Vitamin C Structure

Vitamin B and vitamin C are vitamins that are soluble in water, also known as water soluble. Whilst, vitamin D and vitamin k belong to a group that are soluble in fat which are known as fat soluble.

By observing the diet of the Inuit, it can be concluded that there are no essential foods, only essential nutrients. Without knowing that people might at first assume that a diet scarce in fruits and vegetables would result in countless cases of vitamin deficiency. However many vitamins such as Vitamin A which North Americans usually derive from fruits are oil soluble and can be found in oils of cold water fish. The biggest mystery in the past has been the dilemma of how the Inuit people consumed Vitamin C, which is not oil soluble and is usually has been though to only be found in fruit. However, with further

- In general, the body can call upon its stores of fat-soluble vitamins; whereas, most water-soluble vitamins are not stored.

I believe that the C atom coloured in yellow is chiral as is attached to 4 different groups ( H, CH3, Br & CH2).

Fat soluble vitamins occur in association with water, are very sensitive to the effects of heat, and are easily destroyed by cooking or food processing.

Vitamins are a class of nutrients that contain carbon. Vitamins are needed in small amounts to maintain health and allow growth. There are two types of vitamins fat-soluble and water-soluble this means that they dissolve in fat and water. There are 4 fat-soluble vitamins A,D,E,K. Vitamin A keeps your eyes and skin looking healthy. It also is needed for the growth of bones and teeth. Vitamin D is the sunlight vitamin and helps absorb calcium. Vitamin E protects your cells and vitamin K clots your blood. All of these can be stored if you have extra as fat. The water-soluble vitamins need to be replenished daily because any extra will be discharged as waste. Water Soluble vitamins are any one that was not mentioned above. They are needed to produce

Therefore, it must get them from food. Vitamins A, D, E, and K are fat soluble and only found in

Vitamins are primarily classified by solubility. Some vitamins are soluble in water and others are soluble in fat. “According to The National Institute of Health, the body needs 13 vitamins for normal health.” This includes vitamins A, C, D, E, K and the B complex vitamins, thiamine, riboflavin, niacin, pantothenic acid, biotin, B6, B12 and folate. Each of these vitamins provides a variety of functions to the body which can be obtained from a well balanced diet (Farris, 2012).

(Sinno et al, 2011). It also helps in the transfer of white blood cells to the wound, improves resistance to infection and increases capillary strength. Since vitamin C is water-soluble, it is difficult to store it in the body, so a regular intake is necessary and dietary sources are green vegetables, potatoes, fruits like orange, kiwi and berries. (Timms, 2011).

Similar to carbohydrates and proteins, vitamins are hydrophilic or water soluble, and hydrophobic or non-water soluble similar to lipids. Water soluble vitamins include the b vitamins (thiamin, riboflavin, niacin, biotin, pantothenic acid, vitamin B6, and B12) and vitamin C. Hydrophobic, fat-soluble vitamins include vitamins A, D, E, and K. The water soluble vitamins are found in the watery compartments of food and once absorbed, move directly into the blood where they travel freely. Once water soluble vitamins reach the cells, they circulate freely in the water filled compartments of the cell. The kidneys monitor the blood detecting and removing small

class vitamin d and vitamin c are the two most important vitamin for maintaining healthy

Vitamin C also known as ascorbic acid is needed for growth and maintenance of healthy tissues, especially skin, blood vessels, bones, gums, teeth. Vitamin C aids in resistance against infection and healing of wounds. It also helps the body absorb iron from food. Vitamin C can be found in green vegetables, potatoes, tomatoes and citrus fruits such as oranges and lemon. A lack of vitamin C can cause scurvy, iron deficiency and poor wound healing. A healthy diet

Vitamin C should be taken in through diets, fruits and vegetables so that it can have its best effects and is good for our health. Vitamin C supplements are only used as addition if our bodies do not have enough Vitamin C.

Vitamin C is crucial for survival for several reasons. For a human body to reach the acme of its physical potential, it must have a daily intake of vitamin C. Deficiency can lead to a fatal symptom known as scurvy. Likewise, iron absorption will be more difficult resulting in iron-deficiency anemia (Smith, Primio & Humphrey-Murto, 2011). However, this nutrient is essential for bodily functions as well. Vitamin C is required for hormone production which is seen by the fact that the highest concentration of it in the human body is in the pituitary and adrenal glands (Emsley, 2004). Moreover, this vitamin aids in protection against free radicals and stress. Vitamin C is also imperative because it assists in the growth of various body parts, including teeth, cartilage, and dentine. This acid is integral for bone development and to heal fractured or broken bones. As said before, “Vitamin C is important in the absorption and metabolism of many nutrients that affect production of red blood cells”, including iron absorption (Smith, Primio, & Humphrey-Murto, 2011). DIRECT QUOTE WITHOUT AUTHOR. Similar to its importance to humans, vitamin C is vital for plant life as well. Plants require the alcohol for growth processes.

Vitamin C, or ascorbic acid, is a well-known supplement that is essential to the human body. Vitamin C helps grow and repair body tissue, make collagen, heal wounds, and strengthen bones and teeth. Unfortunately, the body does not produce this vitamin itself, therefore it must be obtained from another source. Vitamin C is present in significant amounts in both fruits and vegetables. These foods are commonly pasteurized – a process that applies heat to destroy pathogens that cause spoilage in food. Pasteurization is great for preserving foods, but its effects on the food’s contents are important to consider. This process could affect the levels of ascorbic acid in the foods being consumed for their vitamin C content. Specifically, orange juice, one of the most popular sources of vitamin C, is going to be used to examine the effects of pasteurization on ascorbic acid levels in this experiment.