A high metabolic rate means that the cells in the tissue will require a high rate of gas exchange as the cells will be producing a high amount of CO2 during energy production. The dense network of capillaries ensure that the cells are adequately provided with oxygen.
Some body tissues are more vascular than others because they have a greater need for blood supply to facilitate their functions. For example, tissues with high metabolic demands, such as muscles, heart, and liver, require more oxygen and nutrients delivered by blood. In contrast, dense connective tissues like tendons and cartilage may have fewer blood vessels since they have lower metabolic activity.
Nerve cells receive blood and oxygen through a network of small blood vessels called capillaries. These capillaries are located close to nerve cells in order to deliver nutrients and oxygen for their metabolic needs. The brain, for example, has a dense network of capillaries to ensure a constant supply of blood and oxygen to nerve cells.
Tendons are dense fibrous tissues that connect muscles to bones. Tendons are tough, cord-like structures that help bones move.
Compact and cortical bone tissues are rigid and dense.
Dense regular and dense irregular connective tissues
Dense irregular connective tissue
false
The predominant element in dense connective tissues is collagen fibers, which provide strength and support to the tissue. These fibers are densely packed together, giving the tissue its characteristic toughness and resilience.
There are many types of connective tissues. They all have a matrix of extracellular material and they all have cells that excrete the matrix. Tendons and ligaments are dense connective tissues, loose connective tissue tends to be found around organs. Blood and bone are also considered connective tissues.
Boys, because they have less fat tissues than girls have
The dermis and hypodermis are the two basic tissues of the skin that are composed of dense irregular connective tissue. The dermis is the middle layer of the skin, providing strength and elasticity, while the hypodermis is the deepest layer, containing fat cells and connecting the skin to underlying tissues.
Tissues that bind and support other tissues are called connective tissues. These tissues have varying degrees of flexibility and strength to provide structural support and stability to the body. Examples include tendons, ligaments, adipose tissue, and cartilage.