Cartilage
Ribosomes
It is pink, it is solid, it is a rectangular shape, and it is elastic.
same structure and both synthesize something
Blood is ejected from the heart in a pulsating manner, and the aorta and pulmonary arteries expand to accommodate. The elastic recoil smoothes out the blood flow.
The larynx is made up of mostly cartilage. And some muscles are there as well to control the vocal chords.
smooth; protective outer structure
The wall of the arterioles contain less elastic fibers but more smooth muscle cells than that of the aorta and arteries.
Yes of course! muscles wouldn't move if it weren't elastic...
A bursa acts as a cushioning and lubricating structure that reduces friction and allows for smooth movement between bones. Having a bursa between movable bones helps to prevent wear and tear on the joint surfaces, decreasing the risk of pain, inflammation, and injury.
No, skeletal muscles do, because smooth muscles deal with your internal organs.
The tunica interna of an elastic artery has subendothelial laminas of elastic fibres. Its tunica media has many fenestrated elastic membranes alternating with smooth muscle fibres. An elastic artery also has external elastic lamina. Its tunica externa is thin and contains vasa vasorum.
functional structure
Funtional structure
what structure is found on the rough er that is noyt found on the smooth er
Turn it in
turn in
Elastic arteries are also known as conducting arteries because they carry large volumes of blood away from the heart. They are large vessels with diameters up to 2.5 cm (1 in.) (Figure 21-2). The pulmonary trunk and aorta, as well as their major branches (the pulmonary, common carotid, subclavian, and common iliac arteries), are elastic arteries. The walls of elastic arteries are extremely resilient because the tunica media contains a high density of elastic fibers and relatively few smooth muscle cells.