Carrots | Health Benefits and Nutritional Information
Even though humans are omnivorous animals, living in the highly sedentary modern world has led nutritionists to advise that we should make vegetables and fruit dietary staples, as they have much better nutrients to toxins ratio than animal sources.
Due to their ability to resist in a multitude of climates, carrots are cultivated in most areas of the Earth and are an integral part of the everyday diet in a myriad of cultures. Because of their popularity, carrots have also been studied by nutritionists for decades now. Consumption of carrots has benefits that are instilled in modern culture (too many individuals they are automatically linked to the preservation and improvement of eyesight), however, numerous recent and ongoing studies show that the health benefits of carrots are not restricted to the intake of vitamin A and have significant health improvements.
We will explore the whole host of advantages the regular consumption of this versatile vegetable can bring into our lives – from small yet welcomed improvements to digestion and detoxifying properties to significant benefits to the cardiovascular system (carrots help keep cholesterol in check thus leading to a better chance of avoiding heart attacks and strokes) or cancer prevention.
We will also present an exhaustive fact sheet on the nutritional components and values of carrots (both raw and boiled) so that anyone can check if including carrots in one’s diet is a good idea because everyone’s needs are different. As a side note, we will also be discussing a few of the most healthy ways of consuming and cooking carrots in order to get the most out of them.
While we are accustomed to the bright orange color of our favorite root vegetable, carrots (which scientifically are known the sativus subspecies of the Daucus carota) come in a variety of colors, ranging from black to white, with even some purple varieties. Furthermore, we tend to think of the root as the principle edible part of the plant, yet in ancient times the leaves and seeds were the sought out parts, something consumers mostly discard nowadays.
Carrots have an extensive history as staples of the human diet, with archeological evidence pointing to it being at least 5000 years old. It seems that the plant was domesticated in Central Asia, what is now the territory of Afghanistan, a place which continues to be a haven for the carrot’s wild correspondent. From there, the steady cultivation of carrots spread to Europe (via the Moors in Spain) in the Early Middle Ages and East Asia in the Late Middle Ages via the Silk Road. However, the main variant was the white carrot, with our modern orange carrot being linked with the Dutch trade with the Far East in the 17th century, which is also the period when the vegetable was introduced to the Americas.
Carrots can take between three to four months to mature and can vary in size from a few inches up to more than five feet. However, selective breeding and modern agricultural developments tend to limit the shape and size of carrots to our familiar images, all the while trying to speed up the process of maturation.
As mentioned in the introductory section, the variety of climates in which the carrot can thrive, coupled with the fact that it can easily be stored over the winter period, makes it one of the most important vegetables worldwide, with more than 37 million tons produced annually. In the US, carrots rank in 9th place on the most valuable crops list, with carrot consumption rising steadily in the last 25 years.((https://en.wikipedia.org/wiki/Carrot#Chemistry))
The overall caloric makeup of raw carrots is 89% carbohydrates, 5% fats (although this refers to non-saturated fat, carrots having no saturated or trans-unsaturated fatty acids) and the remaining 6% is protein. A serving portion of 128 grams equates to 53 calories, with 3 calories coming from the non-saturated fat. All good news nutrition-wise thus far, the only mild cause for concern is that a significant part of the calories raw carrots provide is derived from sugars. Based on a standard 2000-calorie diet, a single serving of raw carrots contributes to the average healthy person’s 14% of the recommended daily intake of fiber, 4% of recommended sodium, 4% of calcium, 2% of iron intake, a whopping 428% of vitamin A and 13 % of vitamin C.
Furthermore, carrots are an excellent source of B vitamins – thiamine (vitamin B1), niacin (vitamin B3), vitamin B6, folate – manganese, potassium and vitamin K. What all these statistics mean for the layman is that a daily intake of raw carrots is highly advised for the maintenance of general health and can work wonders in cases of individuals who wish to lose weight, though one should not overly indulge because of the relatively high proportion of sugars. ((http://nutritiondata.self.com/facts/vegetables-and-vegetable-products/2383/2))
Moving on to the carbohydrate composition of carrots, a sample of 100 grams of vegetables that have not been freshly harvested (your typical supermarket sample) has 1.1 grams of glucose, the same amount of fructose, 5 grams of sucrose, negligible amounts (less that 0.1 grams) of maltose and lactose, 0.1 grams of starch and 0.3 grams of oligosaccharides.
The makeup of fatty acids (considering the same sample of 100 grams of deposited vegetables) is as follows: 0.1 grams of saturated acids, 0.11 grams of cis-monounsaturated and 0.08 grams of cis-polyunsaturated. A schematic explanation of “saturated vs. unsaturated” fats can be found here.
100 grams of carrots have the following configuration of inorganic substances: 178 mg of potassium, 122 mg of chloride, 27 mg of sodium, 26 mg of calcium, 16 mg of phosphorus, 7 mg of magnesium, 0.23 mg of iron, 0.11 mg of zinc, 0.07 mg of manganese, and 0.03 mg of copper. Carrots also contain traces of rare yet valuable substances such as iodine (0.7 µg) and selenium (0.5 µg).
The same amount of carrots has the subsequent make-up of water soluble vitamins: 2 mg of vitamin C, 0.27 mg of pantothenic acid, 0.13 mg of thiamine, 0.2 mg each of tryptophan/60 and niacin, 0.06 mg of vitamin B6, 0.01 mg of riboflavin, 8 µg of folate and 0.3 µg of biotin.
The real benefits of carrots are evident when we take into account the amounts of fat soluble vitamins: 5230 µg of alpha-carotene, 9149 µg of beta-carotene, 1229 µg of lutein, 0.09 mg of vitamin E and 1961 µg of retinol equivalent vitamin A. The explanation for the last figure is that the human body cannot directly harvest vitamin A from non-animal sources, therefore beta-carotene must pass through a series of chemical processes in order for it to be converted into vitamin A.
Naturally, these figures change dramatically when the vegetables pass through any kind of thermic treatment. As is the case with any type of cooking, some benefits are enhanced while others are diminished. However, we will be exploring this aspect in the section that deals with the healthiest ways of cooking and serving carrots.
We have finally arrived at this “traditional” benefit of carrot consumption because it simply is one of the most insignificant. This is where the power of the popular myth can be seen in all its splendor. That is not to say that carrots are wholly without merit when it comes to eyesight, however, their role has really been blown out of proportion.
Eating carrots regularly will not provide any structural benefits, yet a severe deficiency in vitamin A causes serious conditions like macular degeneration (an acceleration in the natural degradation of vision, a condition which can lead to blindness and actually is the chief cause of blindness in underdeveloped countries), cataracts and xerophthalmia (an endocrinological disorder in which the eyes are unable to generate tears).
Another argument in favor of carrot consumption in the ophthalmological area is the benefits of lutein, an antioxidant contained in carrots which strengthen the tissues around the retina, thus providing more protection, which is welcomed, especially with age. With that said, carrots are not wondrous vegetables that provide 360-degree vision.