CÂNDIDO, M. B.; http://lattes.cnpq.br/4896946193091203; CÂNDIDO, Marília de Barros.
Abstract:
The receptor of vitamin D was identified in many organs like the liver, pancreas,
lungs, and heart, suggesting that hypovitaminosis D is related to many diseases
extraosseous. The main goal was to observe the impact hypovitaminosis D can
cause on the human body. This study is a review of integrated literature, which was
developed based on the following questionnaire: What is the impact of
hypovitaminosis D on the human body? The search for the documents occurred from
March to September in 2020, through the search engine called Google Academic,
the electronic databases Medline, Lilacs, Scielo and ScienceDirect, and surveys on
the websites for advice and Brazilian societies, using as a method to search the
descriptors, vitamin D, hypovitaminosis, supplementation, and pharmaceutical, as
well as the relation of these descriptors and their respective translations in English
and Spanish. The projects included were between 2015 and 2020, in the Portuguese
language, English, or Spanish, which dealt with vitamin D and hypovitaminosis D.
The projects considered as a monograph, thesis, and dissertation were excluded. A
total of 115 projects were pre-selected, out of these, 75 were chosen to assemble
this review. It’s suggested that hypovitaminosis D is related to many illnesses as
diabetics, blood pressure and depression, however, there is not enough indications
which can prove such relations and make them clear or confirm the
pathophysiological mechanisms of these illnesses involving hypovitaminosis D. It
was concluded that although the vitamin D is been associated to diseases not
osseous, the impact of hypovitaminosis D on the human body is scientifically well
described just as osteoporosis, osteomalacia, the secondary hyperparathyroidism
and rickets. So, it is still not recommended the supplementation of vitamin D to
diseases not osseous due to few studies that link vitamin D to these diseases. Thus,
the pharmacist is a professional able to influence rational use on the supplementation
of vitamin D.