transitional epithelium
The tissue derived from mesoderm that lines the coelom of annelids and forms walls is called mesothelium.
C peritoneum for plato users
The supporting tissue in the walls of the thymus is made up of a framework of reticular fibers and reticular cells. In the spleen, the supporting tissue consists of reticular fibers, fibroblasts, and smooth muscle cells. These structures provide structural support and help maintain the architecture of these organs.
The digestive cavity is primarily lined by epithelial tissue, specifically simple columnar epithelium in most parts of the digestive tract. This type of tissue facilitates absorption and secretion, allowing for efficient processing of food. Additionally, smooth muscle tissue is present in the walls of the digestive cavity, aiding in the movement of food through peristalsis. Together, these tissue types work to form the functional structure of the digestive cavity.
Yes, the walls of hollow organs, such as the stomach or intestines, contain connective tissue as part of their structure. Connective tissue supports and binds other tissues, providing strength and elasticity to the walls of these organs. It is typically found alongside muscle tissue and epithelial tissue, contributing to the overall functionality and integrity of the organ.
The tissue derived from mesoderm that lines the coelom of annelids and forms walls is called mesothelium.
The Ureter(s) [there are two of them] carry urine from the kidneys to the bladder.
C peritoneum for plato users
There are three types of muscles and they all form organs. There is cardiac muscle which forms the heart (an organ of the cardiovascular system), skeletal musclewhich form what are called muscles (organ that move the bones) and smooth muscle which form all hollow organs except the heart.
The supporting tissue in the walls of the thymus is made up of a framework of reticular fibers and reticular cells. In the spleen, the supporting tissue consists of reticular fibers, fibroblasts, and smooth muscle cells. These structures provide structural support and help maintain the architecture of these organs.
The digestive cavity is primarily lined by epithelial tissue, specifically simple columnar epithelium in most parts of the digestive tract. This type of tissue facilitates absorption and secretion, allowing for efficient processing of food. Additionally, smooth muscle tissue is present in the walls of the digestive cavity, aiding in the movement of food through peristalsis. Together, these tissue types work to form the functional structure of the digestive cavity.
elastic tissue
Cardiac muscle forms the muscular wall of the heart. Cardiac muscle is involuntary muscle.
The blood-rich tissue that lines the walls of the uterus during pregnancy is called the placenta. It forms from the outer layer of the embryo and the uterine tissue, facilitating the exchange of nutrients, gases, and waste between the mother and the developing fetus. The placenta also produces hormones that are crucial for maintaining pregnancy.
The kidney stone has irregular shapes, so as the stone moves thru the ureter, it frequently changes positions against the inside ureter walls. This is why pain is experienced in waves.
dense connective tissue, elastic
Yes, the walls of hollow organs, such as the stomach or intestines, contain connective tissue as part of their structure. Connective tissue supports and binds other tissues, providing strength and elasticity to the walls of these organs. It is typically found alongside muscle tissue and epithelial tissue, contributing to the overall functionality and integrity of the organ.