Surface Capillaries Research Paper

The body has different organs that work together and they make up a system such as the

Your body is an entangled framework that comprises of numerous subsystems that assistance to keep it working legitimately. These subsystems fill an assortment of needs and require required materials to work appropriately, and also methods for imparting data to different parts of the body. In this way, the skin and different parts of the integumentary framework work with different frameworks in your body to keep up and bolster the conditions that your cells, tissues, and organs need to work appropriately.

Have you ever realised how amazing our skin is? It's waterproof, stretchy, very durable and keeps our whole body in one piece. It's also the largest organ in our body. Can you imagine if we didn't have any skin? All of our organs would just fall all over the place. Your hair, nails, skin, sweat glands, and oil glands are all part of the integumentary system. By definition, your integumentary system is a complex group of tissues working together to ensure your survival.

The skin belongs to the Integumentary system. The Integumentary system is an organ system consisting of the skin, hair, nails, and exocrine glands. The skin is the largest organ in the body. Its main duty is to protect the body. It also has to retain body fluids, protect against disease, and control the body temperature.

The medical name for broken capillaries or spider veins is telangiectasia. They usually appear in the face around the nose, cheeks and chin. The capillaries just under the skin are very delicate and can dilate or break. Once they are broken, they will not return to their normal condition. There may be preventable causes for broken capillaries such as vigorous scrubbing of the skin, washing with too-hot water and excessive sun exposure.

Integumentary system is the largest system of the body. Made with epidermis, dermis hypodermis, hair, and nail. The integumentary system has multiple roles in homeostasis. Protection, temperature regulation, sensory reception, biochemical synthesis and absorption. Temperature sensors located all over the skin pass information about surrounding environment to hypothalamus. If body becomes too hot, the hypothalamus signals the sweat glands to release fluid to help the body cool down and when it is cold the glands close and body loses less fluids. Integumentary system protects body from external environment if it fails viruses and bacteria will be able to enter the body easily.

Sweat glands and fatty layers in the process of regulating body temperature in mammals. When the external temperature is high, sweat glands release bodily fluids combined with sodium to keep the body temperature from accelerating and exceeding the normal temperature. When the outside temperature is low, fatty layers on the skin act as insulation, trapping heat and keeping it from leaving the body. The dermis is the layer of skin under the epidermis, and it's made up mostly of soft tissue such as collagen, elastin and fibrillin these are tissues that make your skin elastic and flexible yet strong and structurally stable. The dermis controls body temperature through the production of sweat and the control of evaporation the process known as insensible

The Human skin is the largest single organ of the body, with a surface area of one to two square meters and accounts for approximately 16% of total body weight. It protects the body as an outer barrier from external pathogenic factors and excessive water loss. The skin is composed of three main layers: the epidermis, dermis, and hypodermis or subcutaneous layer1,2.

It is composed of highly vascular connective tissue (Stocum, 2006). The dermis contains a rich supply of blood; these blood vessels dilate and contract in response to internal and external stimuli such as anxiety and temperature (Bowers, Thompson, & Miller, 1992). The dermis is therefore responsible for regulating body temperature and blood pressure (Kemble & Lamb, 1984). The blood from the dermis is responsible for the nourishment of newly generated cells in the inner layer of the epidermis (MacDonald, 2009). The function of the dermal connective tissue is to provide structural support for the outer layer of the skin (Martini, Ober, & Bartholomew, 1999). Sensory nerve fibres can also be found in the dermis, which respond to touch, pain and temperature (Bryant & Nix, 2012). This serves an important role in human well-being, allowing us to respond to dangers such as being burnt by a hot object. The organisation of connective tissue permits the dermis to be flexible and contract with the movement of the body (Starcher, 2005). This flexibility provides the body with a barrier to protect it from friction and impact wounds (Hess, 2013). The thickness of the dermis varies across different areas of the

The integumentary system is made of the biggest organ in the body which is the skin.This organ helps to protect the rest of the body from microbes and other harmful elements. It is, literally, a physical barrier to the environment and it absorbs nutrients from the sun and other sources. Also, the skin permits the sensation of touch, heat and cold but most important, it helps to regulate body temperature. This organ makes up to 12% -15% of body weight and its surface is about 1-2 meter. Because the skin it’s in a constant state of change; the cells of the outer layers are continuously shedding and they are replaced by inner cells moving up to the surface, it is said to be a dynamic

A long term response to exercise is the increase in capillarization. Capillarization is the increase of the capillary system of the body due to aerobic activity. An increase in capillarization in the muscles means that oxygen is able to reach the muscles more efficiently so the muscles can work for longer. Capillaries are small blood vessels no more than 0.1mm thick. Capillaries supply a skeletal muscles with oxygen-rich blood and remove carbon dioxide through the process of diffusion. Diffusion is the process of carbon-dioxide moved into the capillaries, and oxygen carried by the blood moved into the muscle cells. So an increase of capillaries in the body means that this process of diffusion can be done more often, speeding up the process

There are there sections of a kidney and they are the renal cortex, the renal mendulla, the renal pelvis. The blood finds its way to the renal artery, and it splits into or inside arterioles. They go to the Bowman's Capsules of Nephrons, where the waste exits the blood by pressure filtiration4. The Peritubular Capillaries surrond the Nephron so substances can be put in and out of the blood. The renal pelvis takes the urine away from the kidney, it goes inside the uniary bladder which spreads, and sends pulses through the body when it is full. The urine exits the body through the uretha and out of the

In conclusion the skin plays an important role in the maintenance of homeostasis. It is an important barrier to infections, and diseases. The skin also plays a part in the feedback loop that regulates body temperature and synthesizes important vitamins for our

The Integumentary System plays an important role in the function of the human body.This system consists of the biggest organ in the body which is the skin.This system has a major protective function in which it protects from the invasion of infectious organisms inside the body. Also, this system helps the body to prevent dehydration and it prevents the change of temperature

1] There are four main tissues types; epithelium, connective, nervous and muscle, inside of every tissue types there are varieties present. In pictures 1, 2 and 3 are of epithelium tissues that make a hindrance between the outside environment and the body inside called the skin. The skin is the biggest organ and anticipates microorganisms, living beings, microbes and different hazardous particles entering the body. Epithelium tissue also lines the inside organs structure to keep it from harming. The job of these tissues is to ensure the body and organs, permits absorption and emission that are required and lastly to filter any substances that are destructive.