involuntary muscle movements
The main function of smooth endoplasmic reticulum is to synthesize lipids, including phospholipids and steroids, and to detoxify drugs and other harmful substances in the cell. It also stores calcium ions and helps regulate their release in muscle cells.
Muscle tissue is made of cells that have the ability to relax and contract in order to produce movement in the body. There are three main types of muscle tissue: skeletal, smooth, and cardiac.
Muscle cells require a lot of energy to function, especially during physical activity. Mitochondria are the main energy producers in cells, so muscle cells have more mitochondria to meet their high energy demands. This allows them to generate ATP efficiently to power muscle contractions.
Muscle cells primarily rely on glucose and fatty acids as their main sources of energy. During periods of high energy demand, such as exercise, muscle cells can also utilize stored glycogen and ketone bodies for fuel. This allows muscles to function efficiently and adapt to different energy demands.
The strongest muscle in the human body is the masseter muscle, which is located in the jaw. Its main function is to help with chewing and biting.
involuntary muscle movements
The main function of the trachealis muscle is to constrict the trachea, allowing air to be expelled with more force while you are coughing. This muscle is smooth and is located adjacent to the esophagus.
The main function of smooth endoplasmic reticulum is to synthesize lipids, including phospholipids and steroids, and to detoxify drugs and other harmful substances in the cell. It also stores calcium ions and helps regulate their release in muscle cells.
There are three types of muscle tissue: smooth, skeletal, and cardiac. Smooth muscle lines the walls of hollow organs and are involuntary. Skeletal muscles are attached to the skeleton and its main function is voluntary movement. Cardiac muscle is found only in the heart. Both skeletal and cardiac muscle tissue is striated, smooth is not.
The main function of specialized cells serve different tasks which include moving oxygen throughout the body, killing bacteria, removing mucus from the body, etc. Examples of speciazlized cells are white blood cells, red blood cells and muscle cells.
The three different types are the skeletal, smooth, and cardiac muscles. The cardiac muscles are ONLY found in the heart area, the skeletal is the muscle that moves the bones and the smooth muscle is in most of your main organs.
The main neurotransmitters involved with smooth muscle is Acetylcholine which causes an exited effect in smooth tissue and Adrenalin which causes an inhibitory effect. Adrenalin is produced by the adrenal gland when animals are in high stress or phsically elated situations. This causes the "flight or fight" mode in animals and increases function of regions of body necessary for survial such as skeletal muscle. Thus smooth muscle in the gut for example isn't vital in dangers situations therefore contraction of this muscle is decreased by the neurotransmitter.
The main differences between the two are that when you look at smooth muscle you can see the actual muscle cells with the nucleus within it. In dense regular connective tissue, there are no cells visible, instead you see striations and collagen fibers.
Muscle tissue is made of cells that have the ability to relax and contract in order to produce movement in the body. There are three main types of muscle tissue: skeletal, smooth, and cardiac.
The tunica media is the middle layer of arteries and veins that is composed of smooth muscle cells. Its main function is to regulate blood vessel diameter and control blood flow by contracting and relaxing in response to various signals from the nervous system and local factors.
The main muscle in the bladder is called the Detrusor muscle (which is a smooth muscle). it is circular.
The juxtaglomerular apparatus consists of three main cell types: macula densa cells (epithelial cells of the distal tubule), granular cells (specialized smooth muscle cells of the afferent arteriole), and extraglomerular mesangial cells. These cells are involved in regulating blood pressure and kidney function through the renin-angiotensin-aldosterone system.