Health Benefits of Cantaloupe As Low Calories Fruits Nutrition Facts

As one of low calories fruit, cantaloupe nutrition has so many health benefits for our body. In every 100 gr, calories in cantaloupe only contain 34 calories, it makes cantaloupe is safe for diabetes also good as energy source. Cantaloupe that also known as mushmelon or muskmelon contains minerals such as magnesium, manganese, copper, zinc, iron, cobalt, and chromium. Fruit that has trinomial name as Cucumis melo var. cantalupensis, also has high beta-carotene content, that is also well used to counteract free radicals, which is one cause of heart disease and cancer.

In RDA (Recommended Dietary Allowance) guides, there is a suggestion that we should consume beta-carotene is approximately 5-6 mg per day, to maintain heart health. Referring to that suggestions, we only need to regularly consume enough cantaloupe and heart will remain healthy. The other cantaloupe nutrition can be read at the bottom of the post, now read cantaloupe health benefits below.

Health benefits of cantaloupe

• The content of potassium in cantaloupe fruit can lower blood pressure, reduce the formation of plaque in the arteries, as well as a natural laxative.
• Vitamin A is contained therein can maintain healthy eyes and bones and consumed both active and passive smokers.
• Potassium contained in cantaloupe able to control blood pressure, suitable for people with hypertension.
• Cantaloupe also has a low glycemic index (GI), fructose and glucose contained in cantaloupe fruit is a natural simple sugar so it is safe to eat for people with diabetes, obesity. It also can prevent uric acid.
• Cantaloupe is a good source of vitamin A and beta-carotene are very good. The content of beta-carotene is an antioxidant that may play an important role in reducing the concentration of peroxyl radicals or free radicals to prevent premature aging or prevent cancer.
• Cantaloupe also can maintain a healthy heart, lungs, or blood vessels.
• Can increase endurance, healthy kidney and spleen function, and lowers blood pressure because it is rich in potassium and mineral content of provitamin A and dietary fiber.

Cantaloupe is also in the list of the top 10 fruits and vegetables that can prevent cancer. The 10 fruits and vegetables are broccoli, cantaloupe, carrots, kale, mango, pumpkin, red peppers, spinach, strawberries, and sweet potatoes. Cantaloupe is a good source of vitamins C and A are very good. Like in RDA guides, we are advised to consume vitamin C at least 60 mg per day, to protect the body from cancer risk.

Vitamin C is also useful to enhance the absorption of iron from supplements or iron sources other than meat. Thus, for women who generally have anemia, eating cantaloupe is a smart choice.

In Encyclopedia of Fruit & Vegetable Juice For Healing, stated that the cantaloupe is also useful for colitis. Explained that Crohns disease or regional enteritis (autoimmunedisorder) is a chronic condition marked inflammation in the small intestine or in the colon.

Cantaloupe are rich in beta-carotene, pro-vitamin A, as well as magnesium, manganese, zinc and chromium. All the elements are useful for reducing inflammation and restoring mucosal tissue injury effectively and naturally.

Cantaloupe was also able to get rid of acne. To cure acne, especially those caused by hormonal disorders, the need for essential fatty acids (EFAs) and gamma linolenic acid acids (Glas). Both worked to reorganize the disrupted hormones. They also reduce the production of sebum, thus eliminating blockage of skin pores.

So, do you still not get enough cantaloupe health benefits information yet? If it so, then read cantaloupe nutrition facts below.

