Animal wellbeing & health diagnostics
- Disease and wellbeing screening
Development of a diagnostic tool suite to provide early identification of diseases in our dairy population e.g. mastitis.
Part of this work includes leveraging the analytics of a herd test and developing new techniques to identify animal health traits such as pregnancy status and Johne’s.
Development of a diagnostic tool suite to provide early identification of notifiable diseases in our dairy population e.g. Mycoplasma bovis. Samples could be either milk, effluent or faeces.
- Facial eczema diagnostics
An investigation into the potential for a milk based diagnostic tool that can identify which cows in your herd have facial eczema.
Genetic innovations & genomic advancements
Improving the accuracy of inbreeding in the animal evaluation model and including inbreeding effects in our breeding programme to increase the long-term health of our dairy population.
Developing an enhanced animal evaluation model that can incorporate new phenotypes and account for structural variants within the genome to increase the accuracy of the model and increase rates of genetic gain.
- Incorporation of NZ specific genome references
All genomic analysis requires a reference genome to be compared to. Currently, the reference genome for cattle is an American Hereford. By creating New Zealand breed-specific genomic references we’ll be comparing New Zealand animals to New Zealand animals which will make better use of the genetic information, improve the accuracy of genomic predictions and allow us to discover future genetic variation of interest to the New Zealand dairy industry.
- Facial eczema breeding value (BV)
Development of a facial eczema breeding value to breed facial eczema resistant animals.
- Y Chromosome investigation
Determining the influence the Y chromosome has on key breeding areas such as male fertility.
Investment from DairyNZ will go into re-building the national evaluation system for dairy cattle to incorporate genomic information to facilitate faster rates of genetic gain. You can find out more information about this work on the DairyNZ website.
Read the quarterly newsletters about the project developed with DairyNZ: