decussate

These fibers decussate at the level of the spinal cord.

They decussate and participate in the formation of the medial lemniscus.

The four solid lobes help to decussate several fibres of the optic nerve.

These neurons decussate to the opposite side (anterolateral), and travel up the spinal column.

The fibers that do not decussate will pass through the medulla and continue on to form the anterior corticospinal tracts.

It is still undetermined if the spinoreticular tract possesses ipsilateral fibers in addition to those that decussate.

A cross-cut, it was intended to decussate the vein and at once became known as Fleming's Level in honour of Her Ladyship.

These efferent connections have been proven to project not only ipsilaterally, but also to decussate and project to the contralateral side of the vermis.

There, the fibers decussate to form the medial lemniscus which carries the sensory information the rest of the way to the thalamus, the "gateway to the cortex".

After the spiral phase, which may last from several to many nodes, the arrangement reverts to decussate by the absorption of some of the leaf-bearing faces of the stem.

The second-order neurons decussate in the brainstem and continue on to the thalamus where the second-order neurons synapse onto third-order neurons.

The axons of these second order neurons then decussate, joining the spinothalamic tract as they ascend to neurons in the ventral posterolateral nucleus of the thalamus.

In the spinal cord, the axons synapse and the secondary neuronal axons decussates and then travel up to the superior cerebellar peduncle where they decussate again.

The fibers that decussated will go down the lateral corticospinal tract while the fibers that did not decussate will travel down the anterior corticospinal tract.

After neurons carrying proprioceptive or touch information synapse at the gracile and cuneate nuclei, axons from secondary neurons decussate at the level of the medulla and travel up the brainstem as the medial lemniscus on the contralateral (opposite) side.

The fibers of the upper motor neurons project out of the precentral gyrus ending in the brainstem where they will decussate (i.e., cross) within the lower medulla oblongata to form the lateral corticospinal tract on each side of the spinal cord.

The leaves are in decussate opposite pairs, 5-7 cm long (up to 20 cm long on young plants) and 8-12 mm broad.

The genus is classed within the family Caryophyllaceae, the pink family, characterised by its opposite and decussate leaves.

Plants in this family have simple, opposite, decussate leaves with entire (or sometimes toothed, lobed, or spiny) margins, and without stipules.

The leaves are borne in decussate opposite pairs, sub-shiny green, narrow oval to lanceolate, 2-6 cm long and 0.5-1.5 cm broad.

By comparison, the leaves of Calluna vulgaris are much smaller and scale-like and borne in opposite and decussate pairs.

The adult scale leaves are arranged in decussate opposite pairs in four rows along the twigs, while the juvenile needle leaves are arranged spirally.

Combination of Jujeh Kabab and Kabab Barg in a decussate form.

Strobili are characterized by a central axis (anatomically a stem) surrounded by spirally arranged or decussate structures that may be modified leaves or modified stems.

Calluna has small scale-leaves (less than 2-3 mm long) borne in opposite and decussate pairs, whereas those of Erica are generally larger and in whorls of 3-4, sometimes 5.

The leaves are arranged in decussate opposite pairs, and are lanceolate, 5-15 cm long and 1-2.5 cm broad, glaucous blue-green with a waxy texture and pale greenish-white midrib and veins.

The leaves have an opposite, decussate arrangement, and are entire, 3 to 7 cm long and 0.8 to 2.5 cm wide; the apex is acute with a small hook or point, and the base is attenuate to cuneate.

In the majority of conifers, the leaves are arranged spirally, exceptions being most of Cupressaceae and one genus in Podocarpaceae, where they are arranged in decussate opposite pairs or whorls of 3 (-4).

The leaves are of two forms, juvenile needle-like leaves 8-10 mm long on seedlings and irregularly on adult plants, and adult scale-leaves 0.6-3 mm long on older plants; they are arranged in decussate opposite pairs.

The leaves are scale-like 1.5-2.5 mm long (up to 4 mm long on strong-growing shoots) and 1-1.5 mm broad, with an inconspicuous gland; they are arranged in opposite decussate pairs, occasionally decussate whorls of three.

The grounds for splitting Cotyledon to create the new genus included certain features of the flowers, but more conspicuously, the leaves of Tylecodon are deciduous in summer and they are borne in a spiral arrangement, rather than the opposite, decussate arrangement of Cotyledon leaves.