Medicine Invagination, especially an infolding of 1 area of the intestine into another.
Biology Assimilation of the latest substances into the current the different parts of residing structure.
The invagination of just one percentage of a tubular anatomical framework (especially intestines or arteries) over the following.
The reception of 1 component within another.
The irregular reception or slipping of an integral part of a tube, by inversion and lineage, within a contiguous element of it; particularly, the reception or slipping of this upper an element of the tiny bowel to the reduced; introsusception; invagination.
The interposition of new particles of formative material the type of already existing, such as a cell wall surface, or in a starch grain.
The work of taking foreign matter, as food, into a living human body; the entire process of nourishment, wherein dead matter is soaked up because of the residing system, and in the end became the organized substance of the various cells and organs.
A receiving within; reception of just one component within another area of the exact same organ, or of one organ within another of the identical kind; invagination; introversion; introsusception.
In physiology, reception of international matter by a full time income organism, and its own transformation into living tissue; ingestion, digestion, and assimilation of meals, including the entire process of nourishment and growth. This is the mode of interstitial development attribute of natural life, as distinguished from any procedure for accretion where a mineral may rise in size.
In botany, based on the principle proposed by Nägeli, the development of cell-walls because of the intercalation of new solid particles between those currently available. The intussusception concept is in opposition to the theory of development by apposition, which supposes that new particles tend to be deposited in layers regarding the inner region of the cell-wall.
the foldable in of an outer level so as to develop a pocket in surface
(biology) growth in the top section of a cell because of the deposit of new particles between existing particles into the cellular wall