Respiratory, Endocrine, Urinary Systems Coursework

Respiratory, Endocrine, Urinary Systems - Coursework Example As a result, the tissue plays many functions in the body. Some of the functions include support and protection (Human Biology, n.d.). Some of the connective tissues include fat tissue, dense fibrous tissue, bone, blood, and lymph. There are different types of muscle tissue in the body. They include skeletal, smooth, and cardiac muscle. The skeletal tissue helps contraction of skeletal parts of the body (Human Biology, n.d.). The movement of the muscle is voluntary. On the other hand, smooth muscles are found prominently in the internal organ and blood vessels, and it is involuntary (Human Biology, n.d.). Additionally, the cardiac muscle is only located in the walls of the heart (Human Biology, n.d.). The muscle is also involuntary. Nerve tissue also plays a vital role in the body. The nerve tissue comprises of specialized cells (Human Biology, n.d.). The tissue receives stimuli and conduct impulse to and from different parts of the body (Human Biology, n.d.). The microscope helps in clear observation of components of the cutaneous membrane. The outer layer of the membrane appears covered with a tough fibrous structure. Moreover, there are some small pores on the surface of the membrane. Moreover, the cells appear to be organized in layers. On the other hand, the mucous membrane appears covered by the fluid on the surface. Moreover, the surface appears covered by tiny protruding structures. Moreover, the cells appear longitudinal in shape. The synovial membrane is found in various joints in the body(Buzzle, 2014). The membrane comprises soft tissue that lines non-cartilaginous surfaces with joints that have opening (Buzzle, 2014). The membrane usually is bi-layered. The outer layer is known as subintima while the inner layer is known as intima (Buzzle, 2014). The outer layer of the membrane is loose, and the inner layer is located above the pliable membrane (Buzzle, 2014). In conclusion, the microscopy helps in identifying some of the majo r components of the membranes. Moreover, the structures organization appears linked to the adaptation of the membranes.