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Effect of Selenium Supplementation on Trace Mineral Antioxidant Enzyme and Amino Acid Metabolism in Infants

Effect of Parenteral and Enteral Selenium Supplementation on Trace Mineral Antioxidant Enzyme and Amino Acid Metabolism in Low Birth Weight Infants

Status
Completed
Phases
NA
Study type
Interventional
Source
ClinicalTrials.gov
Registry ID
NCT02066610
Enrollment
47
Registered
2014-02-19
Start date
1991-03-31
Completion date
1993-06-30
Last updated
2014-02-19

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Preterm Infants

Brief summary

The objectives of the study were to assess the serum selenium, zinc, and copper status and plasma and white blood cell antioxidant enzyme activities of low birth weight infants receiving selenium supplemented and non-selenium supplemented parenteral nutrition from initiation of parenteral nutrition until discontinuation of preterm formula or hospital discharge.

Interventions

OTHERselenium and sodium selenate supplementation

Parenteral nutrition with selenium and sodium selenate supplementation of infant formula

OTHERselenium and sodium selenite supplementation

Parenteral nutrition with selenium and sodium selenite supplementation of infant formula

OTHERWithout selenium and sodium selenate supplementation

Parenteral nutrition without selenium and sodium selenate supplementation of infant formula

OTHERWithout selenium and sodium selenite supplementation

Parenteral nutrition without selenium and sodium selenite supplementation of infant formula

Sponsors

Abbott Nutrition
Lead SponsorINDUSTRY

Study design

Allocation
RANDOMIZED
Intervention model
PARALLEL
Masking
QUADRUPLE (Subject, Caregiver, Investigator, Outcomes Assessor)

Eligibility

Sex/Gender
ALL
Healthy volunteers
No

Inclusion criteria

* Weight less than 1500 g at birth * Not capable of receiving enteral feedings prior to 7 days postnatally

Exclusion criteria

* Metabolic abnormalities such as inborn errors of metabolism * Current viral infections * Enterocolitis confirmed by diagnosis * Presence of congenital anomalies, severe cardiac disease, liver disease, severe renal and neurological diseases, cholestasis, hemolytic disease and severe gastrointestinal disease * Evidence of chronic white blood cell disease

Design outcomes

Primary

MeasureTime frameDescription
Serum SeleniumChange from Baseline to Discharge (~50-60 days)4 timepoints include 1) baseline prior to initiation of parenteral nutrition; 2) initiation of enteral nutrition; 3) at discontinuation of parenteral nutrition; 4) at discontinuation of preterm formula/discharge

Secondary

MeasureTime frameDescription
LengthChange from study day 1 to study exit (~50-60 days)Length at study day 1, at first enteral feed, at full enteral feeding, and at study exit
Head CircumferenceChange from study day 1 to study exit (~50-60 days)Head circumference at study day 1, at first enteral feed, at full enteral feeding, and at study exit
IntakeChange from study day 1 to study exit (~50-60 days)Daily recording of volume and calories from parenteral solutions and study formula consumed
Serum CopperChange from Baseline to Discharge (~50-60 days)4 timepoints include 1) baseline prior to initiation of parenteral nutrition; 2) initiation of enteral nutrition; 3) at discontinuation of parenteral nutrition; 4) at discontinuation of preterm formula/discharge
WeightChange from study day 1 to study exit (~50-60 days)Weight at study day 1, at first enteral feed, at full enteral feeding, and at study exit
WBC Super oxide dismutase (SOD) activityChange from Baseline to Discharge (~50-60 days)4 timepoints include 1) baseline prior to initiation of parenteral nutrition; 2) initiation of enteral nutrition; 3) at discontinuation of parenteral nutrition; 4) at discontinuation of preterm formula/discharge
Glutathione peroxidase (GSHpx) activityChange from Baseline to Discharge (~50-60 days)4 timepoints include 1) baseline prior to initiation of parenteral nutrition; 2) initiation of enteral nutrition; 3) at discontinuation of parenteral nutrition; 4) at discontinuation of preterm formula/discharge
Plasma GSHpx activityChange from Baseline to Discharge (~50-60 days)4 timepoints include 1) baseline prior to initiation of parenteral nutrition; 2) initiation of enteral nutrition; 3) at discontinuation of parenteral nutrition; 4) at discontinuation of preterm formula/discharge
Plasma Amino Acid ConcentrationsChange from Baseline to Discharge (~50-60 days)4 timepoints include 1) baseline prior to initiation of parenteral nutrition; 2) initiation of enteral nutrition; 3) at discontinuation of parenteral nutrition; 4) at discontinuation of preterm formula/discharge
Serum ZincChange from Baseline to Discharge (~50-60 days)4 timepoints include 1) baseline prior to initiation of parenteral nutrition; 2) initiation of enteral nutrition; 3) at discontinuation of parenteral nutrition; 4) at discontinuation of preterm formula/discharge

Countries

United States

Outcome results

None listed

Source: ClinicalTrials.gov · Data processed: Feb 4, 2026