i think yes i think yes
it is an organ and it is made of flesh and muscle tissue it is an organ and it is made of flesh and muscle tissue
The tissue fluid is mainly made of water and will be made through exchanges of the cells in biological process. Other contents of the tissue fluid include amino acids, sugars, salts, fatty acids and so much more.
No, vascular tissue is not composed of red blood cells and white blood cells. Vascular tissue is made up of vessels that transport blood throughout the body, while red and white blood cells are components of blood itself. The vascular tissue includes arteries, veins, and capillaries.
Bones are made of osseous tissue, ligaments are made of fibrous connective tissue, and tendons are made of dense regular connective tissue.
Achilles tendon is a fibrous connective tissue made from collagen.
The smallest of the blood vessels that form the tiny networks serving individual cells in tissue are called capillaries. Got a link if you want to surf on over to our friends at Wikipedia. They've got pics and more information.
Yes it is. Infact, the alveolus is made up of a single layer of epithelial tissue.
The glomerulus is a cluster of blood vessels in the kidney that helps to filter waste products from the blood. It is made up of capillaries and specialized cells that aid in the filtration process.
Venules are small blood vessels with three basic layers. These layers are an inner membrane called an endothelium, a middle layer of muscle tissue, and the outer layer, which is made of fibrous connective tissue.
Tendons are made of fibrous connective tissue. They are mostly collagen.Collagen Type I
The Circulatory System is made up of blood vessels, including arteries, veins, and capillaries. Additionally, the heart is a muscular organ that plays a central role in the Circulatory System by pumping blood throughout the body.
There is no fibrous connective tissue in bone, but there is dense irregular tissue known as periosteum that covers bones (all except the articulating surfaces) and provides attachment sites for tendons and ligaments.