In Animals,
The Parenchyma are the functional parts of an organ in the body, this is in contrast to the stroma, which refers to the structural tissue of organs, namely, the connective tissues.
In Plants,
Parenchyma cells are thin walled cells of the ground tissue that make up most of non woody structures.
The cells in the leaf constitute the mesophyll (photosynthetic parenchyma cells that lie between the upper and lower epidermis layers of a leaf) they are responsible for photosynthesis and allow for the inter change of gases.
it's called the phloem. the tissue type is meristematic tissue.
meristematic
Place in plants where chloroplast is found is a permanent tissue called chlorenchyma which is a type of parenchymatous tissue.
Water nutrients good air circulation in root zone
parenchymatous tissue that extends between the vascular bundles of a stem or root.Connecting the pith to the cortex by living cells so that all the vital activities are properly cordinated.
kidneys
The primary growth in vascular plants takes place with the differentiation of vascular tissue from parenchymatous cells and the secondary growth takes place when the intra-vascular and inter vascular cambium adds to the secondary phloem and secondary xylem.
cortex- In dicot stems, the cortex is located in the area between thevascular bundles and the epidermis. In monocot stems, it occupies the area surrounding the vascularbundles. The center of the stem is pith and may function as storage.
its kind of viscera appear usually as a soft grayish red or brownish mass like liver
- Walls made from dead lignin cells, which waterproof and support walls even if water levels are low in plants. - Narrow tubes so water column doesn't break easily. - Pits in walls allow water to move from one cell to another.
Throughout the plant in a tissue analagous to the vascular system but filled with gas. This specialized tissue can be called "aerenchyma." It is used for storage of oxygen, and conveyance of oxygen from the photosynthetic areas of the plant down to the rhizomes and roots. It also is used to maintain buoyancy of the photosynthetic part of the plant, keeping it upright.
In most cases autotrophic nutrition and totipotency; i. e. each parenchymatous cell can develop into an individual plant, if provided necessary conditions for multiplication by cell division.