Mānuka (including MPI tests)
- Aerobic Plate Count - APC
- Aerobic Plate Count (APC) - Chinese Method
- Bacillus Cereus
- Clostridium Perfringens
- E.coli & Total Coliforms - Petri Film
- E.coli/Faecal Coliforms/Total Coliforms -MPN
- E.coli - Petri Film
- Faecal Coliforms -MPN
- E.coli/Total Coliforms - MPN
- Osmophilic Yeasts - Chinese Method
- Salmonella - Standard
- Salmonella Composite - Standard
- Salmonella - MDS
- Salmonella Composite - MDS
- Staphylococcus Aureus
- Total Coliforms - Petri Film
- Yeasts and Moulds
- Yeasts and Moulds - Chinese Method
Frequently Asked Questions
Tutin is a neurotoxin that originates from the sap, leaves, and seeds of the native plant Tutu of the genus Coriaria. When symptoms of toxic honey poisoning were reported to be similar to that of tutin poisoning, this plant became a suspected source of the toxin contained in honey. Further investigation revealed that tutin contaminates honey when bees collect honeydew excreted by the insect Scolypopa australis, otherwise known as the passion vine hopper, whilst feeding on the Tutu plant. This insect is only found in warmer climates, hence toxic honey is more prevalent during summer.
As a preventative measure, the Ministry of Primary Industries (MPI) introduced food safety regulations requiring honey to be tested for tutin to ensure toxic honey is not ingested by the consumer. MPI have established a maximum residue level (MRL) of 0.7 mg/kg of tutin in both honey and honeycomb. It is now a legal requirement in New Zealand that all honey for sale or export must comply with these regulations.
- Food (Tutin in Honey) Standard 2016 [PDF, 115 KB]
- Compliance guide to the Food Standard: Tutin in Honey [PDF, 573 KB]
LC-MS/MS In-house procedure.
Standard Turnaround Time
1 working days following receipt of sample.
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