These findings indicate that, as expected, dietary calcium deficiency causes our parathyroid glands to make more parathyroid hormone, thus increasing the conversion of 25 (OH) D to the more
active calcitriol.
Not exact matches
Inactive vitamin D obtained from the diet or produced in the skin is converted to its
active form,
calcitriol, in the kidneys.
The Evans lab discovered a genetic switch through which vitamin D - related ligands such as
calcitriol, a hormonally
active form of the vitamin, can put the brakes on fibrosis.
Chris, what do you think of Dr. Cannell's argument that Vitamin D3 is more comparable to beta carotene than to pre-formed Vitamin A since Vitamin D and beta carotene are precursors that the body transforms into the
active forms (
calcitriol and Vitamin A) as needed.
Calcitriol, the hormonally
active form of vitamin D, accumulates in the adrenals, and this stimulates the production of the gene for tyrosine hydroxylase, which is involved in serotonin production.
Calcitriol is the biologically
active form of your vitamin D.
Calcitriol is
active vitamin D that acts more like a hormone than a vitamin.
It's all calcidiol, ready for storage in fat tissue or dispersal to the kidneys for conversion into
calcitriol, also known as 1,25 (OH) D. Calcitriol is the active hormonal form whose primary role is to regulate blood calci
calcitriol, also known as 1,25 (OH) D.
Calcitriol is the active hormonal form whose primary role is to regulate blood calci
Calcitriol is the
active hormonal form whose primary role is to regulate blood calcium levels.
Calcitriol: Your kidneys take calcifediol and convert it to the biologically active form of vitamin D called 1,25 - hydroxyvitamin D, or c
Calcitriol: Your kidneys take calcifediol and convert it to the biologically
active form of vitamin D called 1,25 - hydroxyvitamin D, or
calcitriolcalcitriol.
In this way,
calcitriol, which is the
active form of vitamin D, has the ability to activate over 1,000 genes in the body (8).
Although the action is not immediate, PTH also stimulates conversion of vitamin D to its
active form (1,25 - dihydroxyvitamin D;
calcitriol) in the kidneys.
In the kidneys, PTH stimulates the conversion of vitamin D into its
active form (1,25 - dihydroxyvitamin D;
calcitriol), which rapidly decreases urinary excretion of calcium but increases urinary excretion of phosphorus.
The fat - soluble vitamin D is unique in two ways: 1) It is produced mostly via sun exposure, and 2) the
active form of vitamin D,
calcitriol, actually functions as a hormone.