutations can occur, resulting in the presence of multiple variants of mtDNA within a single mitochondrion or multiple mitochondria within a cell. This phenomenon is known as heteroplasmy.

    Heteroplasmy can exhibit varying degrees of coexistence between different mtDNA variants within an individual and may change over time or across generations due to mitotic segregation and genetic drift. The presence of heteroplasmy can have different consequences depending on the proportion and location of the mtDNA variants. In some cases, it may have no perceptible effect on the individual's health, while in others, it can lead to mitochondrial diseases or disorders due to impaired mitochondrial function.

    Understanding the mechanisms and implications of heteroplasmy is crucial in the field of human genetics, as it can have implications for the inheritance, diagnosis, and treatment of certain genetic disorders associated with mitochondrial dysfunction.

Common Misspellings for HETEROPLASMY

  • geteroplasmy
  • beteroplasmy
  • neteroplasmy
  • jeteroplasmy
  • ueteroplasmy
  • yeteroplasmy
  • hwteroplasmy
  • hsteroplasmy
  • hdteroplasmy
  • hrteroplasmy
  • h4teroplasmy
  • h3teroplasmy
  • hereroplasmy
  • heferoplasmy
  • hegeroplasmy
  • heyeroplasmy
  • he6eroplasmy
  • he5eroplasmy
  • hetwroplasmy
  • hetsroplasmy

Etymology of HETEROPLASMY

The word "heteroplasmy" is derived from two Greek roots: "hetero" meaning "different" and "plasma" meaning "something formed or molded". The term is mainly used in the field of genetics to describe the presence of different types of genetic material within a single cell or individual.

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Correct spelling for heteroplasmy
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