The middle lamella is a wall that lies between adjacent cells.

The middle lamella is made up of calcium and magnesium pectates.

If enzymes degrade the middle lamella, the adjacent cells will separate.

Calcium is needed to form the pectin in the middle lamella of newly formed cells.

Frequently, it is difficult to distinguish the middle lamella from the primary wall, especially in cells that develop thick secondary walls.

In multicelluar organisms, when middle lamella dissolves, the cells get isolated from each other.

The middle lamella, a layer rich in pectins.

Middle lamella, a pectin layer which cements the cell walls of two adjoining plant cells together.

The cell plate that is formed during cell division itself develops into middle lamella or lamellum.

Pectin is a major component of the middle lamella, where it helps to bind cells together, but is also found in primary cell walls.

The mycelium can pass through the simple pits, perforating the middle lamella but damage to either the plasmalemma or cell walls was not observed.

The cells are held together and share the gelatinous membrane called the middle lamella, which contains magnesium and calcium pectates (salts of pectic acid).

Moldenhawer's contributions center on the microscopic examination of plant tissues, for which he devised techniques to separate the cells from the middle lamella layer that separates them.

The fungus produces these enzymes to break down the middle lamella in plants so that it can extract nutrients from the plant tissues and insert fungal hyphae.

The middle lamella is laid down first, formed from the cell plate during cytokinesis, and the primary cell wall is then deposited inside the middle lamella.

Boron is part of the dRG-II-B complex which is involved in the cross linking for pectin located in the primary cell wall and the middle lamella of plant cells.

According to some studies, the Casparian strip is initiated as a localized deposition of phenolic and unsaturated fatty substances in the middle lamella between the radial walls, as partly oxidized films.

In such cases, the two adjacent primary walls and the middle lamella, and perhaps the first layer of the secondary wall of each cell, may be called a compound middle lamella.

Plasmodesmata are formed when portions of the endoplasmic reticulum are trapped across the middle lamella as new cell wall is laid down between two newly divided plant cells and these eventually become the cytoplasmic connections between cells (primary plasmodesmata).

On hatching from the eggshell, L2 worms are able to locate and migrate towards a potential host plant, penetrate the root behind its tip in the zone of elongation, and migrate intercellularly through the vascular cylinder by separating cells at the middle lamella [ 4 ] .