Questions and Answers
about Vitamins
Vitamin Q A
by: News Canada
Q: My teenage daughter does
not like milk and I'm afraid she isn't getting enough
calcium. What can she do to
ensure that she is getting enough?
A: Building strong bone mass through adequate
calcium intake is imperative for women during their teenage
years. It's during this time that bones are building density
and growing in length. Calcium with vitamin D can lower the
risk of developing osteoporosis. If your daughter doesn't like
to drink milk, there are other alternatives. Suggest foods made
from low-fat dairy products, such as cheese and yogurt. Other
foods rich in calcium are fortified orange juice, rice and
soymilk, salmon with bones, tofu, lentils, nuts, beans and some
greens such as kale, bok choy and broccoli. It's recommended
that teens get 1,300 mg of calcium every day with 400 IU of
vitamin D to aid calcium absorption. Teens should consider
taking a daily calcium supplement to maintain adequate calcium
intake. For convenience, Caltrate Plus® Chewables are now
available.
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A
brief history of Vitamins
The chemical compounds
necessary for human life that we call vitamins have a very
interesting past. Half of what we know was found through
rigorous research; half simply by researching something else
entirely. In this article, we’ll discuss some of the key
periods of time in which our knowledge of vitamins
grew.
-Early scientists discovered
that certain foods could cure diseases which were caused by
vitamin deficiencies. Ancient Egyptians cured night blindness
(a symptom of a Vitamin A deficiency) by feeding those
afflicted some liver. In the 1700s, scurvy (a symptom of a
Vitamin C deficiency) was treated by a prescription of citrus
fruits, which are some of the most Vitamin-C rich food on the
planet.
-In the year of 1906, a
scientist known as Fredric Gowland Hopkins isolated certain
types of food that he deemed necessary for proper human health.
The term vitamin was coined as a combination of vita, denoting
life, and amine, which was a compound thought to be common in
all vitamins. This compound was mistakenly thought of as common
to all vitamins because scientist Cashmir Funk believed that
all vitamins featured a nitrogen containing entity. This was
later shown to be false, due to the fact that Vitamin C was not
found to actually have any amines, so the last ‘e’ was dropped,
taking away the amine connotation and leaving us with the word
vitamin.
-The next big breakthrough for
the world of vitamins occurred in 1913, when scientists Thomas
Osborne and Lafayette Mendel were researching at Yale. They
discovered that butter contained a certain fat soluble compound
that we would come to know as Vitamin A. Vitamin B was isolated
soon afterwards in 1916 by Elmer V. McCollum.
-Many of the vitamins were
discovered in the early 1900s by scientists depriving animals
of them. For instance, Vitamin D was discovered by a scientist
who was trying to understand the disease rickets, which is a
side-effect of a Vitamin D deficiency.
-Vitamin C became the first
vitamin to be artificially synthesized in the year
1935.
- There are thirteen vitamins
in all that we have discovered, with four of them (Vitamins A,
D, E and K) being fat soluble and 9 of them (all of the B
Vitamins and Vitamin C) being water soluble. The body stores up
fat soluble vitamins while flushing out excess water soluble
vitamins. For that reason, it’s important to not have too much
of Vitamin A, D, E, or K.
-The vitamins take the odd
leap between Vitamin E and Vitamin K due to the fact that a
number of vitamins have been reclassified due to the fact that
they bore a relation to another vitamin. For instance, there
was once a Vitamin G. This substance, with the scientific name
Riboflavin, has been renamed as Vitamin B2 due to its relation
in the B-Complex. Vitamin F consisted of fatty acids, which
were later reclassified due to the fact that, while essential
to the body, they did not sufficiently fit the guidelines for
which we classify vitamins.
chart
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