It has pinnate leaves with between 1 and 8 pairs of leaflets.

The leaves are pinnate with 5-9 leaflets (rarely 3 or 11).

Plus the "pinnate bird" is also covered in feathers that look like leaves.

Leaves grow alternately in a pinnate fashion and are usually 8 to 40 cm long.

They are large evergreen trees up to 40-50 m tall, with alternate, pinnate leaves.

The side branches are alternate and cylindrical, being arranged in a pinnate fashion.

It has highly pinnate leaves which can vary in appearance and are reminiscent of parsley.

The leaves are pinnate with 5-31 leaflets and the terminal leaflet present.

Pinnate veins run straight or obliquely with respect to the lamina.

It has dark green, pinnate leaves 15-40 cm long and 15-25 cm broad.

It grows to between 0.5 and 1 metres high and has pinnate leaves.

Most of the ash species have light-green, oval shaped, pinnate leaves.

Its pinnate leaves have 7 to 9 shining leaflets which turn bright red, yellow and purple in the fall.

The veiny leaflets are pinnate 5 to 10 cm long.

The plant has small, pinnate leaves, 7-10 cm long, normally composed of five or seven leaflets.

Pinnate veins are also visible, and arise obliquely from the midrib.

Pinnate veins are numerous and run obliquely to the laminar margin.

Few palms with pinnate leaves tolerate much frost.

Pinnate veins are numerous and curve towards the apex of the lamina.

It has leathery, pinnate leaves and yellow, clumped flowers.

Most species have pinnate green leaves.

Its paper-like leaves are pinnate veined, leathery and alternatively arranged.

Species height varies form low shrubs to trees of 30 m. Their leathery leaves may be simple or pinnate foliage.

Pinnate veins are not easily distinguished.

They usually have pinnate leaves.

The third type of pennate subgroup is known as the multipennate architecture.

The Physiological cross sectional area of a pennate muscle.

Datiscaceae are slim herbaceous plants, with alternate and pennate leaves.

Fragilariophyceae is a group of pennate diatoms lacking a raphe.

Pennate muscles are usually found where their length change is less important than maximum force, such as the rectus femoris.

Thus the short fibres of pennate muscles are more suitable where power rather than range of contraction is required.

Pennate muscles, in which the muscle fibers are oriented at an angle to the line of action, typically have two aponeuroses.

Pennate muscles generally also tire easily.

When pennate muscles are used, sonomicrometry is often used to accurately determine fiber length during the test.

Pennate diatoms are bilaterally symmetrical, and belong to the order Pennales.

Pennate muscles are fascicle that are attached to tendons.

In a pennate muscle, aponeuroses run along each side of the muscle and attach to the tendon.

In pennate muscles, segments with higher pennation angles put out less force per shortening muscle fiber.

Pennate muscles can be further divided into uni-, bi- or multipennate.

Asterionella is a genus of pennate freshwater diatoms.

Pennate veins are indistinct.

The muscle architecture of pennate muscles, such as the human quadriceps, is highly plastic and strongly influences contractile properties.

Conversely, in pennate diatoms both gametes lack flagella (isoogamous).

The Extensor digitorum longus is a pennate muscle, situated at the lateral part of the front of the leg.

The force produced by pennate muscles is greater than the force produced by parallel muscles.

Instead, the physiological cross-sectional area (PCSA) must be used for pennate muscles.

Azizi and Brainerd demonstrated that the gear ratio of pennate muscle can vary; dependant on external load.

Diatoms are generally broken into two categories, the centric diatoms and the pennate diatoms.

In a pennate muscle one or more tendons run through the body of the muscle with the fascicles forming an oblique angle to the tendons.

In a pennate muscle, PCSA is always larger than ACSA.