mesophyll
mesophyll tissue

Even an epidermis and a mesophyll may be lacking.

They eat one surface and mesophyll of the leaf, leaving the other epidermis.

After overwintering, the larvae begin feeding on the mesophyll in March.

Virus can be best detected in leaves, stems, roots and mesophyll.

Then a peg grows into the plant's mesophyll cells.

First, the water moves into the mesophyll cells from the top of the xylem vessels.

This causes millions of minute menisci to form in the mesophyll cell wall.

The mines often difficult to see, owing to the position in the lower mesophyll layer of the leaf.

The main respiratory surface is the spongy mesophyll cells inside the leaf.

These two distinct layers of the mesophyll are absent in many aquatic and marsh plants.

Occasional degenerate chloroplasts and slightly lower number in mesophyll cells.

In leaves, the vascular bundles are located among the spongy mesophyll.

Both of these steps occur in the mesophyll cells:

When the vacuum is released, the pressure difference forces solution through the stomata and into the mesophyll.

Larvae feed as leaf miners on the mesophyll of the leaf.

They feed on the inner epidermis and mesophyll of these leaflets from within their shelter.

Crystals of calcium oxalate are in the leaf mesophyll.

In ferns and most flowering plants, the mesophyll is divided into two layers:

Loosely arranged mesophyll cells lie between the bundle sheath and the leaf surface.

Palisade cells are cells found within the mesophyll in leaves of dicotyledonous plants.

The mine is serpentine and located in the upper epidermis and mesophyll.

Young larvae feed on the upper or lower epidermis and mesophyll of the leaves of their host plant.

This enables a bundle-sheath type area and a mesophyll type area to be established within a single cell.

The mesophyll inside the leaf that is rich in chloroplasts (also called chlorenchyma)

The mine is linear and situated in either the upper or lower mesophyll layer of the leaf tissue, often near the midrib.

In leaves, companion cells help in moving the sugar produced by photosynthesis in the mesophyll tissue into the sieve tube elements.

Like many other flowering plants growing in the understory of tropical rainforest, it does not have palisade mesophyll tissue or low leaf photosynthetic rates.

The nematodes live within the epidermis and mesophyll tissues of leaves, which causes necrosis and collapse of the palisade and spongy parenchyma tissues.

The plant cuticle is one of a series of innovations, together with stomata, xylem and phloem and intercellular spaces in stem and later leaf mesophyll tissue, that plants evolved more than 450 million years ago during the transition between life in water and life on land.

Gas exchange with the atmosphere is controlled by stomata, which can open and close to control water loss, and diffusion of carbon dioxide to the chloroplasts takes place in intercellular spaces between chlorenchyma cells in the stem or in the mesophyll tissue of the leaf.