Abstract

The role of vitamin D in the prevention and treatment of non-skeletal health issues has received significant media and research attention in recent years. Costs associated with clinical management of low vitamin D (LVD) have increased exponentially. However, no clear evidence supports vitamin D screening to improve health outcomes. Authoritative bodies and professional societies do not recommend population-wide vitamin D screening in community-dwelling adults who are asymptomatic or at low risk of LVD. To assess patterns of physicians’ management of LVD in this conflicting environment, we conducted a scoping review of three electronic databases and the gray literature. Thirty-eight records met inclusion criteria and were summarized in an evidence table. Thirteen studies published between 2006 and 2015 across seven countries showed a consistent increase in vitamin D lab tests and related costs. Many vitamin D testing patterns reflected screening rather than targeted testing for individuals at high risk of vitamin D deficiency or insufficiency. Interventions aimed at managing inappropriate clinical practices related to LVD were effective in the short term. Variability and controversy were pervasive in many aspects of vitamin D management, shining a light on physicians’ practices in the face of uncertainty. Future research is needed to inform better clinical guidelines and to assess implementation practices that encourage evidence-based management of LVD in adult populations.

Highlights

  • Vitamin D is an essential nutrient obtained by humans through sunlight exposure to ultraviolet B (UVB) light, dietary sources, and dietary supplements

  • Practice patterns associated with low vitamin D (LVD), but no overview or comprehensive summary of the clinical management of LVD and its implications has been published. This paper addresses this knowledge gap by reviewing the healthcare services literature regarding: (1) Physicians’ management of LVD in community-dwelling adults, (2) costs associated with physicians’ clinical practices related to LVD, and

  • Vitamin D screening was defined as testing asymptomatic individuals for the presence of LVD, whereas vitamin D testing was defined as evaluating selected symptomatic or at-risk individuals for LVD

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Summary

Introduction

Vitamin D is an essential nutrient obtained by humans through sunlight exposure to ultraviolet B (UVB) light, dietary sources, and dietary supplements. Many factors influence the vitamin D status of individuals and populations including: latitude, season, time spent outdoors or in UVB light, clothing habitually worn, sunscreen use, weight status, skin color, and some medications and medical conditions [1]. People who are deficient in vitamin D may develop rickets, osteomalacia or other bone disorders. Supplemental vitamin D is available in a variety of over-the-counter (OTC). Prescription strengths, in both ergocalciferol (vitamin D2 ) and cholecalciferol (vitamin D3 ) forms, and for administration orally or via intramuscular injection. Vitamin D is fat soluble; a risk of toxicity may exist with excessive vitamin D treatment

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