peer reviewedToday, the possibility exists to measure a number of different vitamin D metabolites with accurate and precise methods. The most abundant vitamin D metabolite, 25(OH)D, is considered the best marker for estimating vitamin D status and is therefore the most commonly measured in clinical practice. There is no consensus on the added value of measuring other metabolites beyond 25-hydroxyvitamin D, although, in some special clinical scenarios and complicated cases, these metabolites may provide just the information needed for an accurate diagnosis. The problem this review addresses is which metabolite to measure and when and how to measure it
Serum 25-hydroxyvitamin D (25(OH)D) is the principal circulating metabolite of vitamin D. Several me...
The main branch of vitamin D-3 metabolism involves several hydroxylation reactions to obtain mono-, ...
The main branch of vitamin D-3 metabolism involves several hydroxylation reactions to obtain mono-, ...
peer reviewedToday, the possibility exists to measure a number of different vitamin D metabolites wi...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
In the past quarter century, more than 50 metabolites of vitamin D have been described. To date, onl...
Total 25-hydroxyvitamin D is currently considered as the most representative metabolite of vitamin D...
In the past quarter century, more than 50 metabolites of vitamin D have been described. To date, onl...
AbstractThe constantly increasing requests for the measurement of serum 25-hydroxyvitamin D over the...
The vitamin D status is increasingly assessed/monitored in different populations, research cohorts a...
The vitamin D status is increasingly assessed/monitored in different populations, research cohorts a...
Vitamin D deficiency and insufficiency has become a pandemic health problem with a consequent increa...
Serum 25-hydroxyvitamin D (25(OH)D) is the principal circulating metabolite of vitamin D. Several me...
The main branch of vitamin D-3 metabolism involves several hydroxylation reactions to obtain mono-, ...
The main branch of vitamin D-3 metabolism involves several hydroxylation reactions to obtain mono-, ...
peer reviewedToday, the possibility exists to measure a number of different vitamin D metabolites wi...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
We now have the ability to measure a number of different vitamin D metabolites with very accurate me...
In the past quarter century, more than 50 metabolites of vitamin D have been described. To date, onl...
Total 25-hydroxyvitamin D is currently considered as the most representative metabolite of vitamin D...
In the past quarter century, more than 50 metabolites of vitamin D have been described. To date, onl...
AbstractThe constantly increasing requests for the measurement of serum 25-hydroxyvitamin D over the...
The vitamin D status is increasingly assessed/monitored in different populations, research cohorts a...
The vitamin D status is increasingly assessed/monitored in different populations, research cohorts a...
Vitamin D deficiency and insufficiency has become a pandemic health problem with a consequent increa...
Serum 25-hydroxyvitamin D (25(OH)D) is the principal circulating metabolite of vitamin D. Several me...
The main branch of vitamin D-3 metabolism involves several hydroxylation reactions to obtain mono-, ...
The main branch of vitamin D-3 metabolism involves several hydroxylation reactions to obtain mono-, ...