Vitamin D Deficiency is Associated with Increased Use of Antimicrobials among Preschool Girls in Ethiopia.
Nutrients. 2019 Mar 7;11(3). pii: E575. doi: 10.3390/nu11030575.
Bodin J1,2, Mihret A3, Holm-Hansen C4, Dembinski JL5,6, Trieu MC7,8, Tessema B9, Tarekegne A10, Yimer SA11,12, Cox R13,14, Aseffa A15, Haneberg B16, Mjaaland S17,18.
- Antibiotics and Vitamin D are associated with many of the same diseases
- Autism risk increased if infant had antibiotics (2X), acetaminophen (3X), or no vitamin D drops (1.5X) – June 2018
- Child Asthma increased 2.1 X by antibiotics, Child milk allergy increased 4.4 X by PPI – April 2018
- 5 Antibiotic courses raised risk of diabetes by 37 percent (200,000 diabetics, more than 1 year after antibiotic) - 2015, 2016
- Antibiotic use decreased after supplementing with 1500 IU of Vitamin D – Sept 2016
- Antibiotic usage US map is very similar to obesity US map - June 2015
- Antibiotic use cut in half by elderly (over 70) after monthly 60,000 IU of vitamin D – RCT Dec 2013
- FACT: Vitamin D PREVENTS Influenza 7X lower risk
- FACT: Vitamin D TREATS Influenza ( Vitamin D Hammer )
- Single dose of 50,000 IU of vitamin D stops Influenza symptoms
- FACT: Vitamin D PREVENTS & TREATS Sepsis which is a rare but deadly consequence of Influenza
- FACT: Vitamin D enhances the activity of vaccines.
- FACT: Vitamin D has virtually no side effects
- but 1 in 300 get people get muscle pain or itching due to lower magnesium levels
- FACT: Vitamin D prevents/treats over 120 health problems (left column)
- FACT: Do not take vitamin D if Sarcoidosis, excess Calcium, Chemotherapy
- CONCLUSION To help protect/treat influenza, take 50,000 IU of Vitamin D once a week
during the flu season if you are an average weight adult
Preschool children in Addis Ababa, Ethiopia, are highly exposed to influenza viruses. Factors related to infections, nutrition, and environmental conditions that might explain the burden of influenza among these children were investigated. Ninety-five preschool children, 48 girls and 47 boys, were followed clinically for 12 months. Illness and immune responses to influenza; three other respiratory viruses; five airway pathogenic bacteria; and levels of vitamins D, A, and B12 were assessed. Most of the children had antibodies to numerous respiratory viral and bacterial agents at study start, and many were infected during follow-up. Twenty-five girls and 25 boys fell ill during the study, and were treated with one or more courses of systemic antimicrobials. Ninety percent of both girls and boys had 25-hydroxyvitamin D [25(OH)D] levels below the recommended levels. While there was no overall difference in the levels of vitamins D, A, and B12 between girls and boys, treated girls had significantly lower 25(OH)D levels than non-treated girls and treated boys. There was a considerable number of short for age children, but only the short treated girls had significantly lower 25(OH)D levels than the non-treated children. Preschool girls with low 25(OH)D levels were more vulnerable to pathogenic microbes than boys.