yes
Arteries contain elastic fibres. These are particularly abundant in the large conducting arteries, such as the aorta.
aorta
The structure of the various blood vessels is closely related to their function. The vessels which receive blood from the heart, the elastic arteries, have thick, strong walls to cope with the sudden high pressure produced during diastole; they contain abundant elastic material to allow stretch so that the vessel lumen may accommodate the change of volume. They also have a thick, outer coat of collagenous connective tissue whose tensile strength prevents over-distension of the elastic tissue. The elastic recoil of these elastic arteries is responsible for maintaining a continuous, though decreased, flow of blood to smaller vessels during systole.http://ect.downstate.edu/courseware/histomanual/cardiovascular.html
The arteries
Blood vessels are the tubes that carry blood. The three types of blood vessels are arteries, capillaries, and veins.
arteries.
arteries thick walled and elastic blood vessels capillaries and veins
Arteries carry blood away from the heart, veins carry blood back to the heart.
Arteries contain elastic fibres. These are particularly abundant in the large conducting arteries, such as the aorta.
The conducting arteries, which are the high pressure arteries (eg. aorta and pulmonary), are high in elastic fibres. These fibres store energy to help to push blood forward during diastole (heart relaxation).
arteries thick walled and elastic blood vessels capillaries and veins
The term Elastic Arteries usually refers to the ability of blood vessels to dilate and constrict freely.
aorta
There are four main types of blood vessels in the human body. There are arteries which are elastic vessels that transport blood away from the heart. Then there are veins which are elastic vessels that transport blood to the heart. Next, there are capillaries which are extremely small vessels found within the body tissues that transport blood from the arteries to the veins. And last, there are the sinusoids which are extremely small vessels found in the liver, the spleen, and in bone marrow.
The structure of the various blood vessels is closely related to their function. The vessels which receive blood from the heart, the elastic arteries, have thick, strong walls to cope with the sudden high pressure produced during diastole; they contain abundant elastic material to allow stretch so that the vessel lumen may accommodate the change of volume. They also have a thick, outer coat of collagenous connective tissue whose tensile strength prevents over-distension of the elastic tissue. The elastic recoil of these elastic arteries is responsible for maintaining a continuous, though decreased, flow of blood to smaller vessels during systole.http://ect.downstate.edu/courseware/histomanual/cardiovascular.html
The body's most muscular and elastic blood vessels are the arteries. They have thick, muscular walls that allow them to withstand and regulate the high pressure of blood pumped from the heart. This muscularity also enables arteries to constrict and dilate, helping to control blood flow. Additionally, the elastic fibers in their walls help accommodate the surge of blood with each heartbeat.
the three blood vessels are the Veins capillaries Arteries the arteries.