EPIBOLIC Meaning and
Definition
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Epibolic is an adjective derived from the word "epiboly," which refers to a biological process that involves the active movement or migration of cells during embryonic development. The term is most commonly used in the field of developmental biology. It describes the movement of cells away from the outer surface or an outer layer of cells.
In epibolic processes, cells typically undergo extensive rearrangements, changing their positions relative to one another. This movement results in the expansion and spreading of certain tissues or layers, causing them to cover or engulf underlying structures. Epiboly often contributes to the shaping and restructuring of developing organisms, playing a crucial role in their overall growth and morphogenesis.
The movement of cells during epiboly is typically guided by various biochemical signals and genetic instructions that control the cellular behavior. These signals mediate the adhesion, migration, and rearrangement of cells, allowing them to move in coordinated ways to achieve the desired shape and structure. Epibolic processes can be observed in a wide range of organisms, from simple multicellular organisms to more complex animals, including humans.
In summary, the term "epibolic" refers to the active cell movement and rearrangement during embryonic development, leading to the expansion and spreading of tissues or layers. It represents a crucial process in shaping and forming the structure of organisms.
Common Misspellings for EPIBOLIC
Etymology of EPIBOLIC
The word "epibolic" is derived from the Greek word "epibolḗ", which means "covering" or "casting over". It is composed of two Greek elements: "epi" meaning "upon" or "over", and "bolḗ" meaning "throw" or "cast". In the context of biology and embryology, "epibolic" refers to the process by which one layer of cells spreads and covers another layer during the development of an embryo.
Similar spelling words for EPIBOLIC
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