Cantaloupe nutrition facts

Cantaloupe (raw) Nutritional Value per 100 g 
Source: USDA Nutrient data base 

Energy : 34 Kcal
 Carbohydrates : 8.16 g
 Protein : 0.84 g
 Total Fat : 0.19 g
 Dietary Fiber : 0.9 g
 Water : 90.15 g
 Total sugar : 7.86 g

 Vitamins 
 Folates : 21 µg
 Niacin : 0.734 mg
 Riboflavin : 0.019 mg
 Thiamin : 0.041 mg
 Vitamin A : 3382 IU
 Pyridoxine : 0.072 mg
 Vitamin C : 36.7 mg
 Vitamin D : 0 IU
 Vitamin E : 0.05 mg
 Vitamin K : 2.5 µg

 Minerals 
 Calcium : 9 mg
 Iron : 0.21 mg
 Magnesium : 12 mg
 Phosphorus : 15 mg
 Zinc : 0.18 mg
 Sodium : 16 mg
 Potassium : 267 mg

 Lipids 
 Saturated fatty acids : 0.051 g
 Monounsaturated fatty acids : 0.003 g
 Polyunsaturated fatty acids : 0.081 g
 Cholesterol : 0

Know Metilon methylone as Narcotics Group 1

Metilon (Methylone) is a class of drugs including narcotics group I in the Narcotics Act No. 35 of 2009 which is a derivative of the Cathinone (Katinona). Metilon has a chemical structure and similar effects to MDMA was first patented by Peyton Jacob and Alexander Shulgin in 1996 as an antidepressant. The drug like LSD and MDMA (ecstasy) initially as an experimental psychiatric drug. However, its use is rapidly changing from a clinical interest for recreational (fun).

Katinona a class I drug that should only be used for research purposes. For medical purposes once, narcotics group was not allowed, especially for recreational purposes. Methylone Similarly, it is very dangerous substance if used for recreational.

The effect of the use that can be ngefly metilon similar to stimulants like amphetamine, MDMA and cocaine. These effects include euphoria and increased energy. Users also feel cool and more confident when taking Metilon. Metilon has +4 strength or stronger than other Katinona derivatives. Users may feel nausea, vomiting, dizziness, seizures, chest thumping, heart cramps and can lead to death.

Eating Metilon can force the body to work more quickly. Heart rate is increased to the point that can make users have palpitations or irregular heartbeat, even after he stopped taking the drug. The use of these substances such as alcohol, can cause blurred vision and nausea. Likewise with ecstasy, which can cause users to jaw clenching or teeth grinding.

Fingers and toes can also be changed to blue. User preferences can be reduced, which can lead to anorexia. For the long term, someone using methylone, can increase energy and vitality which can progress to circulatory problems, paranoia, and insomnia. Halusi and delusions may come, but the symptoms may be at the time of untoward. If the drug is inhaled, the nose and mouth may be inflamed. This can lead to nosebleeds.

Methylone is not yet known whether the effect can make physically addictive, although evidence has shown can be psychologically addictive. Methylone is chemically very similar to Mephedrone. Substance is expected to be a factor of the deaths of two British teenagers. But it has not been proven. But it does not mean Methylone safe. It is even more dangerous substances.

Metilon dibebearap illegal states such as Finland, Sweden, Denmark, Germany, the Netherlands, and Israel. whereas in the United States is not recognized substances.

Wake Up Light as Natural Ergogenic Dawn Simulation Increases Early Morning Physical Cognitive Performance

What could be better than starting your day with the first rays of the sun? Doing this with a person you love, I suppose.

If you have listened to Super Human Radio earlier this week (download episode), you will have heard that Carl "caught" me off guard calling me without prior notice during the live show. We ended up talking about the use of melatonin and my beloved "daylight lamp" (light therapy lamp), which kept my energy levels up even at the darkest winter mornings over the past couple of months.

If you listened to the show, you may also remember that Carl mentioned that it would be great to have a light-based alarm clock - something like a light therapy lamp that increases its intensity gradually at a given time and will thus wake you up from a deep slumber.

You can learn more about sleep and the circadian rhythm at the SuppVersity

Sunlight, Bluelight, Backlight and Your Clock

Sunlight a La Carte: "Hack" Your Rhythm

Breaking the Fast to Synchronize the Clock

Fasting (Re-)Sets the Peripheral Clock

Vitamin A & Caffeine Set the Clock

Pre-Workout Supps Could Ruin Your Sleep

Well, I already mentioned during the show that a corresponding device is already available, but pretty useless for someone who usually uses blindfolds to get a good nights sleep. For the rest of you, who are sleeping in a pitch black room without covering their eyes with a blindfold, on the other hand, Carls suggestion could be a viable means to "improve both cognitive and physical performance after waking." (Thompson. 2014).

