Study · Food chemistry · 2018Abstract only

Testing a method to measure brominated vegetable oil in drinks

What it found

Researchers checked a lab method for measuring brominated vegetable oil in soft drinks and fizzy waters from South Korea.

The method recovered between 97.8% and 107.2% of the ingredient in tests.

What they found

Recovery in lab tests

When testing drinks in the lab, the method recovered between 97.8% and 107.2% of the brominated vegetable oil added. Variation between repeated tests was very small, between 0.18% and 0.69%.

Measurement uncertainty

The expanded uncertainty for measuring brominated vegetable oil with this method was 1.59. Early checks across different labs supported this figure.

Screening at 15 ppm

A simple colour test worked as a first screen for brominated vegetable oil at a maximum residue level of 15 ppm.

What the authors conclude

  • They say the tested method works well for finding brominated vegetable oil in drinks.
  • The authors suggest it can be used to check soft drinks and fizzy waters for residues of this ingredient.

How it was done

The authors wanted a reliable way to check how much brominated vegetable oil is in drinks people buy in South Korea.

They tested a colour-based screening method at a level of 15 ppm. They also checked a lab technique called ion chromatography, confirmed by another method using gas chromatography mass spectrometry. Multiple labs took part in early checks.

What it can’t tell you

  • We summarised it from the abstract only.
  • This work only tested lab methods for measuring an ingredient in drinks. It did not look at any health effects in people or animals.

The paper

Title
Identifying method validation and measurement uncertainty of brominated vegetable oil in soft drinks and carbonated waters commonly consumed in South Korea
Type
Study
Summarised from
Abstract only
Cite
Kim JM, Choi SH, Choi SI, et al (2018). Identifying method validation and measurement uncertainty of brominated vegetable oil in soft drinks and carbonated waters commonly consumed in South Korea. Food chemistry. doi:10.1016/j.foodchem.2017.11.047PubMed 29291856DOI

Summary written 30 Sep 2026. Check it against the paper before it changes what you eat. How we summarise papers · Report an error