The liver and kidney usually produce enough carnitine within the
physical body, so topping up with food or supplements isn't necessary. There is
no recommended daily intake. However, genetic or medical reasons can cause some
people to produce too little. Carnitor like
medication shall be taken if have Carnitine
deficiency.
Primary systemic carnitine deficiency can happen when the protein
that's liable for bringing carnitine into cells undergoes a genetic change.
This deficiency causes problems with processing food.
This rare condition can lead to low plasma carnitine, progressive cardiomyopathy,
or heart muscle disease, skeletal myopathy, hypoglycemia, hyperammonemia, weak
muscles in the hips, shoulders upper arms, legs, neck, and jaw muscles, and Untreated
it is fatal. It’s better to treat carnitine deficiency as early as possible. Consume
Carnitor medication to treat the
condition.
The symptoms gradually worsen from infancy to early adulthood. To
treat it, the physician will prescribe pharmacological doses of carnitine, to
correct the problems of cardiomyopathy and muscle weakness. If it happens as a result of other metabolic diseases, this is often secondary carnitine
deficiency. Cancer and aging reduce carnitine levels.
People who lack carnitine may have to require supplements or eat
specially enriched foods.
Food sources
Foods high in carnitine include:
Beefsteak, Milk, Red meat, Chicken breast, and Cheddar Cheese. Non-animal
sources include whole-wheat bread and asparagus
Adults whose diets are rich in meat consume on the average around 60
to 180mg of carnitine per day. A vegan diet normally provides between 10 and
12mg per day. Studies suggest that the body absorbs 54 to 86 percent of
dietary carnitine into the bloodstream, but only 14 to 18 percent when it is
taken as a supplement. You can take Carnitor
medication to fulfill the requirement of the required carnitine.
Many athletes and gym enthusiasts use carnitine, and it is available
over the counter as sports or health supplements. Suggested that carnitine may
reduce oxidative stress during exercise. Researchers who gave L-carnitine to
older patients with chronic obstructive pulmonary disease alongside exercise
testing found that exercise capacity improved in the eight men who completed
the experiment. L-carnitine appeared to be safe, well-tolerated and positively
influenced exercise capacity and respiratory muscle strength in COPD patients.
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