This is at least what a recent study from the University College London would suggest. For the corresponding experiment, the researchers from the Department of Epidemiology and Public Health recruited 8 young adults (four males; four females) with a mean age of 24 ± 9 years who had not been involved in nocturnal shift work or undertaken transmeridian travel during the past 30 days (thats important to ensure that their circadian rhythm was not messed up in the first place).

Dawn Simulation? How did that work? Two dawn simulation devices (Lumie Bodyclock Active 250) were placed at either side of the participants’ bed at a distance of 30 cm to ensure they were exposed to the light. thirty minutes prior to waking, dawn simulation was initiated, starting at 0.001 lux and rising to 300 lux following a sigmoidal illumination ramp. Accuracy was confirmed by measurement of illuminance with a digital photometer.

The trials themselves were ordered in a counterbalanced fashion and were separated by 5–9 days. In the two days leading up to the tests, the participants were asked to sleep the exact times in their own homes that they would in the laboratory. to monitor compliance wrist accelerometers were issued.

Did you know that previous studies support the use of dawn simulations to tread seasonal effective disorder, where it was on top of that associated with lower remission rates than regular light therapy (Avery. 1993 & 2001). In addition, dawn simulations have been shown to have beneficial effects on the necessary and natural and healthy (Clow. 2010) early morning increase in cortisol (Thorn. 2004)?

"The experimental trials were identical with the exception of the 30 min prior to waking. During this time par ticipants either slept normally in complete darkness, the control condition (c), or were exposed to dawn simulation (DS).

Each night’s sleep ended with an audible alarm. At the same moment, a researcher entered the room to ensure that the participant was awake. Participants were then allowed to attend the bathroom if required.

After waking, a 75 min testing protocol commenced which consisted of: three bouts of cognitive assessment, one physical performance test and monitoring of physiological and subjective variables." (Thompson. 2014)

In view of the fact that I already gave away the results, its probably not really surprising that the data in Figure 1 confirms that being waken up by artificial sunlight had significant beneficial effects on the cognitive and physical performance of the subjects.

Figure 1: Changes in number of total additions and reaction time in cognitive tests (Thompson. 2014)

What did not differ, though, were the sleep efficiency, sleep latency, and the total sleep time. In a similar vein, the differences in perceived sleepiness and body temperature were visible, but not statistically significant.

The Philips Wake Up Light, I mentioned on the air has a similar 300lux daylight lamp as the device used in the study at hand.

Bottom line: Overall my good friend Carl Lenore was thus (once again) right. Emulating the Suns "natural" wake-up call will get your body and mind going in the morning. The fact that this worked with only 300 lux and eventually being woken up by the usual nasty alarm clock is telling me that it may be worth checking what happens if you ditch the alarm clock altogether and increase the light intensity from 0 to 10,000 lux so that the light and not the alarm clock wakes you up.

Whether this or the addition of a "post-wake-up" session in front of a light therapy lamp, as the one I use, provides additional benefits, would yet have to be verified in a controlled trial.

References:

• Avery, David H., et al. "Dawn simulation treatment of winter depression: a controlled study." American Journal of Psychiatry 150 (1993): 113-113.
• Avery, David H., et al. "Dawn simulation and bright light in the treatment of SAD: a controlled study." Biological psychiatry 50.3 (2001): 205-216.
• Clow, Angela, et al. "The cortisol awakening response: more than a measure of HPA axis function." Neuroscience & Biobehavioral Reviews 35.1 (2010): 97-103.
• Thompson, Andrew, et al. "Effects of dawn simulation on markers of sleep inertia and post-waking performance in humans." European journal of applied physiology (2014): 1-8.
• Thorn, Lisa, et al. "The effect of dawn simulation on the cortisol response to awakening in healthy participants." Psychoneuroendocrinology 29.7 (2004): 925-930.