Pediatr. praxi. 2015;16(4):221-223
The biologically active metabolite of vitamin D, the steroid hormone calcitriol, has several roles in the organism. Its antirachitic effect
is well known almost one hundred years while its mechanism has been elucidated later. We consider this systemic regulatory influence
of calcitriol on the calcium-phosphate metabolism as its priority function. Its local creation and regional tissue effectivity of calcitriol
after its binding to cellular nuclear receptors – the endocrine microsystems – build up further spheres of influence: immunomodulation,
metabolic reactions, development and functionality of the brain and fetal programming. Proper care for sufficient substrate for these
microsystems in the developing and growing organism means possible prevention and therapy for many disturbances and illnesses.
Optimally by a natural way or with minimal treatment expenses.
Published: September 20, 2015 Show citation